mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented control method for filtering out a powerline frequency interference signal from a multi-channel ECG-signal, comprising: rectifying a raw multi-channel ECG signal in a preset segment; extracting sinusoidal parameters of powerline frequency interference, the parameters including frequency, amplitude, and phase; reconstructing a powerline frequency interference sinusoidal waveform according to the frequency, amplitude, and phase; subtracting the reconstructed powerline frequency interference sinusoidal waveform from the preset segment of the ECG signal to output a clean ECG waveform signal; characterized in that , the powerline frequency interference frequency extracted from a segment of ECG is determined by the following formula: f 0 = 1 ∑ n = 1 L a n SD n ⋅ ∑ n = 1 L a n SD n f n where L is the number of channels with the highest signal-to-noise ratio selected in the raw multi-channel ECG signal, a n is the amplitude of the powerline frequency interference signal of the nth channel estimated by a RAW-STEM method, SD n is the standard deviation of the nth channel, f n is the frequency estimate of the powerline frequency interference signal of the nth channel, and f o is the estimated frequency of the powerline frequency interference signal of all channels of the multi-channel ECG signal rectifying a raw multi-channel ECG signal in a preset segment; extracting sinusoidal parameters of powerline frequency interference, the parameters including frequency, amplitude, and phase; reconstructing a powerline frequency interference sinusoidal waveform according to the frequency, amplitude, and phase; subtracting the reconstructed powerline frequency interference sinusoidal waveform from the preset segment of the ECG signal to output a clean ECG waveform signal; characterized in that , the powerline frequency interference frequency extracted from a segment of ECG is determined by the following formula: f 0 = 1 ∑ n = 1 L a n SD n ⋅ ∑ n = 1 L a n SD n f n where L is the number of channels with the highest signal-to-noise ratio selected in the raw multi-channel ECG signal, a n is the amplitude of the powerline frequency interference signal of the nth channel estimated by a RAW-STEM method, SD n is the standard deviation of the nth channel, f n is the frequency estimate of the powerline frequency interference signal of the nth channel, and f o is the estimated frequency of the powerline frequency interference signal of all channels of the multi-channel ECG signal
A method for producing a print comprising: the step of forming a thermal transfer image on a transfer layer of an intermediate transfer medium in which the transfer layer is disposed on a support and has a single-layer configuration consisting of a receiving layer or has a layered configuration where a receiving layer is positioned furthest from the support ; a first transfer step using a thermal transfer sheet which comprises a blocking layer that is disposed on a substrate so as to be peelable from the substrate and that contains at least one member selected from the group consisting of a cured product of an active ray-curable resin, a cured product of a silicone resin, and a cured product of a thermoplastic resin and being a step of transferring the blocking layer of the thermal transfer sheet onto a part of the transfer layer with the thermal transfer image formed thereon; and a second transfer step of transferring the transfer layer of the intermediate transfer medium onto a transfer receiving article , wherein the second transfer step is the step of using the blocking layer transferred onto a part of the transfer layer as a masking member, and transferring the transfer layer having no overlap with the blocking layer onto the transfer receiving article . the step of forming a thermal transfer image on a transfer layer of an intermediate transfer medium in which the transfer layer is disposed on a support and has a single-layer configuration consisting of a receiving layer or has a layered configuration where a receiving layer is positioned furthest from the support ; a first transfer step using a thermal transfer sheet which comprises a blocking layer that is disposed on a substrate so as to be peelable from the substrate and that contains at least one member selected from the group consisting of a cured product of an active ray-curable resin, a cured product of a silicone resin, and a cured product of a thermoplastic resin and being a step of transferring the blocking layer of the thermal transfer sheet onto a part of the transfer layer with the thermal transfer image formed thereon; and a second transfer step of transferring the transfer layer of the intermediate transfer medium onto a transfer receiving article , wherein the second transfer step is the step of using the blocking layer transferred onto a part of the transfer layer as a masking member, and transferring the transfer layer having no overlap with the blocking layer onto the transfer receiving article .
A mammography imaging arrangement, which includes a mammography apparatus , which includes - a substantially vertically standing frame part or a frame part attachable to a wall or a ceiling, - an arm structure connecting to said frame part and pivotable in relation to a horizontal rotation axis, - wherein at a substantially first end of the opposite ends of the arm structure is placed an X-ray source and substantially at a second end an image data receiving means and - wherein in connection with said second end of the arm structure is additionally arranged a lower tray structure , positioned substantially on top of the image data receiving means and - a control system and in connection with it a user interface arrangement, - at least two screens or two user interfaces each having a screen , wherein at least one screen or user interface having a screen is attached on each of the both sides of the structures of the mammography apparatus as viewed from said lower tray structure , wherein the attaching is realized such that said screens or user interfaces with a screen are aligned or can be aligned at least partly at said lower tray structure , and in that a means is arranged to the mammography apparatus to bring said screens or user interfaces with a screen into a functional connection with an external information system such that patient images recorded earlier in said information system, said earlier recorded images including measurement markings or other findings, can be displayed on said screens or user interfaces with a screen attached to the structures of the mammography apparatus. - a substantially vertically standing frame part or a frame part attachable to a wall or a ceiling, - an arm structure connecting to said frame part and pivotable in relation to a horizontal rotation axis, - wherein at a substantially first end of the opposite ends of the arm structure is placed an X-ray source and substantially at a second end an image data receiving means and - wherein in connection with said second end of the arm structure is additionally arranged a lower tray structure , positioned substantially on top of the image data receiving means and - a control system and in connection with it a user interface arrangement, - at least two screens or two user interfaces each having a screen , wherein at least one screen or user interface having a screen is attached on each of the both sides of the structures of the mammography apparatus as viewed from said lower tray structure , wherein the attaching is realized such that said screens or user interfaces with a screen are aligned or can be aligned at least partly at said lower tray structure , and in that a means is arranged to the mammography apparatus to bring said screens or user interfaces with a screen into a functional connection with an external information system such that patient images recorded earlier in said information system, said earlier recorded images including measurement markings or other findings, can be displayed on said screens or user interfaces with a screen attached to the structures of the mammography apparatus.
An apparatus comprising at least one processor and at least one non-transitory memory including program code, the at least one non-transitory memory and the program code configured to, with the processor, cause the apparatus to: access table data associated with a group-based communication resource identifier in a group-based communication repository , wherein the table data associated with the group-based communication resource identifier comprises at least two user identifiers associated with different organization identifiers; in response to determining that the table data associated with the shared group-based communication resource identifier does not comprise treaty data associating the different organization identifiers, transmit a treaty authorization interface to a first client device (108A-N) associated with a first user identifier of the at least two user identifiers; and in response to receiving , from the first client device, a first authorization confirmation associated with the treaty authorization interface, update in the group-based communication repository the table data associated with the group-based communication resource identifier with treaty data associated with the different organization identifiers. access table data associated with a group-based communication resource identifier in a group-based communication repository , wherein the table data associated with the group-based communication resource identifier comprises at least two user identifiers associated with different organization identifiers; in response to determining that the table data associated with the shared group-based communication resource identifier does not comprise treaty data associating the different organization identifiers, transmit a treaty authorization interface to a first client device (108A-N) associated with a first user identifier of the at least two user identifiers; and in response to receiving , from the first client device, a first authorization confirmation associated with the treaty authorization interface, update in the group-based communication repository the table data associated with the group-based communication resource identifier with treaty data associated with the different organization identifiers.
A method for oil recovery in a subsurface of an oil reservoir , the method comprising steps of: (a) utilizing at least one injection well within the subsurface; (b) utilizing a change in temperature of the subsurface to activate at least one dormant microorganism located in the subsurface; (c) injecting at least one gas-producing microorganism into the subsurface through the at least one injection well ; (d) injecting at least one nutrient into the subsurface through the at least one injection well ; (e) stimulating activity of the at least one dormant microorganism and the at least one gas-producing microorganism ; and (f) recovering oil through a production recovery well, characterized in, that step (b) involves cooling the subsurface. (a) utilizing at least one injection well within the subsurface; (b) utilizing a change in temperature of the subsurface to activate at least one dormant microorganism located in the subsurface; (c) injecting at least one gas-producing microorganism into the subsurface through the at least one injection well ; (d) injecting at least one nutrient into the subsurface through the at least one injection well ; (e) stimulating activity of the at least one dormant microorganism and the at least one gas-producing microorganism ; and (f) recovering oil through a production recovery well,
A cavity filter , comprising : a first resonator , a second resonator and a capacitive cross-coupling structure for coupling energy of the first resonator and the second resonator , wherein the capacitive cross-coupling structure comprises: an insulating support base disposed between the first resonator and the second resonator ; and a coupling fly bar disposed on the insulating support base , the coupling fly bar comprising a first coupling part disposed between the first resonator and the insulating support base and a second coupling part disposed between the second resonator and the insulating support base ; wherein one end of the first coupling part far away from the insulating support base is grounded, and one end of the second coupling part far away from the insulating support base is suspended and spaced apart from the second resonator at an interval; further comprising: a support piece disposed between the insulating support base and the first resonator , wherein the end of the first coupling part far away from the insulating support base is disposed on the support piece for being grounded, characterized in that the end of the first coupling part far away from the insulating support base is fixed on the support piece through a threaded connective member . an insulating support base disposed between the first resonator and the second resonator ; and a coupling fly bar disposed on the insulating support base , the coupling fly bar comprising a first coupling part disposed between the first resonator and the insulating support base and a second coupling part disposed between the second resonator and the insulating support base ; wherein one end of the first coupling part far away from the insulating support base is grounded, and one end of the second coupling part far away from the insulating support base is suspended and spaced apart from the second resonator at an interval; further comprising: a support piece disposed between the insulating support base and the first resonator , wherein the end of the first coupling part far away from the insulating support base is disposed on the support piece for being grounded, characterized in that the end of the first coupling part far away from the insulating support base is fixed on the support piece through a threaded connective member .
A method of sequencing hydroxymethylated cell-free DNA (cfDNA) to generate a hydroxymethylation pattern to identify a presence or absence of a disease phenotype in a subject, wherein said cfDNA originates from a blood sample of the patient, the method comprising: adding an affinity tag to only hydroxymethylated DNA molecules in a sample of cfDNA obtained from the blood sample of the patient; enriching for the DNA molecules that are tagged with the affinity tag by binding to a support; amplifying the enriched DNA without releasing the DNA from the support; sequencing the amplified DNA molecules to produce a plurality of sequence reads specific for the patient; and mapping a plurality of sequence reads specific for the patient to each of a plurality of target loci to identify a hydroxymethylation pattern in the cfDNA that indicates the presence or absence of the disease phenotype in the patient. adding an affinity tag to only hydroxymethylated DNA molecules in a sample of cfDNA obtained from the blood sample of the patient; enriching for the DNA molecules that are tagged with the affinity tag by binding to a support; amplifying the enriched DNA without releasing the DNA from the support; sequencing the amplified DNA molecules to produce a plurality of sequence reads specific for the patient; and mapping a plurality of sequence reads specific for the patient to each of a plurality of target loci to identify a hydroxymethylation pattern in the cfDNA that indicates the presence or absence of the disease phenotype in the patient.
A surgery assistance device comprising: an arm unit including a holder for holding an endoscope and configured to adjust a position of the endoscope in a state in which the holder holds the endoscope ; a display control section configured to perform display control of an endoscope captured image that is obtained by the endoscope held by the holder ; and an operating unit configured to provide an operating input from an operator for rotating the endoscope captured image , a computation and control unit which is configured to obtain image rotational angle data indicating a rotational direction and a rotational angle of the captured image data from the endoscope , to generate image data of the endoscope captured image on the basis of the captured image data from the endoscope and the image rotational angle data, and when detecting the operating input from the operating unit , to update the image rotational angle data according to an operation amount of the operating input. an arm unit including a holder for holding an endoscope and configured to adjust a position of the endoscope in a state in which the holder holds the endoscope ; a display control section configured to perform display control of an endoscope captured image that is obtained by the endoscope held by the holder ; and an operating unit configured to provide an operating input from an operator for rotating the endoscope captured image , a computation and control unit which is configured to obtain image rotational angle data indicating a rotational direction and a rotational angle of the captured image data from the endoscope , to generate image data of the endoscope captured image on the basis of the captured image data from the endoscope and the image rotational angle data, and when detecting the operating input from the operating unit , to update the image rotational angle data according to an operation amount of the operating input.
Monitoring system set up for the partially or completely automated intraoperative monitoring of nerves during a surgical procedure, wherein the monitoring system has at least one stimulation electrode for introduction into the abdominal space and sensors for the measurement of signals, wherein at least one sensor for measuring the bladder function and at least one sensor for measuring the activity of the anal sphincter are provided as sensors, wherein the at least one sensor for measuring the bladder pressure is set up as a pressure sensor and is connected to the rest of the system via an adapter element, and the one or more sensors for measuring the activity of the anal sphincter are one or more electrodes for EMG measurement, characterized in that the monitoring system is equipped for a laparoscopic procedure and (A) has a software-implemented suppression of respiratory artefacts in the measurement of the bladder pressure, wherein the monitoring system includes, for the suppression of respiratory artefacts in the measurement of the bladder pressure, (i) a lowpass filter in the form of a digital filter, which smooths the measurement signal obtained in the measurement of the bladder pressure, such that the measurement signal indicates, at least in the main, only the one or more bladder pressure signals including the superimposed respiration curve, and (ii) a sample and hold circuit whose greatest and smallest values are averaged for a new curve, and the average values are held until the occurrence of new such greatest and smallest values, thereby obtaining the new curve which serves as a corrected bladder pressure signal. (A) has a software-implemented suppression of respiratory artefacts in the measurement of the bladder pressure, wherein the monitoring system includes, for the suppression of respiratory artefacts in the measurement of the bladder pressure, (i) a lowpass filter in the form of a digital filter, which smooths the measurement signal obtained in the measurement of the bladder pressure, such that the measurement signal indicates, at least in the main, only the one or more bladder pressure signals including the superimposed respiration curve, and (ii) a sample and hold circuit whose greatest and smallest values are averaged for a new curve, and the average values are held until the occurrence of new such greatest and smallest values, thereby obtaining the new curve which serves as a corrected bladder pressure signal.
A mechanical reduction gear for a turbomachine , in particular for an aircraft, this reduction gear comprising: - a sun gear having an axis (X) of rotation, - a ring gear which extends around the sun gear - planet gears which are meshed with the sun gear and the ring gear , each planet gear comprising a first toothing having a first mean diameter (D1) for meshing with the sun gear , and a second toothing having a second mean diameter (D2) different from the first mean diameter (D1), for meshing with the ring gear , the first and second toothing of each planet gear being symmetrical with respect to a plane (H) perpendicular to said axis (X) and passing substantially through the middle of the planet gear , each of the first and second toothings comprising two series of teeth (82d1, 82d2, 84d1, 84d2), the two series of teeth (82d1, 82d2) of the first toothing being disposed on either side of said plane (H), and the two series of teeth (84d1, 84d2) of the second toothing being disposed on either side of said plane (H) and the first toothing - hydrodynamic bearings for guiding the planet gears in rotation, these hydrodynamic bearings being carried by a planet carrier and comprising cylindrical bodies which are engaged in the planet gears and which are configured so as to be supplied with oil and so as to form guiding oil films (H1, H2) between the cylindrical bodies and the planet gears , characterised in that each of the planet gears is guided by two hydrodynamic bearings independent of each other and arranged respectively on either side of said plane (H), in line with the series of teeth (84d1, 84d2) of the second toothing . - a sun gear having an axis (X) of rotation, - a ring gear which extends around the sun gear - planet gears which are meshed with the sun gear and the ring gear , each planet gear comprising a first toothing having a first mean diameter (D1) for meshing with the sun gear , and a second toothing having a second mean diameter (D2) different from the first mean diameter (D1), for meshing with the ring gear , the first and second toothing of each planet gear being symmetrical with respect to a plane (H) perpendicular to said axis (X) and passing substantially through the middle of the planet gear , each of the first and second toothings comprising two series of teeth (82d1, 82d2, 84d1, 84d2), the two series of teeth (82d1, 82d2) of the first toothing being disposed on either side of said plane (H), and the two series of teeth (84d1, 84d2) of the second toothing being disposed on either side of said plane (H) and the first toothing - hydrodynamic bearings for guiding the planet gears in rotation, these hydrodynamic bearings being carried by a planet carrier and comprising cylindrical bodies which are engaged in the planet gears and which are configured so as to be supplied with oil and so as to form guiding oil films (H1, H2) between the cylindrical bodies and the planet gears ,