mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic heart valve (400A, 400C) for implanting in a patient's heart, comprising: a stent having an annulus section adjacent a proximal end, an aortic section adjacent a distal end, a transition section between the annulus section and the aortic section, and a valve assembly disposed within the stent, the valve assembly being positioned entirely within the annulus section and including a cuff and a plurality of leaflets; and at least one sensor (450A, 450C') coupled to the stent and configured to monitor the valve function within the patient's heart, the sensor including a body, an induction coil disposed within the body and a capacitor in electrical communication with the inductor coil, characterized in that the at least one sensor is disposed within the transition section or the aortic section of the stent, such that the at least one sensor is positioned between the cuff and the distal end of the stent. a stent having an annulus section adjacent a proximal end, an aortic section adjacent a distal end, a transition section between the annulus section and the aortic section, and a valve assembly disposed within the stent, the valve assembly being positioned entirely within the annulus section and including a cuff and a plurality of leaflets; and at least one sensor (450A, 450C') coupled to the stent and configured to monitor the valve function within the patient's heart, the sensor including a body, an induction coil disposed within the body and a capacitor in electrical communication with the inductor coil, characterized in that the at least one sensor is disposed within the transition section or the aortic section of the stent, such that the at least one sensor is positioned between the cuff and the distal end of the stent.
A golf club head/shaft connection assembly, comprising: a connection member comprising a cylindrical structure having a first end and a second end opposite the first end, wherein the first end includes a first opening that defines a cylindrical interior chamber for receiving a golf club shaft, wherein an exterior surface of the cylindrical structure nearer to the first end than the second end includes a rotation-inhibiting structure, and wherein the first end includes an expanded portion to provide a stop that prevents the connection member from fully extending into a club head body, and wherein the second end includes a securing structure, and wherein the cylindrical interior chamber extends towards the second end axially beyond the rotation-inhibiting structure; and a securing system for releasably engaging the securing structure, wherein the securing structure includes a threaded hole defined in the second end of the cylindrical structure and the securing system includes a threaded bolt element that engages the threaded hole, wherein the cylindrical structure extends in a first axial direction and the cylindrical interior chamber extends in a second axial direction that differs from the first axial direction, and wherein the threaded hole does not axially align with the second axial direction. a connection member comprising a cylindrical structure having a first end and a second end opposite the first end, wherein the first end includes a first opening that defines a cylindrical interior chamber for receiving a golf club shaft, wherein an exterior surface of the cylindrical structure nearer to the first end than the second end includes a rotation-inhibiting structure, and wherein the first end includes an expanded portion to provide a stop that prevents the connection member from fully extending into a club head body, and wherein the second end includes a securing structure, and wherein the cylindrical interior chamber extends towards the second end axially beyond the rotation-inhibiting structure; and a securing system for releasably engaging the securing structure, wherein the securing structure includes a threaded hole defined in the second end of the cylindrical structure and the securing system includes a threaded bolt element that engages the threaded hole, wherein the cylindrical structure extends in a first axial direction and the cylindrical interior chamber extends in a second axial direction that differs from the first axial direction, and wherein the threaded hole does not axially align with the second axial direction.
A method for sequencing a nucleic acid sample, comprising: a. providing a plurality of particles adjacent to a sensor array, wherein an individual particle of said plurality of particles is positioned adjacent to an individual sensor of said sensor array and is coupled to a nucleic acid molecule generated from said nucleic acid sample, and wherein said individual sensor comprises at least two exposed electrodes that are within the Debye length of said individual particle or said nucleic acid molecule; b. hybridizing a primer to said nucleic acid molecule; c. performing a primer extension reaction by contacting said nucleic acid molecule and said primer with nucleotides in the presence of a polymerase; and d. sequencing said nucleic acid sample by detecting steady state signals indicative of impedance changes accompanying individual incorporation events associated with said nucleotides. a. providing a plurality of particles adjacent to a sensor array, wherein an individual particle of said plurality of particles is positioned adjacent to an individual sensor of said sensor array and is coupled to a nucleic acid molecule generated from said nucleic acid sample, and wherein said individual sensor comprises at least two exposed electrodes that are within the Debye length of said individual particle or said nucleic acid molecule; b. hybridizing a primer to said nucleic acid molecule; c. performing a primer extension reaction by contacting said nucleic acid molecule and said primer with nucleotides in the presence of a polymerase; and d. sequencing said nucleic acid sample by detecting steady state signals indicative of impedance changes accompanying individual incorporation events associated with said nucleotides.
Safety device for a compressor with which a coolant circuit is equipped, comprising at least one inlet capable of receiving the coolant and at least one outlet through which the coolant can exit from said safety device, the latter comprising: - a means for detecting a first pressure level of the coolant arranged to deliver to the compressor at least one electrical information item relating to the detected pressure level, - a safety valve arranged to connect the inlet with the outlet when a second pressure level is crossed, it being characterized by the safety valve being supplied with coolant via the detection means. - a means for detecting a first pressure level of the coolant arranged to deliver to the compressor at least one electrical information item relating to the detected pressure level, - a safety valve arranged to connect the inlet with the outlet when a second pressure level is crossed, it being characterized by the safety valve being supplied with coolant via the detection means.
A method for provisioning subcarriers to users for Orthogonal Frequency Division Multiple Access, OFDMA, communications in a Wireless Local Area Network, WLAN, the method comprising the following steps performed by a network component: allocating subcarrier groups to a plurality of corresponding users; and signaling, to the users, a map of the subcarrier groups for OFDMA communications, wherein the subcarrier groups are in accordance with a pre-defined grouping structure for the subcarriers, wherein the groupings of subcarriers are predefined according to a deterministic criterion, wherein the map is signaled in an OFDMA physical layer Protocol Data Unit, PPDU, comprising a first preamble portion and a second preamble portion, wherein the first preamble portion is a legacy preamble in a non-High Throughput format, the first preamble portion including a Legacy Short Training Field, a Legacy Long Training Field, and a Legacy Signal Field, and the second preamble portion indicating the map for OFDMA communications; wherein the legacy preamble, the legacy short training field, the legacy long training field, and the legacy signal field are formatted for interpretation by user devices that do not support OFDMA transmission, and wherein the PPDU further comprises a data portion, a Fast Fourier Transform, FFT, frame size of the data portion being larger than that of a legacy OFDM frame data portion, wherein the PPDU comprises 256 subcarriers per 20 MHz in the data portion, and wherein the second preamble portion includes a Long Training Field, LTF, and not all the subcarriers corresponding to an OFDMA symbol are used for the LTF. allocating subcarrier groups to a plurality of corresponding users; and signaling, to the users, a map of the subcarrier groups for OFDMA communications, wherein the subcarrier groups are in accordance with a pre-defined grouping structure for the subcarriers, wherein the groupings of subcarriers are predefined according to a deterministic criterion, wherein the map is signaled in an OFDMA physical layer Protocol Data Unit, PPDU, comprising a first preamble portion and a second preamble portion, wherein the first preamble portion is a legacy preamble in a non-High Throughput format, the first preamble portion including a Legacy Short Training Field, a Legacy Long Training Field, and a Legacy Signal Field, and the second preamble portion indicating the map for OFDMA communications; wherein the legacy preamble, the legacy short training field, the legacy long training field, and the legacy signal field are formatted for interpretation by user devices that do not support OFDMA transmission, and wherein the PPDU further comprises a data portion, a Fast Fourier Transform, FFT, frame size of the data portion being larger than that of a legacy OFDM frame data portion, wherein the PPDU comprises 256 subcarriers per 20 MHz in the data portion, and wherein the second preamble portion includes a Long Training Field, LTF, and not all the subcarriers corresponding to an OFDMA symbol are used for the LTF.
A method of forming a conductive route structure, comprising: forming a conductive trace; forming a dielectric material layer on the conductive trace; forming a via opening defined by sidewalls extending through the dielectric material layer to expose a portion of the conductive trace; forming a blocking layer from octadecylphosphonic acid only on the exposed portion of the conductive trace; forming a metal oxide barrier liner within the via opening only on the via opening sidewalls, wherein the barrier liner contacts the blocking layer without contacting the conductive trace; removing the blocking layer after forming the barrier liner; and forming a conductive via in the via opening, wherein the conductive via directly contacts the conductive trace. forming a conductive trace; forming a dielectric material layer on the conductive trace; forming a via opening defined by sidewalls extending through the dielectric material layer to expose a portion of the conductive trace; forming a blocking layer from octadecylphosphonic acid only on the exposed portion of the conductive trace; forming a metal oxide barrier liner within the via opening only on the via opening sidewalls, wherein the barrier liner contacts the blocking layer without contacting the conductive trace; removing the blocking layer after forming the barrier liner; and forming a conductive via in the via opening, wherein the conductive via directly contacts the conductive trace.
Glass substrate for chemical strengthening having first and second major opposing sides where at least a part of the first side of the substrate is provided with first implanted ions that reduce the extent of ion exchange upon chemical strengthening, and where the first implantation profile of the first implanted ions is such that the part of the first side provided with the first implanted ions shows a first controlled curvature upon chemical strengthening and where: i) at least a part of the first side of the substrate is provided with second implanted ions that reduce the extent of ion exchange upon chemical strengthening and where the second implantation profile of the second implanted ions is different from the first implantation profile and where the second implantation profile is such that the part of the first side provided with the second implanted ions shows a second controlled curvature upon chemical strengthening, and/or ii) at least part of the second side of the substrate is provided with third implanted ions that reduce the extent of ion exchange upon chemical strengthening, and where the third implantation profile of the third implanted ions is such that the part of the second side provided with the third implanted ions shows a third controlled curvature upon chemical strengthening, iii) the first, second and third implanted ions are ions of O, Ar, N or He. i) at least a part of the first side of the substrate is provided with second implanted ions that reduce the extent of ion exchange upon chemical strengthening and where the second implantation profile of the second implanted ions is different from the first implantation profile and where the second implantation profile is such that the part of the first side provided with the second implanted ions shows a second controlled curvature upon chemical strengthening, and/or ii) at least part of the second side of the substrate is provided with third implanted ions that reduce the extent of ion exchange upon chemical strengthening, and where the third implantation profile of the third implanted ions is such that the part of the second side provided with the third implanted ions shows a third controlled curvature upon chemical strengthening, iii) the first, second and third implanted ions are ions of O, Ar, N or He.
Refrigerator with a condenser, a fan for the forced ventilation of the condenser and a control circuit which variably controls the throughflow of the fan in a temperature-dependent fashion, characterised in that the control circuit is connected to a sensor for detecting the opening of the door and is set up to operate the fan with a higher throughflow after the door has been opened than when the door has not been opened.
Interior of a vehicle, in particular a rail vehicle or a bus, with a holding apparatus and an interior fitting part, wherein the interior fitting part is a seat or a group of seats, wherein the holding apparatus comprises an apparatus body, which is designed as a single piece with the interior fitting part of the vehicle, wherein the seat or the group of seats serves as an apparatus body or can be connected to the interior fitting part of the vehicle, and which has at least one recess, which is partially delimited by the apparatus body and into which a contact body can be inserted, which can be connected by way of a non-positive fit to the apparatus body, wherein the at least one recess is provided in a seating area of the seat and is open towards a front side of the seating area, such that, while they are seated, a passenger can leave the contact body in their vicinity, or wherein the interior fitting part is a back rest.
A compound of the formula: wherein: D is -CR 2 - or N, Q is O or NH, X is -CH- or N, R 1 is -H, -Cl, -F, -CN, -CH 3, -CF 3, -OCHF 2, -OCH 3, -OCF 3, or -C=CH, R 2 is -H, -F or -OCF 3, R 3 is -H, -Cl or -F, R 4 is R 5 is -H or -F, or a pharmaceutically acceptable salt thereof. D is -CR 2 - or N, Q is O or NH, X is -CH- or N, R 1 is -H, -Cl, -F, -CN, -CH 3, -CF 3, -OCHF 2, -OCH 3, -OCF 3, or -C=CH, R 2 is -H, -F or -OCF 3, R 3 is -H, -Cl or -F, R 4 is R 5 is -H or -F,
Method for carrying out a morphing process, wherein at least one output parameter relating to the output of an audio signal output via an audio output device into an interior, in particular of a motor vehicle, is changed, characterised by the following steps: - supplying an audio signal, provided by an audio signal source device, to at least one audio mixing device via at least one FIR filter means comprising a plurality of FIR coefficients, wherein 100% of the audio signal of the audio mixing device is supplied via the FIR filter means, - applying a first transition function, according to which the supplying of the audio signal via the FIR filter means is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via a signal processing device connected in parallel with the FIR filter means is increased successively from 0% to 100%, - changing at least one portion of the FIR coefficients of the FIR filter means during the supplying of the audio signal via the signal processing device, - applying a second transition function, according to which the supplying of the audio signal via the signal processing device is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via the FIR filter means is increased successively from 0% to 100%, wherein the supplying of the audio signal via the FIR filter means is carried out on the basis of the changed FIR coefficients of the FIR filter means. - supplying an audio signal, provided by an audio signal source device, to at least one audio mixing device via at least one FIR filter means comprising a plurality of FIR coefficients, wherein 100% of the audio signal of the audio mixing device is supplied via the FIR filter means, - applying a first transition function, according to which the supplying of the audio signal via the FIR filter means is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via a signal processing device connected in parallel with the FIR filter means is increased successively from 0% to 100%, - changing at least one portion of the FIR coefficients of the FIR filter means during the supplying of the audio signal via the signal processing device, - applying a second transition function, according to which the supplying of the audio signal via the signal processing device is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via the FIR filter means is increased successively from 0% to 100%, wherein the supplying of the audio signal via the FIR filter means is carried out on the basis of the changed FIR coefficients of the FIR filter means.
A bicycle trailer comprising a trailer frame and a wheel suspension connected to the trailer frame, wherein the wheel suspension has two wheel swing arms each having a wheel mounting, wherein the wheel swing arms are pivotably connected to the trailer frame in such a way that each of the wheel mountings is pivotable relative to the trailer frame in one of two pivot planes oriented in mutually parallel relationship about a common axis of rotation, wherein the wheel swing arms are connected together by way of a torsion bar spring in such a way that a torque (M 1, M 2) can be transmitted between each of the wheel swing arms and the torsion bar spring, wherein the torsion bar spring is arranged perpendicularly to the two parallel pivot planes and along the common axis of rotation of the wheel swing arms, wherein the torsion bar spring is connected to the trailer frame in such a way that a torque (M 3) counteracting the torques (M 1, M 2) introduced into the torsion bar spring by way of the wheel swing arms can be transmitted between the torsion bar spring and the trailer frame, characterised in that the torsion bar spring is connected to the trailer frame in such a way that a prestressing of the torsion bar spring is adjustable.
An apparatus for performing a plasma chemical vapour deposition process, comprising a cylindrical resonator being provided with an outer cylindrical wall enclosing a resonant cavity having a substantially rotational symmetric shape with respect to a cylindrical axis, the resonator further being provided with side wall portions (6a,b) bounding the resonant cavity in opposite cylindrical axis directions (C1, C2), wherein the apparatus further comprises a microwave guide having an end extending through the outer cylindrical wall into the resonant cavity, wherein the length of the resonant cavity in the cylindrical direction (C1, C2) varies as a function of the radial distance (r) to the cylindrical axis, characterized in that the resonator includes an annular element defining at least partially a side surface of the cavity in a cylindrical direction (C1, C2, wherein the resonant cavity is in a cylindrical direction (C1, C2) at least partially bounded by the surface of a cone having a longitudinal axis substantially coinciding with the cylindrical axis of the resonator and being tapered towards the opposite side surface of the cavity.
A system for secure wireless communications comprising: a first wireless communication device configured to be disposed on a vehicle and comprising a first signal amplifier configured to amplify a data signal transmitted by the first wireless communication device; a second wireless communication device configured to be disposed on a source and to wirelessly communicate data with the first wireless communication device, the second wireless communication device comprising a second signal amplifier configured to amplify a second data signal transmitted by the second wireless communication device; at least one information device configured to provide information regarding the vehicle or the source; at least one processor in electronic communication with the at least one information device; and at least one memory in electronic communication with the at least one processor, wherein the at least one memory comprises programming code for execution by the at least one processor, and the programming code is configured to only activate the first signal amplifier and the second signal amplifier when security parameters, stored in the at least one memory, regarding the vehicle or the source are met by both the vehicle and the source based on the information provided by the at least one information device, in order to allow wireless communications of the data between the first wireless communication device and the second wireless communication device. a first wireless communication device configured to be disposed on a vehicle and comprising a first signal amplifier configured to amplify a data signal transmitted by the first wireless communication device; a second wireless communication device configured to be disposed on a source and to wirelessly communicate data with the first wireless communication device, the second wireless communication device comprising a second signal amplifier configured to amplify a second data signal transmitted by the second wireless communication device; at least one information device configured to provide information regarding the vehicle or the source; at least one processor in electronic communication with the at least one information device; and at least one memory in electronic communication with the at least one processor, wherein the at least one memory comprises programming code for execution by the at least one processor, and the programming code is configured to only activate the first signal amplifier and the second signal amplifier when security parameters, stored in the at least one memory, regarding the vehicle or the source are met by both the vehicle and the source based on the information provided by the at least one information device, in order to allow wireless communications of the data between the first wireless communication device and the second wireless communication device.
A method of using a three-core cable for transmission of both dc and ac power, the method comprising: transmitting dc current along a first core; and transmitting the return dc current along a second core; characterised in that each of the three cores (2a, 2b, 2c) is provided with a conductive sheath (3a, 3b, 3c), and the method comprises: transmitting ac current along the third core; and transmitting the return ac current along all three conductive sheaths (3a, 3b, 3c) in parallel. transmitting dc current along a first core; and transmitting the return dc current along a second core; transmitting ac current along the third core; and transmitting the return ac current along all three conductive sheaths (3a, 3b, 3c) in parallel.