mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 500, 600) for delivering neurostimulation energy through a plurality of electrodes (106, 206, 207, 406, 426, 428, 506, 606, 706, 707) to a patient having a spinal cord, the system comprising: a stimulation control circuit (960, 1160) configured to control the delivery of the neurostimulation energy according to each test pattern of a plurality of neurostimulation test patterns including stimulation waveforms each specifying a temporal pattern of the neuromodulation energy including a waveform type selected from multiple waveform types including various recharge waveforms, the stimulation control circuit including: a sensing input (962, 1162) configured to receive an electrospinogram signal recording electrical activity from the spinal cord, the electrical activity including responses to the delivered neurostimulation energy; a measurement circuit (964, 1164) configured to determine one or more response parameters for each test pattern of the plurality of neurostimulation test patterns using the received ESG signal, the one or more response parameters each indicative of one or more characteristics of the responses to the delivered neurostimulation energy; and a selection circuit (966, 1166) configured to select a neurostimulation therapy pattern from the plurality of neurostimulation test patterns based on the one or more response parameters and one or more selection criteria, the selection including selecting the waveform from the multiple waveform types in the plurality of neurostimulation test patterns. a sensing input (962, 1162) configured to receive an electrospinogram signal recording electrical activity from the spinal cord, the electrical activity including responses to the delivered neurostimulation energy; a measurement circuit (964, 1164) configured to determine one or more response parameters for each test pattern of the plurality of neurostimulation test patterns using the received ESG signal, the one or more response parameters each indicative of one or more characteristics of the responses to the delivered neurostimulation energy; and a selection circuit (966, 1166) configured to select a neurostimulation therapy pattern from the plurality of neurostimulation test patterns based on the one or more response parameters and one or more selection criteria, the selection including selecting the waveform from the multiple waveform types in the plurality of neurostimulation test patterns.
A method of manufacturing a high-density coil formed by press working a coil, the method comprising: a step of setting the coil at a predetermined press working position in a press working machine; and a step of sequential press working the coil, which is set at the predetermined press working position, in a plurality of directions sequentially with a time lag, characterized in that, the step of sequential press working the coil comprises: a first step of press working the coil in a direction orthogonal to a winding direction of the coil; a second step of press working the coil in one direction orthogonal to the direction of press working the coil in the first step; and a third step of press working the coil in a direction orthogonal to the directions of press working the coil in the first step and the second step. a step of setting the coil at a predetermined press working position in a press working machine; and a step of sequential press working the coil, which is set at the predetermined press working position, in a plurality of directions sequentially with a time lag, characterized in that, the step of sequential press working the coil comprises: a first step of press working the coil in a direction orthogonal to a winding direction of the coil; a second step of press working the coil in one direction orthogonal to the direction of press working the coil in the first step; and a third step of press working the coil in a direction orthogonal to the directions of press working the coil in the first step and the second step. a first step of press working the coil in a direction orthogonal to a winding direction of the coil; a second step of press working the coil in one direction orthogonal to the direction of press working the coil in the first step; and a third step of press working the coil in a direction orthogonal to the directions of press working the coil in the first step and the second step.
A filter element (302; 520; 521; 820; 821; 914; 1000) for a filtration system (300; 500; 800; 910; 1060), the filter element comprising: a filter body; a filter media disposed within the filter body; a wireless power receiver associated with the filter body, including a receiving antenna (308; 908; 1092); a control circuit in electrical communication with the wireless power receiver; and characterized by the fact that the filter element includes a feedback channel circuit in communication with the control circuit, the feedback channel circuit comprising an optical feedback channel circuit; wherein the feedback channel circuit is configured to transmit through the optical feedback channel circuit, wherein the optical feedback channel circuit is separate from the receiving antenna (308; 908; 1092). a filter body; a filter media disposed within the filter body; a wireless power receiver associated with the filter body, including a receiving antenna (308; 908; 1092); a control circuit in electrical communication with the wireless power receiver; and characterized by the fact that the filter element includes a feedback channel circuit in communication with the control circuit, the feedback channel circuit comprising an optical feedback channel circuit; wherein the feedback channel circuit is configured to transmit through the optical feedback channel circuit, wherein the optical feedback channel circuit is separate from the receiving antenna (308; 908; 1092).
A sandwich panel comprising a core layer of non-woven fiber structure having a polyester-based fiber and a binder which has an apparent density of 0.5 g/cm 3 to 0.8 g/cm; a skin layer laminated on at least one surface of the core layer; and an adhesive layer for bonding the core layer and the skin layer, wherein the surface roughness(Ra) of the core layer is a range of 5 to 10μm.
A method of detecting connectivity to a server through an access point, the method comprising: generating, at a wireless device, a connection detection request comprising a token, wherein the connection detection request comprises an identifier of the wireless access point; transmitting, at the wireless device, via the access point, the connection detection request addressed to a server; waiting for a connection detection response from the server, wherein the connection detection response comprises quality of service information for the wireless access point; determining whether a received connection detection response comprises the token; and determining, if the connection detection response comprises the token, that the wireless access point provides connectivity. generating, at a wireless device, a connection detection request comprising a token, wherein the connection detection request comprises an identifier of the wireless access point; transmitting, at the wireless device, via the access point, the connection detection request addressed to a server; waiting for a connection detection response from the server, wherein the connection detection response comprises quality of service information for the wireless access point; determining whether a received connection detection response comprises the token; and determining, if the connection detection response comprises the token, that the wireless access point provides connectivity.
An electrically conductive nanoink composition comprising: an inorganic nanoparticle, an organic pi conjugated ligand, and a solvent, wherein the organic pi conjugated ligand is connected to the inorganic nanoparticle with pi-junction; and the organic pi conjugated ligand has one or more of substituent groups that enable the inorganic nanoparticle being soluble to a solvent containing water and an alcohol solvent, said substituent group comprises one or more of hydroxy group, carboxyl group, amino group, alkylamino group, amido group, phosphonate group, sulfonate group, cyano group, nitro group, or a salt thereof.
Device for the detachable fastening of a drying agent cartridge to a housing of a compressed-air treatment installation of a vehicle, in particular of a utility vehicle, comprising a crimped formation (6; 26b; 57, 58) on the cartridge base of the drying agent cartridge, which crimped formation has an abutment surface; and an insertion opening (101; 102; 103) on the housing of the compressed-air treatment installation, into which insertion opening the crimped formation (6; 26b; 57, 58) can be inserted at least in sections and, in the inserted state, is secured in an axial direction by way of a form fit; characterized a) in that a widening of the connecting seam between cartridge base and cartridge housing cover is provided, formed by a radially extending crimped lug which circumferentially surrounds the crimped region between cartridge base and cartridge housing cover and is formed by a 180° crimped formation of the crimped plate of the cartridge base, wherein the insertion opening is arranged such that the crimped lug can be inserted at least in sections into the insertion opening; or b) in that a crimped plate of the cartridge base forms a hook-like crimped formation (57, 58), having a first section which extends away from the cartridge housing cover in an axial direction, and having a second section which adjoins said first section and which extends in a radial direction, wherein the insertion opening is arranged on the housing such that the second section can be inserted into said insertion opening and, in the inserted state, secures the cartridge in an axial direction by way of a form fit. a crimped formation (6; 26b; 57, 58) on the cartridge base of the drying agent cartridge, which crimped formation has an abutment surface; and an insertion opening (101; 102; 103) on the housing of the compressed-air treatment installation, into which insertion opening the crimped formation (6; 26b; 57, 58) can be inserted at least in sections and, in the inserted state, is secured in an axial direction by way of a form fit; a) in that a widening of the connecting seam between cartridge base and cartridge housing cover is provided, formed by a radially extending crimped lug which circumferentially surrounds the crimped region between cartridge base and cartridge housing cover and is formed by a 180° crimped formation of the crimped plate of the cartridge base, wherein the insertion opening is arranged such that the crimped lug can be inserted at least in sections into the insertion opening; or b) in that a crimped plate of the cartridge base forms a hook-like crimped formation (57, 58), having a first section which extends away from the cartridge housing cover in an axial direction, and having a second section which adjoins said first section and which extends in a radial direction, wherein the insertion opening is arranged on the housing such that the second section can be inserted into said insertion opening and, in the inserted state, secures the cartridge in an axial direction by way of a form fit.
An actuator for producing a force in a first direction between a first and a second part, the actuator comprising: a first magnet assembly and a second magnet assembly each attached opposite to each other to the first part, the first magnet assembly comprising a first main magnet system and a first subsidiary magnet system, and the second magnet assembly comprising a second main magnet system and a second subsidiary magnet system, the first and second main magnet system defining a space between them in a second direction substantially perpendicular to the first direction, wherein the first and second magnet assembly are each arranged in Halbach configuration to provide a magnetic field of which at least a part is directed substantially in the second direction; and an electrically conductive element attached to the second part and arranged at least partially in the space between the first and second main magnet system, so as to produce the force by interaction of an electric current carried by the electrically conductive element and the magnetic field, characterized in that the distance between at least a part of the first subsidiary magnet system and at least a part of the second subsidiary magnet system is smaller than the minimum distance between the first main magnet system and the second main magnet system. a first magnet assembly and a second magnet assembly each attached opposite to each other to the first part, the first magnet assembly comprising a first main magnet system and a first subsidiary magnet system, and the second magnet assembly comprising a second main magnet system and a second subsidiary magnet system, the first and second main magnet system defining a space between them in a second direction substantially perpendicular to the first direction, wherein the first and second magnet assembly are each arranged in Halbach configuration to provide a magnetic field of which at least a part is directed substantially in the second direction; and an electrically conductive element attached to the second part and arranged at least partially in the space between the first and second main magnet system, so as to produce the force by interaction of an electric current carried by the electrically conductive element and the magnetic field, characterized in that
A ventilator or anaesthetic machine (4, 5) which comprises at least two modules (6, 7, 8), at least one pneumatic connecting means connecting the two modules (6, 7, 8) pneumatically, and wherein: the at least one pneumatic connecting means comprises a connecting tube which is surrounded by the first module at a first end and by the second module at a second end, a pneumatic connection thus being made between the first module and the second module by the connecting tube; the first and second module (7, 8) each have a recess, and the first end of the connecting tube is arranged in the recess in the first module and the second end of the connecting tube is arranged in the recess in the second module; a first elastic sealing bead is formed at the first end of the connecting tube and a second elastic sealing bead is formed at the second end of the connecting tube, and the first elastic sealing bead is in contact with the first module and the second elastic sealing bead is in contact with the second module, a first sealing area thus being formed between the first elastic sealing bead and the first module and a second sealing area thus being formed between the second elastic sealing bead and the second module. the at least one pneumatic connecting means comprises a connecting tube which is surrounded by the first module at a first end and by the second module at a second end, a pneumatic connection thus being made between the first module and the second module by the connecting tube; the first and second module (7, 8) each have a recess, and the first end of the connecting tube is arranged in the recess in the first module and the second end of the connecting tube is arranged in the recess in the second module; a first elastic sealing bead is formed at the first end of the connecting tube and a second elastic sealing bead is formed at the second end of the connecting tube, and the first elastic sealing bead is in contact with the first module and the second elastic sealing bead is in contact with the second module, a first sealing area thus being formed between the first elastic sealing bead and the first module and a second sealing area thus being formed between the second elastic sealing bead and the second module.
Nonaqueous coating material composition comprising 30% to 80% by weight of a polyhydroxyl and (per)fluoroalkyl group-containing (meth)acrylate component, 20% to 70% by weight of one or more polyisocyanate group-containing compounds, and one or more catalysts, the weight percentages of components and being based in each case on the binder content of components and, respectively, and the sum of the weight fractions of components plus being in each case 100% by weight, characterized in that the poly(meth)acrylate component comprises as a synthesis component 0.05% to 15.0% by weight, based in each case on the amount of all of the compounds used in preparing the poly (meth) acrylate component, of one or more perfluoroalkyl group-containing reaction products of (i) one or more diisocyanates having two isocyanate groups with different reactivities, (ii) one or more (per)fluoroalkyl monoalcohol components, and (iii) optionally one or more compounds having at least one group that is reactive toward isocyanate groups, and optionally having a further functional group, which is different from group. 30% to 80% by weight of a polyhydroxyl and (per)fluoroalkyl group-containing (meth)acrylate component, 20% to 70% by weight of one or more polyisocyanate group-containing compounds, and one or more catalysts, (i) one or more diisocyanates having two isocyanate groups with different reactivities, (ii) one or more (per)fluoroalkyl monoalcohol components, and (iii) optionally one or more compounds having at least one group that is reactive toward isocyanate groups, and optionally having a further functional group, which is different from group.
A cartridge (1; 50), comprising: a container having a receiving end and a dispensing end; a first membrane disposed at the receiving end; a second membrane disposed at the dispensing end; and an internal puncture unit disposed within the container and positioned between the first membrane and the second membrane, the internal puncture unit configured to puncture the second membrane; characterized in that the internal puncture unit comprises an open end, a diversion stop, a first opening located between the open end and the diversion stop, and a second opening located on the other side of the diversion stop, at least a portion of the second opening being outside the cartridge (1; 50) when the internal puncture unit has punctured the second membrane, the diversion stop being configured for guiding liquid provided into the open end through the first opening into the cartridge (1; 50) and comprising an opening allowing liquid to pass through the diversion stop and exit the puncture unit via the second opening. a container having a receiving end and a dispensing end; a first membrane disposed at the receiving end; a second membrane disposed at the dispensing end; and an internal puncture unit disposed within the container and positioned between the first membrane and the second membrane, the internal puncture unit configured to puncture the second membrane; characterized in that the internal puncture unit comprises an open end, a diversion stop, a first opening located between the open end and the diversion stop, and a second opening located on the other side of the diversion stop, at least a portion of the second opening being outside the cartridge (1; 50) when the internal puncture unit has punctured the second membrane, the diversion stop being configured for guiding liquid provided into the open end through the first opening into the cartridge (1; 50) and comprising an opening allowing liquid to pass through the diversion stop and exit the puncture unit via the second opening.
A mounting clip for a battery temperature sensor holding a temperature sensor including a sensor main body and a projection portion projecting from the sensor main body, and adapted to be mounted to a mounting hole of a battery case, the mounting clip comprising: a head portion; a holding portion for receiving and holding the temperature sensor therein; a leg portion extending from the holding portion, allowing the temperature sensor to pass through, and configured to be inserted into the mounting hole; an engagement portion protruding from the leg portion, configured to be engaged with the battery case when inserted into the mounting hole; and an operation portion extending from the engagement portion, and configured to allow an engagement of the engagement portion with the battery case to be released, said mounting clip being characterized in that a notch portion is positioned along both the operation portion of the head portion and the engagement portion for allowing the operation portion and the engagement portion to easily bend. a head portion; a holding portion for receiving and holding the temperature sensor therein; a leg portion extending from the holding portion, allowing the temperature sensor to pass through, and configured to be inserted into the mounting hole; an engagement portion protruding from the leg portion, configured to be engaged with the battery case when inserted into the mounting hole; and an operation portion extending from the engagement portion, and configured to allow an engagement of the engagement portion with the battery case to be released, said mounting clip being characterized in that a notch portion is positioned along both the operation portion of the head portion and the engagement portion for allowing the operation portion and the engagement portion to easily bend.
A compressor of a turbine engine comprising a stator and an outside wall, the stator having a water channel wall located on a surface of the stator, wherein the water channel wall is configured to direct water away from a center line of the turbine engine and is located an offset distance from the outside wall of the compressor, wherein the offset distance is zero percent to twenty percent of a span of the stator, wherein the water channel wall includes an outer edge and an inner edge which are angled towards the outside wall.