mhurhangee/ep-ind-claims huggingface dataset:
A system for retrieving an obstruction in a blood vessel, the system comprising: a catheter; a first conductive wire (116, 401); an electronic circuit providing a first current to the first conductive wire (116, 401); and a frame in electrical communication with the first conductive wire (116, 401) and comprising a shape memory material, at least a first portion of the frame being expandable from a collapsed configuration to an expanded configuration upon being heated by the first current and wherein at least a second portion of the frame is collapsible from an open configuration to a collapsed configuration upon being heated. a catheter; a first conductive wire (116, 401); an electronic circuit providing a first current to the first conductive wire (116, 401); and a frame in electrical communication with the first conductive wire (116, 401) and comprising a shape memory material, at least a first portion of the frame being expandable from a collapsed configuration to an expanded configuration upon being heated by the first current and wherein at least a second portion of the frame is collapsible from an open configuration to a collapsed configuration upon being heated.
A mixer element (136, 1336, 1436, 1536, 1636, 1736, 1836, 1936, 2036, 2136, 2236, 2336, 2436, 2536, 2636, 2736, 2836, 2936) comprising a first wave segment, including a first guide wall, a second guide wall, and a first dividing wall (191, 1391, 1491, 1591, 1691, 1791, 1891, 1991, 2091, 2191, 2291) extending between the first guide wall and the second guide wall, a first inlet chamber at least partially defined by the first guide wall and the first dividing wall; a first outlet chamber at least partially defined by the first guide wall and the first dividing wall; a second inlet chamber at least partially defined by the second guide wall and the first dividing wall; a second outlet chamber at least partially defined by the second guide wall and the first dividing wall; a first opening at least partially defined by the first dividing wall that places the first inlet chamber in fluid communication with the second outlet chamber; and a second opening at least partially defined by the first dividing wall that places the second inlet chamber in fluid communication with the first outlet chamber, wherein the first dividing wall includes a flange (1392; 1592, 1593; 1692; 1792; 1892; 1992, 1993; 2092; 2192; 2292) at least partially defining the first opening, characterized in the flange being a portion of the first dividing wall impeding a flow of material through the first opening from the first inlet chamber to the second outlet chamber. a first wave segment, including a first guide wall, a second guide wall, and a first dividing wall (191, 1391, 1491, 1591, 1691, 1791, 1891, 1991, 2091, 2191, 2291) extending between the first guide wall and the second guide wall, a first inlet chamber at least partially defined by the first guide wall and the first dividing wall; a first outlet chamber at least partially defined by the first guide wall and the first dividing wall; a second inlet chamber at least partially defined by the second guide wall and the first dividing wall; a second outlet chamber at least partially defined by the second guide wall and the first dividing wall; a first opening at least partially defined by the first dividing wall that places the first inlet chamber in fluid communication with the second outlet chamber; and a second opening at least partially defined by the first dividing wall that places the second inlet chamber in fluid communication with the first outlet chamber, wherein the first dividing wall includes a flange (1392; 1592, 1593; 1692; 1792; 1892; 1992, 1993; 2092; 2192; 2292) at least partially defining the first opening, characterized in the flange being a portion of the first dividing wall impeding a flow of material through the first opening from the first inlet chamber to the second outlet chamber.
Protein-free powdered whipping agent, comprising the following food-approved components: (a) a vegetable lipid; (b) a modified starch; (c) a further carbohydrate; (d) a low molecular weight emulsifier, which is a surfactant with a molecular weight of less than 1500 g/mol, and (e) water, wherein the whipping agent comprises 5 - 30 wt% of the low molecular weight emulsifier. (a) a vegetable lipid; (b) a modified starch; (c) a further carbohydrate; (d) a low molecular weight emulsifier, which is a surfactant with a molecular weight of less than 1500 g/mol, and (e) water,
An implant needle for introducing an implant into a body of a patient, comprising - a receiving portion configured to receive an implant and provided in a hollow needle main body, and - a taper-shaped tip portion formed by cutting a tip portion of the hollow needle main body, the taper-shaped tip portion further comprising: - a first slant surface (9a, 9b) contiguous to an outer peripheral surface of the hollow needle main body and formed at a predetermined angle with respect to an axis of the needle main body, and - a pair of second slant surfaces (13a, 13b) contiguous to the first slant surface (9a, 9b) and symmetric with respect to an edge point and the axis of the needle main body and formed at a larger angle with respect to the axis of the needle main body than the predetermined angle with respect to the axis of the needle main body, wherein an outer edge (16b, 17b) of the pair of second slant surfaces (13a, 13b) is provided as a cutting edge contiguous to the edge point, characterized in that inner and outer edges (10a, 11a, 10b, 11b) of the first slant surface (9a, 9b) are provided as non-cutting edges and an inner edge (16a, 17a) of the pair of second slant surfaces (13a, 13b) is provided as non-cutting edge. - a receiving portion configured to receive an implant and provided in a hollow needle main body, and - a taper-shaped tip portion formed by cutting a tip portion of the hollow needle main body, the taper-shaped tip portion further comprising: - a first slant surface (9a, 9b) contiguous to an outer peripheral surface of the hollow needle main body and formed at a predetermined angle with respect to an axis of the needle main body, and - a pair of second slant surfaces (13a, 13b) contiguous to the first slant surface (9a, 9b) and symmetric with respect to an edge point and the axis of the needle main body and formed at a larger angle with respect to the axis of the needle main body than the predetermined angle with respect to the axis of the needle main body, - a first slant surface (9a, 9b) contiguous to an outer peripheral surface of the hollow needle main body and formed at a predetermined angle with respect to an axis of the needle main body, and - a pair of second slant surfaces (13a, 13b) contiguous to the first slant surface (9a, 9b) and symmetric with respect to an edge point and the axis of the needle main body and formed at a larger angle with respect to the axis of the needle main body than the predetermined angle with respect to the axis of the needle main body,
Dosing module, in particular for an exhaust-gas aftertreatment device of a motor vehicle, having a dosing valve for injecting a liquid medium, wherein the dosing valve is assigned an inflow duct for the medium for injection, and wherein at least one fresh-air duct, in which a check valve is arranged, opens into the inflow duct, characterized in that the fresh-air duct opens into a suction inlet of a jet pump arranged in the inflow duct, wherein the jet pump is oriented in the backflow direction of the medium in the inflow duct, wherein the inflow duct leads to an inlet of the dosing valve in order to supply the medium for injection to the dosing valve.
A method for disambiguating entries in a mobile device contacts list database including a plurality of contact records each comprising a plurality of data fields, comprising: receiving a telephone number as part of creation of a new contact record for storage in the contacts list database; comparing the received telephone number to entries in the stored records; and generating a display alerting a user of the mobile device when the received telephone number matches a value stored in a first data field in more than one of the plurality of contact records displaying information stored in a second data field of the more than one of the plurality of contact records with a first data field value matching the received telephone number, and generating a prompt for a response from a user to associate the new contact record with a group label. receiving a telephone number as part of creation of a new contact record for storage in the contacts list database; comparing the received telephone number to entries in the stored records; and generating a display alerting a user of the mobile device when the received telephone number matches a value stored in a first data field in more than one of the plurality of contact records displaying information stored in a second data field of the more than one of the plurality of contact records with a first data field value matching the received telephone number, and generating a prompt for a response from a user to associate the new contact record with a group label.
An electrical machinery and apparatus having a first rechargeable battery, and a second rechargeable battery different in characteristics from the first rechargeable battery built therein, the electrical machinery and apparatus comprising: a first charging circuit configured to charge the first rechargeable battery; a second charging circuit configured to charge the second rechargeable battery, wherein the second charging circuit is configured to charge the second rechargeable battery with an electric power supplied from an outside of the electrical machinery and apparatus, and characterized in that the first charging circuit is configured to charge the first rechargeable battery with both the electric power supplied from the outside of the electrical machinery and apparatus, and an electric power supplied from the second rechargeable battery; and a switching circuit configured to switch a supply source of the electric power inputted to the first charging circuit between an external electric power supply source, and the second rechargeable battery, wherein the first charging circuit is configured to charge the first rechargeable battery with the electric power supplied through the switching circuit. a first charging circuit configured to charge the first rechargeable battery; a second charging circuit configured to charge the second rechargeable battery, wherein the second charging circuit is configured to charge the second rechargeable battery with an electric power supplied from an outside of the electrical machinery and apparatus, and characterized in that the first charging circuit is configured to charge the first rechargeable battery with both the electric power supplied from the outside of the electrical machinery and apparatus, and an electric power supplied from the second rechargeable battery; and a switching circuit configured to switch a supply source of the electric power inputted to the first charging circuit between an external electric power supply source, and the second rechargeable battery, wherein the first charging circuit is configured to charge the first rechargeable battery with the electric power supplied through the switching circuit.
A method for operating a wearable wireless device, the method comprising: entering a power saving mode; powering on a low power communication unit while maintaining other non-essential units in the wearable wireless device in a power saving state; transmitting an inquiry to an access point inquiring whether the access point has information to transmit to the wearable wireless device; if the access point does not have information to transmit to the wearable wireless device, setting the low power communication unit to the power saving state; and if the access point has information to transmit to the wearable wireless device, exiting the power saving mode and communicating with the access point using one or more communication protocols. entering a power saving mode; powering on a low power communication unit while maintaining other non-essential units in the wearable wireless device in a power saving state; transmitting an inquiry to an access point inquiring whether the access point has information to transmit to the wearable wireless device; if the access point does not have information to transmit to the wearable wireless device, setting the low power communication unit to the power saving state; and if the access point has information to transmit to the wearable wireless device, exiting the power saving mode and communicating with the access point using one or more communication protocols.
An engine equipped with a turbo supercharger comprising: a multi-cylinder engine body; an exhaust manifold coupled to the engine body; a turbo supercharger including a turbine chamber to which exhaust air is supplied from the exhaust manifold, a turbine housing demarcating the turbine chamber and a supply path of the exhaust air, and a turbine insulator covering the turbine housing; and a manifold insulator covering at least the upper surface of the exhaust manifold and the side surface of the exhaust manifold on the turbo supercharger side, characterized in that the exhaust manifold has a flange having a communication opening of an exhaust path with respect to the turbo supercharger and joined to the turbine housing, wherein the manifold insulator has a cut-away section exposing a joining surface of the flange, and an opening caused by having the interval between the cut-away edge of the cut-away section and the outer peripheral edge of the flange be relatively wider in a predetermined position than in other positions, and wherein the opening is opened toward a space between the turbine housing and the turbine insulator. a multi-cylinder engine body; an exhaust manifold coupled to the engine body; a turbo supercharger including a turbine chamber to which exhaust air is supplied from the exhaust manifold, a turbine housing demarcating the turbine chamber and a supply path of the exhaust air, and a turbine insulator covering the turbine housing; and a manifold insulator covering at least the upper surface of the exhaust manifold and the side surface of the exhaust manifold on the turbo supercharger side, characterized in that the exhaust manifold has a flange having a communication opening of an exhaust path with respect to the turbo supercharger and joined to the turbine housing, wherein the manifold insulator has a cut-away section exposing a joining surface of the flange, and an opening caused by having the interval between the cut-away edge of the cut-away section and the outer peripheral edge of the flange be relatively wider in a predetermined position than in other positions, and wherein the opening is opened toward a space between the turbine housing and the turbine insulator.
A flexible, non-lathering personal care article in the form of a porous dissolvable solid structure, comprising: (a) from 0% to 10% ionic surfactant; (b) from 1% to 60% of a hydrophobic surface-resident coating, wherein said coating comprises a non-surfactant cosmetic benefit agent; (c) from 15% to 70% polymeric structurant, wherein said polymeric structurant has a weighted average molecular weight of from about 40,000 to about 500,000; and (d) from 1% to 30% plasticizer; wherein said article has a density of from about 0.05 g/cm 3 to about 0.4 g/cm 3; and wherein said coating has a Vaughan's solubility parameter VSP of from 0 (cal/cm 3) 1/2 to 10 (cal/cm 3) 1/2, alternatively from 1 (cal/cm 3) 1/2 to 10 (cal/cm 3) 1/2, alternatively from 3 (cal/cm 3) 1/2 to 10 (cal/cm 3) 1/2, alternatively from 5 (cal/cm 3) 1/2 to 10 (cal/cm 3) 1/2. (a) from 0% to 10% ionic surfactant; (b) from 1% to 60% of a hydrophobic surface-resident coating, wherein said coating comprises a non-surfactant cosmetic benefit agent; (c) from 15% to 70% polymeric structurant, wherein said polymeric structurant has a weighted average molecular weight of from about 40,000 to about 500,000; and (d) from 1% to 30% plasticizer;
A gas analysis system comprising: a gas analyzer adapted to analyze a gas acquired from a living body; and a liquid separator which is detachably attached to the gas analyzer, and which is adapted to separate a liquid component from the gas, wherein the liquid separator includes a magnet, and the gas analyzer includes: a magnetic sensor adapted to detect a magnitude of the magnetism and a polarity of a magnet; and a determining section which, based on the magnitude of magnetism detected by the magnetic sensor, is adapted to determine that the liquid separator is attached to the gas analyzer; wherein the magnet is configured to indicate a type of the liquid separator, and the determining section is adapted to determine an attachment state of the liquid separator based on the magnitude of the magnetism of the magnet and to determine a type of the liquid separator based on the polarity of the magnet detected by the magnetic sensor. a gas analyzer adapted to analyze a gas acquired from a living body; and a liquid separator which is detachably attached to the gas analyzer, and which is adapted to separate a liquid component from the gas, wherein the liquid separator includes a magnet, and the gas analyzer includes: a magnetic sensor adapted to detect a magnitude of the magnetism and a polarity of a magnet; and a determining section which, based on the magnitude of magnetism detected by the magnetic sensor, is adapted to determine that the liquid separator is attached to the gas analyzer; wherein a magnetic sensor adapted to detect a magnitude of the magnetism and a polarity of a magnet; and a determining section which, based on the magnitude of magnetism detected by the magnetic sensor, is adapted to determine that the liquid separator is attached to the gas analyzer; wherein the magnet is configured to indicate a type of the liquid separator, and the determining section is adapted to determine an attachment state of the liquid separator based on the magnitude of the magnetism of the magnet and to determine a type of the liquid separator based on the polarity of the magnet detected by the magnetic sensor.
A method, performed upon a computing device, comprising: providing a set of hypercall function definitions to a guest operating system (102, 106), wherein at least one hypercall function definition causes a corresponding hypercall to be sent to an intermediary manager located at the same machine as the guest operating system; wherein a particular hypercall function definition of the set of hypercall function definitions indicates that hypercalls corresponding to the particular hypercall function definition are to be sent to the intermediary manager; intercepting, at the intermediary manager from the guest operating system, a hypercall directed to a host hypervisor that is separate from the intermediary manager, wherein the intermediary manager is not the host hypervisor; determining that a particular intermediary service is associated with the hypercall; causing execution of service instructions associated with the particular intermediary service. providing a set of hypercall function definitions to a guest operating system (102, 106), wherein at least one hypercall function definition causes a corresponding hypercall to be sent to an intermediary manager located at the same machine as the guest operating system; wherein a particular hypercall function definition of the set of hypercall function definitions indicates that hypercalls corresponding to the particular hypercall function definition are to be sent to the intermediary manager; intercepting, at the intermediary manager from the guest operating system, a hypercall directed to a host hypervisor that is separate from the intermediary manager, wherein the intermediary manager is not the host hypervisor; determining that a particular intermediary service is associated with the hypercall; causing execution of service instructions associated with the particular intermediary service.
Switch cabinet arrangement having a switch cabinet housing and at least one air inlet or air outlet filter (1.1, 1.2) which has a filter housing which is mounted in a vertical housing wall of the switch cabinet housing and has a lamella grid on an outer side of the switch cabinet housing, wherein a filter substrate with a pleated filter is arranged in the filter housing, which filter substrate completely covers an air passage cross section (d) of the filter housing and has a liquid-absorbing absorber mat composed of nonwoven fabric, characterized in that the lamella grid has a multiplicity of vertically extending lamellas or consists of a multiplicity of lamellas which extend vertically and parallel to one another, wherein the pleated filter is arranged in the interior of the filter housing so as to face the lamella grid, and the lamellas extend parallel to the pleats of the pleated filter, such that a vertically running channel which is open towards the lamella grid is formed in each case between adjacent pleats of the pleated filter.
Power or work machine, in particular electric motor, with a housing part (2, 3), with a stator element and a rotor element arranged in the housing part (2, 3) and with a monitoring device for monitoring a status parameter, in particular the temperature, of the rotor element, wherein the monitoring device comprises a sensor unit and an interrogation unit, wherein the sensor unit is arranged on the rotor element and at least one SAW sensor element based on the principle of surface waves for detecting a status value of the status parameter, a coupling element and a conductor structure connecting the SAW sensor element and the coupling element for transmitting analogue electromagnetic signals, and wherein the interrogation unit comprises a signal generator for generating interrogation signals, a coupling structure connected to the signal generator and arranged on the stator or on a section of the housing part (2, 3) facing the rotor element, and an evaluation circuit for evaluating response signals received from the sensor unit, wherein the coupling structure is arranged in a region which correlates along an air gap formed between the rotor element and the stator element or the section of the housing part (2, 3) with a region swept by the coupling element when the rotor element is rotating in such a way that a coupling between the coupling structure and the coupling element for signal transmission across the air gap is made possible, characterised in that in that the interrogation unit is an interrogation unit operating according to the S-FSCW principle and is set up for synchronisation of the interrogation unit with the rotation of the rotor element in such a way that the interrogation unit repeatedly carries out an interrogation of the sensor unit in the course of at least two rotations of the rotor element at a specific frequency point, the interrogations of the sensor unit at the specific frequency point taking place at the same angular position of rotation of the rotor element relative to the stator element.