mhurhangee/patent-ind-claim-en huggingface dataset:
A heart valve prosthesis for replacing a diseased native valve in a heart of a patient, the valve prosthesis having an axis and comprising: a compressible and expandable frame structure ; a valve segment disposed within the frame structure , the valve segment comprising a biocompatible one-way valve; and an expandable anchor connected to an outer periphery of the frame structure , wherein the anchor comprises a wire formed in a helical shape around the frame structure , the wire having a free end and wherein the other end of the helically shaped wire is attached to a top end of the frame structure ; wherein the valve prosthesis is configured such that, when the valve prosthesis comes out from a delivery catheter, the anchor expands to a pre-formed deployed state and wraps around the frame structure , which remains in its collapsed state; and wherein the free end of the helically shaped wire is configured to guide the helically shaped wire through a commissure of a native valve of a patient when the helically shaped wire is rotated. a compressible and expandable frame structure ; a valve segment disposed within the frame structure , the valve segment comprising a biocompatible one-way valve; and an expandable anchor connected to an outer periphery of the frame structure , wherein the anchor comprises a wire formed in a helical shape around the frame structure , the wire having a free end and wherein the other end of the helically shaped wire is attached to a top end of the frame structure ; wherein the valve prosthesis is configured such that, when the valve prosthesis comes out from a delivery catheter, the anchor expands to a pre-formed deployed state and wraps around the frame structure , which remains in its collapsed state; and wherein the free end of the helically shaped wire is configured to guide the helically shaped wire through a commissure of a native valve of a patient when the helically shaped wire is rotated.
A composition containing SUMOylation inhibitor, which is characterized in that the composition comprises FXR agonist and SUMOylation inhibitor.
A gear motor including a brushless electric motor, a planetary gear unit (R) and an output shaft (A) with a longitudinal axis (X), rotatably integral with the planetary gear unit (R), said electric motor (M) including a stator , a rotor housed in a housing of the stator and surrounded by a side surface of the housing , said rotor being configured to rotate about a longitudinal axis (X), at least two coils attached to the stator in a portion of the side surface of the housing extending over an angle α3 so as to face a part of an external side surface of the rotor , characterised in that the stator and the rotor define at least a first zone (Arc1) having a first air gap and a second zone (Arc2) having a second air gap therebetween, the first air gap being smaller than the second air gap, the first zone (Arc1) comprising the coils , so that the attraction force exerted by the stator on the rotor is weaker in the second zone (Arc2) than in the first zone (Arc1).
An ECG adapter system for coupling an ECG lead set with an incompatible ECG monitor , the ECG adapter system comprising: at least one ECG adapter (110, 210a-c, 310) including an adapter body and first and second remote ECG adapter bodies (211a-b) connected to the adapter body through respective cables (215a-b) or other suitable means of forming an electrical and/or mechanical connection, each of the first and second remote ECG adapter bodies having a specific ECG monitor connector plug adapted for coupling to a specific input connector receptacle of the ECG monitor and at least one standard lead set receptacle (112a-b, 212a-b, 312a) different from the at least one specific ECG monitor connector plug and being adapted for coupling to a standard connector plug of an ECG lead set incompatible with the specific input connector receptacle of the ECG monitor, wherein the specific ECG monitor connector plug of the first remote ECG adapter body being different than the specific ECG monitor connector plug of the second remote ECG adapter body , and wherein the specific ECG monitor connector plugs of the first and second remote ECG adapter bodies are configured to couple to different specific input connector receptacles (224d-e) of the ECG monitor. at least one ECG adapter (110, 210a-c, 310) including an adapter body and first and second remote ECG adapter bodies (211a-b) connected to the adapter body through respective cables (215a-b) or other suitable means of forming an electrical and/or mechanical connection, each of the first and second remote ECG adapter bodies having a specific ECG monitor connector plug adapted for coupling to a specific input connector receptacle of the ECG monitor and at least one standard lead set receptacle (112a-b, 212a-b, 312a) different from the at least one specific ECG monitor connector plug and being adapted for coupling to a standard connector plug of an ECG lead set incompatible with the specific input connector receptacle of the ECG monitor, wherein the specific ECG monitor connector plug of the first remote ECG adapter body being different than the specific ECG monitor connector plug of the second remote ECG adapter body , and wherein the specific ECG monitor connector plugs of the first and second remote ECG adapter bodies are configured to couple to different specific input connector receptacles (224d-e) of the ECG monitor.
A wireless charging coil comprising: a first stamped coil having a first spiral trace , the first spiral trace defining a first space between windings; and a second stamped coil having a second spiral trace , the second spiral trace defining a second space between windings, the first stamped coil and second stamped coil in co-planar relation, the first stamped coil positioned within the second space of the second stamped coil, and the second stamped coil positioned within the first space of the first stamped coil, the first and second coils electronically connected; and wherein the wireless charging coil further comprises a first laminate applied to the first stamped coil with a first adhesive to adhere the first laminate to the first stamped coil; and characterized by a second laminate applied to the second stamped coil with a second adhesive to adhere the second laminate to the second stamped coil; and wherein the first laminate and the second laminate sandwich the coils with the second adhesive positioned between the first spiral trace of the first stamped coil and the second spiral trace of the second stamped coil to bond the coils together and to insulate the coils. a first stamped coil having a first spiral trace , the first spiral trace defining a first space between windings; and a second stamped coil having a second spiral trace , the second spiral trace defining a second space between windings, the first stamped coil and second stamped coil in co-planar relation, the first stamped coil positioned within the second space of the second stamped coil, and the second stamped coil positioned within the first space of the first stamped coil, the first and second coils electronically connected; and wherein the wireless charging coil further comprises a first laminate applied to the first stamped coil with a first adhesive to adhere the first laminate to the first stamped coil; and characterized by a second laminate applied to the second stamped coil with a second adhesive to adhere the second laminate to the second stamped coil; and wherein the first laminate and the second laminate sandwich the coils with the second adhesive positioned between the first spiral trace of the first stamped coil and the second spiral trace of the second stamped coil to bond the coils together and to insulate the coils.
An information processing apparatus comprising execution means configured, based on dropping a file onto one of several objects each of which is associated with a respective image forming apparatus, to display a screen for selecting a print template from among a plurality of print templates comprising a plurality of print settings, and, without displaying a main user interface, UI, , to execute print processing of the file in accordance with the selected print template; obtaining means configured to obtain, from a printer object within the information processing apparatus, the capability of the model of the image forming apparatus associated with the object on which the file is dropped; first determination means configured to determine, using the obtained capability information, whether or not the image forming apparatus has the capability to apply the plurality of print settings corresponding to the selected print template; second determination means configured to determine whether or not there is a license for displaying the main UI of a client application installed in the information processing apparatus; wherein, if it is determined by the first determination means that the image forming apparatus does not have the capability to apply one or more print settings, the execution means is configured to cause the second determination means to determine whether or not there is the license, and wherein, if it is determined by the second determination means that there is the license, a message including a button for displaying the main UI is displayed thereby allowing a user to access the main UI to set print settings and to select an image forming apparatus under which print processing is to be executed.
A method for determining functionality of communication devices in a cellular communication network including a plurality of communication devices, the method comprising: obtaining at least one measure of the performance of the cellular communication network in a component area of radio coverage (S610); determining from the or each measure of performance whether performance conditions in the component area of radio coverage support the activation of an aggregator facility (S614), said aggregator facility providing radio coverage to at least one first communication device within a selected geographical area; determining from the or each measure of performance whether a net benefit is expected for the performance of the network in the component area as a result of the activation of the aggregator facility (S616); controlling activation of an aggregator functionality at at least one second communication device when performance conditions in the component area of radio coverage support the activation of the aggregator facility and when a net benefit is expected (S628); and controlling an aggregator functionality not to be activated when performance conditions in the component area of radio coverage support the activation of the aggregator facility but no net benefit for the performance of the network is expected, wherein determining whether a net benefit is expected as a result of the activation of the aggregator facility includes: determining whether the number of static first communication devices located in a portion of the component area within range of the at least one second communication device exceeds a threshold number. obtaining at least one measure of the performance of the cellular communication network in a component area of radio coverage (S610); determining from the or each measure of performance whether performance conditions in the component area of radio coverage support the activation of an aggregator facility (S614), said aggregator facility providing radio coverage to at least one first communication device within a selected geographical area; determining from the or each measure of performance whether a net benefit is expected for the performance of the network in the component area as a result of the activation of the aggregator facility (S616); controlling activation of an aggregator functionality at at least one second communication device when performance conditions in the component area of radio coverage support the activation of the aggregator facility and when a net benefit is expected (S628); and controlling an aggregator functionality not to be activated when performance conditions in the component area of radio coverage support the activation of the aggregator facility but no net benefit for the performance of the network is expected, wherein determining whether a net benefit is expected as a result of the activation of the aggregator facility includes: determining whether the number of static first communication devices located in a portion of the component area within range of the at least one second communication device exceeds a threshold number.
An antenna assembly , said assembly including an antenna , a bracket , a hub and a boom arm including data signal receiving and/or transmitting means; said antenna comprising first and second segments , an interface and locking levers ; said antenna mounted on the bracket having a first part for location with the antenna and a second part for location with the hub via a pivot connection , wherein the hub includes a plurality of legs and adjustment means to allow the selective adjustment of the azimuth and/or elevation position of the antenna with respect to the hub , wherein the assembly is selectively movable between storage and in-use conditions by movement of said bracket with respect to said hub via movement about an axis of the pivot connection at, or adjacent to, a first side of the hub , by movement of the first and second segments of the antenna from a storage, overlying position to an in-use position in which they are joined together along the interface and locked using the locking levers , along the interface at a rear face on the antenna, and by movement of the boom arm from a storage position to an in-use position in which the end of the boom arm is selectively attachable to the hub and is configured to extend to the front of a front reflecting surface of the antenna and the support legs are each pivotally connected to the said hub and pivotally movable about the respective axes between storage and in-use conditions, said axes substantially parallel and perpendicular to the axis about which the bracket is movable and the connections to the hub are on a second side of the hub opposing said first side , said adjustment means including first and second adjustment means for respective elevation and azimuth adjustment of the antenna and, for each of the elevation and azimuth orientation of the antenna, the first adjustment means allows coarse adjustment of the position of the antenna with respect to the hub and the second adjustment means allows fine adjustment of the position of the antenna with respect to the hub , wherein the assembly further includes lock means to allow the coarse adjustment position of the elevation to be locked and retained and separate lock means to allow the coarse adjustment position of the azimuth to be locked and retained prior to fine adjustment of the elevation and azimuth positions respectively characterised in that the adjustment of the second adjustment means is configured to be controlled by an automatic directing system utilising a control means connected to the antenna assembly to determine the extent of the adjustment required using the second adjustment means .
A gas fill fixture for use in lyophilization for determining an appropriate gas fill volume in a flexible lyophilization container, the gas fill fixture comprising: a chassis ; a fill indicator ; and a lid , wherein the chassis and lid together form a cavity configured to receive the flexible lyophilization container placed along its longitudinal axis therein. a chassis ; a fill indicator ; and a lid , wherein the chassis and lid together form a cavity configured to receive the flexible lyophilization container placed along its longitudinal axis therein.
A tool for inspecting an annular section of an engine, the tool comprising: a first segment extending along a first lengthwise direction between a forward end and an aft end ; a second segment extending along a second lengthwise direction between a forward end and an aft end , the forward end of the first segment pivotably coupled to the aft end of the second segment and the first segment moveable relative to the second segment between a bent position and a coupled position, the first lengthwise direction defining a coupled angle with the second lengthwise direction when the first segment is in the coupled position relative to the second segment ; an adjustment member operable with the first segment , the second segment , or both to adjust the coupled angle defined by the first lengthwise direction with the second lengthwise direction ; the first segment defines an outer side and an inner side , wherein the second segment defines an outer side and an inner side , and wherein the forward end of the first segment is pivotably coupled to the aft end of the second segment at their respective outer sides , characterised in that the adjustment member is operable with the inner side of the first segment , the inner side of the second segment , or both; and wherein the coupled angle defined by the first lengthwise direction with the second lengthwise direction is less than 180 degrees, and wherein the first lengthwise direction further defines a bent angle with the second lengthwise direction greater than 180 degrees when the first segment is in the bent position relative to the second segment . a first segment extending along a first lengthwise direction between a forward end and an aft end ; a second segment extending along a second lengthwise direction between a forward end and an aft end , the forward end of the first segment pivotably coupled to the aft end of the second segment and the first segment moveable relative to the second segment between a bent position and a coupled position, the first lengthwise direction defining a coupled angle with the second lengthwise direction when the first segment is in the coupled position relative to the second segment ; an adjustment member operable with the first segment , the second segment , or both to adjust the coupled angle defined by the first lengthwise direction with the second lengthwise direction ; the first segment defines an outer side and an inner side , wherein the second segment defines an outer side and an inner side , and wherein the forward end of the first segment is pivotably coupled to the aft end of the second segment at their respective outer sides , characterised in that the adjustment member is operable with the inner side of the first segment , the inner side of the second segment , or both; and wherein the coupled angle defined by the first lengthwise direction with the second lengthwise direction is less than 180 degrees, and wherein the first lengthwise direction further defines a bent angle with the second lengthwise direction greater than 180 degrees when the first segment is in the bent position relative to the second segment .
A thermal sensor integrated circuit, IC, comprising: a resistor implemented by at least one metal line, wherein a resistance of the resistor is varied with a temperature of the resistor , the resistor has a first terminal and a second terminal, and one of the first terminal and the second terminal is arranged such that a voltage signal corresponding to the resistance is generated; a switched-capacitor resistor , coupled between a supply voltage and the first terminal of the resistor; a voltage-to-frequency converter , coupled to the first terminal of the resistor, for converting the voltage signal to a frequency signal for determining the temperature; and a frequency divider , coupled to the voltage-to-frequency converter and the switched-capacitor resistor, for frequency-dividing the frequency signal to generate a feedback signal to control the switched-capacitor resistor. a resistor implemented by at least one metal line, wherein a resistance of the resistor is varied with a temperature of the resistor , the resistor has a first terminal and a second terminal, and one of the first terminal and the second terminal is arranged such that a voltage signal corresponding to the resistance is generated; a switched-capacitor resistor , coupled between a supply voltage and the first terminal of the resistor; a voltage-to-frequency converter , coupled to the first terminal of the resistor, for converting the voltage signal to a frequency signal for determining the temperature; and a frequency divider , coupled to the voltage-to-frequency converter and the switched-capacitor resistor, for frequency-dividing the frequency signal to generate a feedback signal to control the switched-capacitor resistor.
A hybrid oil pump for a vehicle comprising an engine , wherein the hybrid oil pump comprises: - an oil pump unit for pumping pressurized oil to a vehicle component, - a mechanical drive for driving the oil pump unit in a mechanical driving mode, wherein the mechanical drive is mechanically connectable to and drivable by the engine , - an electrical drive for driving the oil pump unit in an electrical driving mode, wherein the electrical drive comprises an electric motor , - a switchable clutch arranged between a motor shaft of the electrical drive and a pump shaft of the oil pump unit , wherein the switchable clutch mechanically disengages the electrical drive from the oil pump unit in the mechanical driving mode, and - a freewheel clutch , which automatically couples the mechanical drive with the pump shaft when the rotational speed of the mechanical drive is higher than the rotational speed of the electric motor , - characterised in that the switchable clutch is a hydraulically actuated clutch, and - in that the hydraulically actuated switchable clutch is hydraulically connected to the pump unit for actuating the hydraulically actuated clutch . - an oil pump unit for pumping pressurized oil to a vehicle component, - a mechanical drive for driving the oil pump unit in a mechanical driving mode, wherein the mechanical drive is mechanically connectable to and drivable by the engine , - an electrical drive for driving the oil pump unit in an electrical driving mode, wherein the electrical drive comprises an electric motor , - a switchable clutch arranged between a motor shaft of the electrical drive and a pump shaft of the oil pump unit , wherein the switchable clutch mechanically disengages the electrical drive from the oil pump unit in the mechanical driving mode, and - a freewheel clutch , which automatically couples the mechanical drive with the pump shaft when the rotational speed of the mechanical drive is higher than the rotational speed of the electric motor , - characterised in that the switchable clutch is a hydraulically actuated clutch, and - in that the hydraulically actuated switchable clutch is hydraulically connected to the pump unit for actuating the hydraulically actuated clutch .