mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising: an elongate catheter with a proximal end and distal end and a lumen; an expandable prosthesis disposed about said distal end of said elongate catheter; a splittable sheath (10, 110) with a proximal end and a distal end disposed about said expandable prosthesis; said splittable sheath having an opening disposed upon said proximal end of said splittable sheath; at least one actuating wire with a first portion, a second portion, and a first end; said first end disposed on said first portion of said actuating wire; said first portion of said actuating wire everted about said distal end of said elongate catheter and disposed between said expandable prosthesis and said splittable sheath; said second portion of said actuating wire disposed within said lumen of said elongate catheter; characterised by a splitter attached to said first end of said at least one actuating wire; said splitter including a blade element; said splitter partially disposed within said opening on said proximal end of said splittable sheath such that when an operator at said proximal end of said elongate catheter pulls said actuating wire in the proximal direction said splitter moves in the distal direction and said splitter blade element splits the splittable sheath. an elongate catheter with a proximal end and distal end and a lumen; an expandable prosthesis disposed about said distal end of said elongate catheter; a splittable sheath (10, 110) with a proximal end and a distal end disposed about said expandable prosthesis; said splittable sheath having an opening disposed upon said proximal end of said splittable sheath; at least one actuating wire with a first portion, a second portion, and a first end; said first end disposed on said first portion of said actuating wire; said first portion of said actuating wire everted about said distal end of said elongate catheter and disposed between said expandable prosthesis and said splittable sheath; said second portion of said actuating wire disposed within said lumen of said elongate catheter; characterised by a splitter attached to said first end of said at least one actuating wire; said splitter including a blade element; said splitter partially disposed within said opening on said proximal end of said splittable sheath such that when an operator at said proximal end of said elongate catheter pulls said actuating wire in the proximal direction said splitter moves in the distal direction and said splitter blade element splits the splittable sheath.
Control arrangement having an electrically activated, pilot-controlled proportional pressure-limiting valve and a control device (6; 12; 22) for actuating the valve as a volume flow regulator, characterized in that in order to minimize the hysteresis of the pilot-controlled pressure-limiting valve either a solenoid armature of the pilot-control valve with a subordinate position regulator is provided, or a subordinate pressure regulator of a pilot-control pressure of the pilot-control valve is provided and the control device is configured according to one of the three following variants: wherein the control device determines a valve setpoint value (U D) in the form of a control voltage (U D) as a function of a pressure difference across the valve and a setpoint volume flow (Q setp) from a characteristic diagram, or wherein the control device has a regulator for a valve setpoint value (U D) which is supplied with input signals which correspond to a setpoint volume flow (Q setp) and a volume flow which is determined by means of a characteristic diagram from the pressure difference (Δp) across the valve and from the valve setpoint value (U D), or wherein the control device has a regulator for the valve setpoint value (U D) which is supplied with input signals which correspond to a pressure difference (Δp) across the valve and a pressure difference determined by means of a characteristic diagram from the setpoint volume flow (Q setp) and from the valve setpoint value (U D). wherein the control device determines a valve setpoint value (U D) in the form of a control voltage (U D) as a function of a pressure difference across the valve and a setpoint volume flow (Q setp) from a characteristic diagram, or wherein the control device has a regulator for a valve setpoint value (U D) which is supplied with input signals which correspond to a setpoint volume flow (Q setp) and a volume flow which is determined by means of a characteristic diagram from the pressure difference (Δp) across the valve and from the valve setpoint value (U D), or wherein the control device has a regulator for the valve setpoint value (U D) which is supplied with input signals which correspond to a pressure difference (Δp) across the valve and a pressure difference determined by means of a characteristic diagram from the setpoint volume flow (Q setp) and from the valve setpoint value (U D).
An injection device (500,600,700) comprising: an actuator (114, 710) adapted when actuated to cause commencement of an injection sequence; a locking mechanism (126,116) adapted to be moved between a locked position in which the locking mechanism prevents the actuator from being actuated, and an unlocked position in which the actuator can be actuated to cause commencement of the injection sequence, wherein the locking mechanism comprises a sliding component which slides to move the locking mechanism between its locked and unlocked positions, wherein the sliding component is configured to slide inwardly into the injection device to move it from its locked position to its unlocked position; a housing (502,602,704) to which the actuator and locking mechanism are moveably mounted; characterised by an indicator (508,608,708) configured to provide a visual indication of whether the locking mechanism is in its locked position or in its unlocked position, wherein the indicator comprises an indicator component (570,516) on the indicator which moves with the locking mechanism as it moves between its locked and unlocked positions, wherein the housing comprises an indicator aperture (508,608,708) to facilitate visual inspection of the indicator. an actuator (114, 710) adapted when actuated to cause commencement of an injection sequence; a locking mechanism (126,116) adapted to be moved between a locked position in which the locking mechanism prevents the actuator from being actuated, and an unlocked position in which the actuator can be actuated to cause commencement of the injection sequence, wherein the locking mechanism comprises a sliding component which slides to move the locking mechanism between its locked and unlocked positions, wherein the sliding component is configured to slide inwardly into the injection device to move it from its locked position to its unlocked position; a housing (502,602,704) to which the actuator and locking mechanism are moveably mounted; characterised by an indicator (508,608,708) configured to provide a visual indication of whether the locking mechanism is in its locked position or in its unlocked position, wherein the indicator comprises an indicator component (570,516) on the indicator which moves with the locking mechanism as it moves between its locked and unlocked positions, wherein the housing comprises an indicator aperture (508,608,708) to facilitate visual inspection of the indicator.
A medical canister comprising: a container having an internal volume; a lid configured to cover an opening of the container; a horizontal patient port coupled to the lid and configured to be fluidly coupled to a tissue site through a first reduced-pressure delivery conduit, the patient port further configured to be in fluid communication with the internal volume when the lid is positioned to cover the opening of the container; and a vertical suction port coupled to the lid and configured to be fluidly coupled to a reduced-pressure source through a second reduced-pressure delivery conduit, the suction port further configured to be in fluid communication with the internal volume, wherein the longitudinal axis of the patient port intersects with the longitudinal axis of the suction port. a container having an internal volume; a lid configured to cover an opening of the container; a horizontal patient port coupled to the lid and configured to be fluidly coupled to a tissue site through a first reduced-pressure delivery conduit, the patient port further configured to be in fluid communication with the internal volume when the lid is positioned to cover the opening of the container; and a vertical suction port coupled to the lid and configured to be fluidly coupled to a reduced-pressure source through a second reduced-pressure delivery conduit, the suction port further configured to be in fluid communication with the internal volume, wherein the longitudinal axis of the patient port intersects with the longitudinal axis of the suction port.
A strip of staples, comprising a succession of staples configured in a general U-shape, juxtaposed and connected among themselves in a separable manner by means of a flexible fastening element or means, each staple having two opposing legs and between said legs a connecting crown on whose inner face, that is, between the legs, said fastening element or means is extended, the strip being characterized in that the width of the staples is reduced in the crown and in a linking portion of the legs with said crown enabling the staples to adopt slightly spread out positions from each other, without preventing each staple from supporting itself on its legs with the staple immediately before and after it in the strip, the crowns of said staples moving towards each other and consequently loosening the fastening element or means between the staples, endowing the strip with the ability to adopt a curved shape, suitable for winding the strip around the core of a reel with the legs directed towards the outside of said reel.
Hybrid traction device for a motor vehicle comprising a parallel gearbox of which a primary shaft transmits the power from a drive combustion engine to a secondary shaft connected to the wheels of the vehicle, and an electric machine which transmits its power on two gear ratios to the secondary shaft of the gearbox, wherein the path along which power is transmitted between the electric machine and the secondary shaft passes via a stepdown shaft that receives the power from the electric machine, via an intermediate transmission shaft and via a transfer pinion idling around the primary shaft, characterized in that the intermediate shaft bears two idling pinions (41, 42) driven by fixed pinions (31, 32) of the stepdown shaft receiving the power from the electric machine, and a fixed pinion driving the transfer pinion.
A tape construction comprising a tape backing, a pressure sensitive adhesive disposed on the tape backing, and a release layer contacted with the adhesive, the release layer comprising a polyolefin and 0.5 wt% to 10 wt% of an alkyl dimethicone, the alkyl dimethicone having a structure comprising wherein the sum of (a + b + c) is between 100 and 1000, the ratio of a to the sum of (b + c) is 98:2 to 94:6, R1 is a linear, branched, or cyclic alkyl group having between 20 and 50 carbon atoms, and R2 is a linear, branched, or cyclic alkyl or alkaryl group having between 6 and 10 carbons wherein c is optionally 0.
A diagnostic method for determining whether a putative antiretroviral treatment regimen is likely to be efficacious and/or to monitor the efficacy of an antiretroviral treatment regimen, comprising obtaining patient-derived acquired immunodeficiency virus and assaying the virus for CXCR4 coreceptor use before and/or after initiating antiretroviral therapy to determine a suitable antiretroviral treatment regimen wherein the efficacy of the treatment is directly related to the absence or decrease of CXCR4 coreceptor use.
A multi-module capacitive wireless power transfer system comprising: a first capacitive wireless power transfer module comprising a plurality of first module first coupling plates (44, 46) adapted to receive a voltage or current at an operating frequency having a first phase and a plurality of first module second coupling plates (48, 50) adapted to be coupled to the plurality of first module first coupling plates for receiving wireless power, wherein the plurality of first module first coupling plates (44, 46) and the plurality of first module second coupling plates (48, 50) define a first capacitive wireless power zone; and a second capacitive wireless power transfer module comprising a plurality of second module first coupling plates (54, 56) adapted to receive a voltage or current at an operating frequency having a second phase different from the first phase and a plurality of second module second coupling plates (58, 60) adapted to be coupled to the plurality of second module first coupling plates for receiving wireless power, wherein the plurality of second module first coupling plates (54, 56) and the plurality of second module second coupling plates (58, 60) define a second capacitive wireless power zone; and wherein the different first and second phases are adapted to oppose each other to provide field reduction or cancellation in one or more field reduction zones outside the first and second capacitive wireless power transfer zones. a first capacitive wireless power transfer module comprising a plurality of first module first coupling plates (44, 46) adapted to receive a voltage or current at an operating frequency having a first phase and a plurality of first module second coupling plates (48, 50) adapted to be coupled to the plurality of first module first coupling plates for receiving wireless power, wherein the plurality of first module first coupling plates (44, 46) and the plurality of first module second coupling plates (48, 50) define a first capacitive wireless power zone; and a second capacitive wireless power transfer module comprising a plurality of second module first coupling plates (54, 56) adapted to receive a voltage or current at an operating frequency having a second phase different from the first phase and a plurality of second module second coupling plates (58, 60) adapted to be coupled to the plurality of second module first coupling plates for receiving wireless power, wherein the plurality of second module first coupling plates (54, 56) and the plurality of second module second coupling plates (58, 60) define a second capacitive wireless power zone; and wherein the different first and second phases are adapted to oppose each other to provide field reduction or cancellation in one or more field reduction zones outside the first and second capacitive wireless power transfer zones.
Mat system, in particular for competitive types of sport, comprising - a plurality of individual mats (1, 2) having an upper side, an underside running parallel thereto and at least one straight-running side edge, - said straight-running side edges of the individual mats (1, 2) having at least one undercut recess, and - connecting means (3, 4, 5), which have a form that makes it possible to connect two mats (1, 2) along their straight-running side edges by engagement of one of their halves in one undercut recess, - the individual mats (1, 2) and connecting means (3, 4, 5) having at least one layer of foam, characterized in that the mat system comprises mats (1, 2) of two different colours and two-coloured connecting means. - a plurality of individual mats (1, 2) having an upper side, an underside running parallel thereto and at least one straight-running side edge, - said straight-running side edges of the individual mats (1, 2) having at least one undercut recess, and - said straight-running side edges of the individual mats (1, 2) having at least one undercut recess, and - connecting means (3, 4, 5), which have a form that makes it possible to connect two mats (1, 2) along their straight-running side edges by engagement of one of their halves in one undercut recess, - the individual mats (1, 2) and connecting means (3, 4, 5) having at least one layer of foam, characterized in that the mat system comprises mats (1, 2) of two different colours and two-coloured connecting means.
A method in a communication device configured for multiple subscriber identities (440-1, 440-2), comprising a first subscriber identity associated with a first modem having a first capability, being a primary subscriber identity, used by the communication device for communication, and at least a second subscriber identity associated with a second modem having a second capability, being a secondary subscriber identity, for adjusting the capabilities of the modems (210, 220), comprising: acquiring an indication to adjust capabilities of the modems (210, 220); re-registering the first modem, thereby releasing capacity of the first modem; and re-registering the second modem, thereby increasing capacity of the second modem; wherein the action of acquiring the indication comprises: obtaining a signal indicating a reduction of network coverage or capability of the first modem, requesting the second modem to check and report network coverage or capability, and generating the indication to adjust capabilities of the modems (210, 220) to match the respective network coverage and capability, such that in the case the first subscriber identity is associated with a first radio access technology, for which a diminished, reduced, disturbed or non-existent coverage is detected, modem capabilities are transferred from the first subscriber identity to the second subscriber identity which may be associated with a second radio access technology, and vice versa. acquiring an indication to adjust capabilities of the modems (210, 220); re-registering the first modem, thereby releasing capacity of the first modem; and re-registering the second modem, thereby increasing capacity of the second modem; wherein the action of acquiring the indication comprises: obtaining a signal indicating a reduction of network coverage or capability of the first modem, requesting the second modem to check and report network coverage or capability, and generating the indication to adjust capabilities of the modems (210, 220) to match the respective network coverage and capability, such that in the case the first subscriber identity is associated with a first radio access technology, for which a diminished, reduced, disturbed or non-existent coverage is detected, modem capabilities are transferred from the first subscriber identity to the second subscriber identity which may be associated with a second radio access technology, and vice versa. obtaining a signal indicating a reduction of network coverage or capability of the first modem, requesting the second modem to check and report network coverage or capability, and generating the indication to adjust capabilities of the modems (210, 220) to match the respective network coverage and capability, such that in the case the first subscriber identity is associated with a first radio access technology, for which a diminished, reduced, disturbed or non-existent coverage is detected, modem capabilities are transferred from the first subscriber identity to the second subscriber identity which may be associated with a second radio access technology, and vice versa.
An information processing system comprising an output control unit configured to control a display output unit in a manner that a display object (Rs) indicating a sequential passage of time is displayed, wherein the display object (Rs) indicates a playback position of content, the display object (Rs) including a plurality of areas (R1-R13) corresponding to a plurality of pieces (C1-C13) of the content arranged along a predetermined figure, wherein the output control unit change the playback position of the content according to a pointing operation of a user to a position corresponding to the display object (Rs), wherein the display object (Rs) includes an indicator (Si) that indicates the playback position of the content, wherein the indicator moves along the predetermined figure, the indicator (Si) moving around the figure in a predetermined time period, and wherein the output control unit determines color information of the areas (R1-R13) corresponding to the pieces (C1-C13) of content on a basis of color information extracted from image data corresponding to the pieces (C1-C13) of content, wherein when a total amount of playback time of content subject exceeds the predetermined time period, the output control unit controls the output unit in a manner that an object for adjusting the plurality of areas (R1-R13) included in the display object (Rs) is displayed, wherein different areas of the plurality of areas (R1-R13) are displayed in the display object (Rs) according to a user operation of moving of the object along the predetermined figure. an output control unit configured to control a display output unit in a manner that a display object (Rs) indicating a sequential passage of time is displayed, wherein the display object (Rs) indicates a playback position of content, the display object (Rs) including a plurality of areas (R1-R13) corresponding to a plurality of pieces (C1-C13) of the content arranged along a predetermined figure, wherein the output control unit change the playback position of the content according to a pointing operation of a user to a position corresponding to the display object (Rs), wherein the display object (Rs) includes an indicator (Si) that indicates the playback position of the content, wherein the indicator moves along the predetermined figure, the indicator (Si) moving around the figure in a predetermined time period, and wherein the output control unit determines color information of the areas (R1-R13) corresponding to the pieces (C1-C13) of content on a basis of color information extracted from image data corresponding to the pieces (C1-C13) of content, wherein when a total amount of playback time of content subject exceeds the predetermined time period, the output control unit controls the output unit in a manner that an object for adjusting the plurality of areas (R1-R13) included in the display object (Rs) is displayed, wherein different areas of the plurality of areas (R1-R13) are displayed in the display object (Rs) according to a user operation of moving of the object along the predetermined figure.