mhurhangee/ep-ind-claims huggingface dataset:
A guidewire-styled lead in the form of a pacing lead comprising: a multifilar, elongate, helically-wound lead body having distal and proximal ends, the lead body comprising: at least first and second electrically insulated filars (16,18) which define a lumen, each of the filars comprising a conductive metal coil with an electrically insulative coating, the first filar being electrically coupled to a first contact means and a first connector means, the second filar being coupled to a second contact means and a second connector means, the first and second contact means (26,28) being sufficiently spaced-apart so that no electrically short pathway is presented therebetween when both are applied to tissue; the lead body further comprising an atraumatic tip on the distal end thereof; wherein the lead is characterized in that the first and second filars (16,18) have different diameters (d,d1) and are interwound for the majority of the length of the lead body with one or the other of said filars (16,18) terminating proximate the distal end of the lead. a multifilar, elongate, helically-wound lead body having distal and proximal ends, the lead body comprising: at least first and second electrically insulated filars (16,18) which define a lumen, each of the filars comprising a conductive metal coil with an electrically insulative coating, the first filar being electrically coupled to a first contact means and a first connector means, the second filar being coupled to a second contact means and a second connector means, the first and second contact means (26,28) being sufficiently spaced-apart so that no electrically short pathway is presented therebetween when both are applied to tissue; the lead body further comprising an atraumatic tip on the distal end thereof; wherein the lead is characterized in that the first and second filars (16,18) have different diameters (d,d1) and are interwound for the majority of the length of the lead body with one or the other of said filars (16,18) terminating proximate the distal end of the lead. at least first and second electrically insulated filars (16,18) which define a lumen, each of the filars comprising a conductive metal coil with an electrically insulative coating, the first filar being electrically coupled to a first contact means and a first connector means, the second filar being coupled to a second contact means and a second connector means, the first and second contact means (26,28) being sufficiently spaced-apart so that no electrically short pathway is presented therebetween when both are applied to tissue; the lead body further comprising an atraumatic tip on the distal end thereof; wherein the lead is characterized in that the first and second filars (16,18) have different diameters (d,d1) and are interwound for the majority of the length of the lead body with one or the other of said filars (16,18) terminating proximate the distal end of the lead.
A magnetic mixture composed by mixing a putty material containing a binder resin and a magnetic-material powder, and a solvent, in which a weight of the magnetic-material powder is contained by a ratio of 89.2wt% or more and 96.1wt% or less with respect to a total weight of the putty material and concurrently, in which a weight of the binder resin is contained by a ratio of 2.9wt% or more and 6.9wt% or less with respect to the total weight of the putty material, wherein there is employed a configuration in which the solvent is selected to have a boiling point of 200°C or more and 300°C or less and concurrently, a weight of the solvent is to be contained by a ratio of 1.0wt% or more and 3.9wt% or less with respect to the total weight of the putty material.
Method for enabling access to a passenger compartment of a motor vehicle, wherein the motor vehicle includes at least one sensor (201 to 206) detecting the surroundings and/or the passenger compartment of the motor vehicle, and, in response to an authorization request coming from outside the motor vehicle, the authorization takes place at least as a function of the detection by the sensor (201 to 206), characterized in that, at least as a function of the detection by the sensor (201 to 206), - a risk level is ascertained which represents the risk of unauthorized access to a consignment of goods to be conveyed into the motor vehicle and/or to the passenger compartment of the motor vehicle, and/or - a state variable is ascertained which represents the state of at least a portion of the passenger compartment of the motor vehicle, and the authorization takes place as a function of the risk level and/or the state variable. - a risk level is ascertained which represents the risk of unauthorized access to a consignment of goods to be conveyed into the motor vehicle and/or to the passenger compartment of the motor vehicle, and/or - a state variable is ascertained which represents the state of at least a portion of the passenger compartment of the motor vehicle, and
An azeotropic or azeotrope-like composition which consists essentially of from 2 to 10 weight percent 2-chloro-1,1,1,2-tetrafluoropropane and from 90 to 98 weight percent 2-chloro-3,3,3-trifluoropropene, which composition has a boiling point of from 0°C to 60°C at a pressure of from 62 kPa absolute (9 psia) to 448 kPa absolute (65 psia).
A method of refining quinolinic acid, the method comprising: preparing a fermentation solution including at least one of quinolinic acid and a salt thereof; removing microbial cells from the fermentation solution; preparing an acidic composition including at least one of quinolinic acid and a salt thereof at a saturation concentration or more by adding an acid to the fermentation solution from which the microbial cells were removed; and recovering crystals of the at least one of quinolinic acid and a salt thereof from the acidic composition, wherein the acidic composition has a pH of 1.0 to 2.5, and wherein the acid comprises at least one selected from sulfuric acid, hydrochloric acid, nitric acid, bromic acid (HBr), phosphoric acid (H 3 PO 4), perchloric acid (HClO 4), and a mixture thereof. preparing a fermentation solution including at least one of quinolinic acid and a salt thereof; removing microbial cells from the fermentation solution; preparing an acidic composition including at least one of quinolinic acid and a salt thereof at a saturation concentration or more by adding an acid to the fermentation solution from which the microbial cells were removed; and recovering crystals of the at least one of quinolinic acid and a salt thereof from the acidic composition, wherein the acidic composition has a pH of 1.0 to 2.5, and wherein the acid comprises at least one selected from sulfuric acid, hydrochloric acid, nitric acid, bromic acid (HBr), phosphoric acid (H 3 PO 4), perchloric acid (HClO 4), and a mixture thereof.
A system to automatically assess a confidence in a dynamic functional imaging acquisition based on a proposed diagnostic task or treatment decision, the system comprising a computer readable medium configured to receive dynamic functional imaging data, the computer readable medium comprising logic to: determine one or more imaging quality indicators relating to the imaging acquisition of the received imaging data based on one or more quantitative imaging quality factors corresponding to a confidence of the proposed diagnostic task or treatment decision, wherein the one or more quantitative imaging quality factors each comprise a quantitative assessment of at least one of the accuracy, location, and timing of the imaging acquisition, and wherein the one or more imaging quality indicators are generated by applying the one or more quantitative imaging quality factors to the received imaging data; and compare the one or more imaging quality indicators with one or more confidence benchmark values associated with the one or more quantitative imaging quality factors, wherein the confidence benchmark values depend upon the proposed diagnostic task or treatment decision, and determine a confidence value (220 or 224) indicative of the confidence to be placed in the imaging data for purposes of performing the proposed diagnostic task or making the proposed treatment decision. determine one or more imaging quality indicators relating to the imaging acquisition of the received imaging data based on one or more quantitative imaging quality factors corresponding to a confidence of the proposed diagnostic task or treatment decision, wherein the one or more quantitative imaging quality factors each comprise a quantitative assessment of at least one of the accuracy, location, and timing of the imaging acquisition, and wherein the one or more imaging quality indicators are generated by applying the one or more quantitative imaging quality factors to the received imaging data; and compare the one or more imaging quality indicators with one or more confidence benchmark values associated with the one or more quantitative imaging quality factors, wherein the confidence benchmark values depend upon the proposed diagnostic task or treatment decision, and determine a confidence value (220 or 224) indicative of the confidence to be placed in the imaging data for purposes of performing the proposed diagnostic task or making the proposed treatment decision.
Rotary interface element, comprising: a rotor, the rotation of which causes a control signal, the rotor comprising a rotor disc comprising a disc-shaped contact surface on which a user can press one or more fingers, • a stator, stationary with respect to the rotor, the stator comprising a disc shaped recess for the rotor disc, • radial rollers, disposed radially with respect to the rotor disc in housings (35, 37) under the rotor disc, having a cylindrical central body against which the rotor disc is resting, characterized in that: - the rotor further comprises a rotor shaft bound in rotation with the rotor disc which is flush with a surrounding surface in which the rotary interface element is implemented, - the stator comprises a bearing for the rotor shaft, the housings (35, 37) being made in the stator, - the radial rollers are resting against the side of the rotor disc opposite the contact surface, - the rotor comprises a bottom disc at the opposite end of the rotor shaft with respect to the rotor disc, bound in rotation with said rotor shaft and having haptic asperities on its outer rim, and the rotary interface element further comprises haptic fingers pressed against the haptic asperities so as to generate a haptic feedback when the rotor is set in rotational motion. a rotor, the rotation of which causes a control signal, the rotor comprising a rotor disc comprising a disc-shaped contact surface on which a user can press one or more fingers, • a stator, stationary with respect to the rotor, the stator comprising a disc shaped recess for the rotor disc, • radial rollers, disposed radially with respect to the rotor disc in housings (35, 37) under the rotor disc, having a cylindrical central body against which the rotor disc is resting, • a stator, stationary with respect to the rotor, the stator comprising a disc shaped recess for the rotor disc, • radial rollers, disposed radially with respect to the rotor disc in housings (35, 37) under the rotor disc, having a cylindrical central body against which the rotor disc is resting, - the rotor further comprises a rotor shaft bound in rotation with the rotor disc which is flush with a surrounding surface in which the rotary interface element is implemented, - the stator comprises a bearing for the rotor shaft, the housings (35, 37) being made in the stator, - the radial rollers are resting against the side of the rotor disc opposite the contact surface, - the rotor comprises a bottom disc at the opposite end of the rotor shaft with respect to the rotor disc, bound in rotation with said rotor shaft and having haptic asperities on its outer rim, and
Method for manufacturing structural layers for guiding a liquid flow in a porous substrate sheet having a thickness by flexo or gravure printing, characterized in that the structural layers (42a, 42b, 40) are formed by said printing using a printing solution, which penetrates into the substrate sheet and alters the properties of the substrate sheet in such a way that liquid flow is prevented in the area of the printed structural layers (42a, 42b, 40) and wherein the structural layers (42a, 42b, 46) extend over the entire thickness of the substrate sheet.
A method of initiating a Random Access communication; the method comprising: if a current active UpLink BandWidth Part, UL-BWP, of a User Equipment, UE, has valid Physical Random Access Channel, PRACH, resources, the UE sending a Random Access Preamble on said current active UL-BWP; and if the current active UL- BWP of the UE has no valid PRACH resources, the UE sending the Random Access Preamble on an initial UL-BWP; characterized by the method further comprising: the UE monitoring a Random Access Response, RAR, in an initial DownLink BandWidth Part, DL-BWP, whatever a current active DL-BWP of the UE is at a time the Random Access Preamble is sent. if a current active UpLink BandWidth Part, UL-BWP, of a User Equipment, UE, has valid Physical Random Access Channel, PRACH, resources, the UE sending a Random Access Preamble on said current active UL-BWP; and if the current active UL- BWP of the UE has no valid PRACH resources, the UE sending the Random Access Preamble on an initial UL-BWP; characterized by the method further comprising: the UE monitoring a Random Access Response, RAR, in an initial DownLink BandWidth Part, DL-BWP, whatever a current active DL-BWP of the UE is at a time the Random Access Preamble is sent.
Control device of a ship, wherein the ship has a first drive propeller and a second drive propeller, wherein the first drive propeller relates to a first POD drive and the second drive propeller relates to a second POD drive, wherein a course control device is provided, wherein the activation of an at least partially automated emergency stop is provided, wherein the emergency stop of the ship can be influenced by means of data of the course control device, characterized in that the data of the course control device are course data, wherein the course control device has an autopilot, wherein the course control device has a rudder control and/or a drive control, wherein, in the event of an emergency stop, a signal of the autopilot is overlaid on at least one signal of the rudder control and/or the drive control.
A mammography apparatus comprising: a radiation source adapted to emit radiation to mammae of a test subject; a support part adapted to support the radiation source to be rotatable around a first rotation axis and to move the radiation source to a plurality of imaging positions where incidence angles of the radiation to the mammae are different from each other; a protection member adapted to protect the test subject from the radiation emitted from the radiation source; and characterised by at least one pair of arms that is rotatably connected to the protection member at one end thereof, is rotatably connected to a stationary part that maintains a stationary state with respect to the rotation of the radiation source at the other end thereof, includes a bending part between the one end and the other end, and is rotatable around a second rotation axis that connects the one end and the other end. a radiation source adapted to emit radiation to mammae of a test subject; a support part adapted to support the radiation source to be rotatable around a first rotation axis and to move the radiation source to a plurality of imaging positions where incidence angles of the radiation to the mammae are different from each other; a protection member adapted to protect the test subject from the radiation emitted from the radiation source; and characterised by at least one pair of arms that is rotatably connected to the protection member at one end thereof, is rotatably connected to a stationary part that maintains a stationary state with respect to the rotation of the radiation source at the other end thereof, includes a bending part between the one end and the other end, and is rotatable around a second rotation axis that connects the one end and the other end.
A process for the recovery of glyoxylic acid from an aqueous solution comprising glyoxylic acid and oxalic acid, said process comprising the steps of: (i) providing an aqueous solution comprising glyoxylic acid and oxalic acid, (ii) precipitating at least a portion of the oxalic acid using low-temperature crystallization at a temperature of at most 18 °C, (iii) separating the precipitated oxalic acid from the solution to obtain a solution depleted in oxalic acid, (iv) concentrating the solution depleted in oxalic obtained in step (iii) using reverse osmosis, repeating steps (ii)-(iv) with the concentrated solution obtained in step (iv) until a purified glyoxylic acid stream with a predetermined degree of purity is obtained. (i) providing an aqueous solution comprising glyoxylic acid and oxalic acid, (ii) precipitating at least a portion of the oxalic acid using low-temperature crystallization at a temperature of at most 18 °C, (iii) separating the precipitated oxalic acid from the solution to obtain a solution depleted in oxalic acid, (iv) concentrating the solution depleted in oxalic obtained in step (iii) using reverse osmosis,
An assembly comprising: a first mold component defining a first portion of a mold cavity and a first slot (122, e.g., 122A) in a first surface of the first mold component, the first slot in the first surface of the first mold component corresponding to a first portion of a first retention channel; a second mold component defining a second portion of the mold cavity and a first slot in a first surface of the second mold component, the first slot in the first surface of the second mold component corresponding to a second portion of the first retention channel; and a first connector having a cross-sectional shape corresponding to a cross-sectional shape of the first retention channel which allows the first connector to slide into the first retention channel when the mold components and the first connector are at room temperature, the first connector comprising a first material having first thermal expansion characteristics, the first thermal expansion characteristics different from thermal expansion characteristics of materials of the first and second mold components such that when the first connector is inserted into the first retention channel, heating the first mold component, the second mold component, and the first connector causes differential thermal expansion resulting in a clamping force between the first mold component and the second mold component, the assembly being deprived of any threads or other connection mechanisms between the first connector and the first retention channel. a first mold component defining a first portion of a mold cavity and a first slot (122, e.g., 122A) in a first surface of the first mold component, the first slot in the first surface of the first mold component corresponding to a first portion of a first retention channel; a second mold component defining a second portion of the mold cavity and a first slot in a first surface of the second mold component, the first slot in the first surface of the second mold component corresponding to a second portion of the first retention channel; and a first connector having a cross-sectional shape corresponding to a cross-sectional shape of the first retention channel which allows the first connector to slide into the first retention channel when the mold components and the first connector are at room temperature, the first connector comprising a first material having first thermal expansion characteristics, the first thermal expansion characteristics different from thermal expansion characteristics of materials of the first and second mold components such that when the first connector is inserted into the first retention channel, heating the first mold component, the second mold component, and the first connector causes differential thermal expansion resulting in a clamping force between the first mold component and the second mold component, the assembly being deprived of any threads or other connection mechanisms between the first connector and the first retention channel.
A tool holder comprising: a main body having a holder head extending away from a holder shank of the tool holder, the holder head having an insert receiving pocket at a forward end thereof, with a pocket support surface; a clamping member retained in the holder head, the clamping member comprising a clamping shaft longitudinally extending along a shaft axis; and a locking member operatively engaging an abutment surface of the clamping shaft, wherein the tool holder is configured to direct a clamping force (f) towards, and clamp a cutting insert against, the pocket support surface, wherein the shaft axis does not intersect the pocket support surface, and wherein the clamping shaft is slidably retained in a clamping bore in the holder head, and the clamping bore extends along a clamping axis coaxial with the shaft axis; characterized in that the clamping bore has a non-circular shape corresponding to the shape of the clamping shaft in a cross-section taken perpendicular to the clamping axis and the shaft axis. a main body having a holder head extending away from a holder shank of the tool holder, the holder head having an insert receiving pocket at a forward end thereof, with a pocket support surface; a clamping member retained in the holder head, the clamping member comprising a clamping shaft longitudinally extending along a shaft axis; and a locking member operatively engaging an abutment surface of the clamping shaft, wherein the tool holder is configured to direct a clamping force (f) towards, and clamp a cutting insert against, the pocket support surface, wherein the shaft axis does not intersect the pocket support surface, and wherein the clamping shaft is slidably retained in a clamping bore in the holder head, and the clamping bore extends along a clamping axis coaxial with the shaft axis; characterized in that the clamping bore has a non-circular shape corresponding to the shape of the clamping shaft in a cross-section taken perpendicular to the clamping axis and the shaft axis.
A process for preparing a compound of the formula: or salt thereof, comprising the steps of: i. combining dibenzylamine and a compound of the formula: then adding a base to produce a compound of the formula: ii. taking trimethylsulfuxonium halide in the presence of a base and combining with a solution of the compound resulting from step (i) and heating to above 40°C to produce a compound of the formula: and iii. deprotecting the compound resulting from step (ii). i. combining dibenzylamine and a compound of the formula: then adding a base to produce a compound of the formula: ii. taking trimethylsulfuxonium halide in the presence of a base and combining with a solution of the compound resulting from step (i) and heating to above 40°C to produce a compound of the formula: and iii. deprotecting the compound resulting from step (ii).