mhurhangee/ep-ind-claims huggingface dataset:
A system for constructing fluoroscopic-based three dimensional volumetric data from two dimensional fluoroscopic images, comprising: a computing device configured to facilitate navigation of a medical device (32, 44) to a target area within a patient; and a fluoroscopic imaging device rotatable about the target area and configured to acquire a fluoroscopic video of the target area comprising frames of the target area, the frames being the said two dimensional fluoroscopic images, the frames being captured during at least 30 degrees of rotation of the imaging device about the target area; wherein the computing device is further configured to: determine (309, 311; 411-417; 513, 515) a pose of the fluoroscopic imaging device for each frame of the fluoroscopic video; construct (313, 419, 517), from the video and the pose determined for each frame of the video, fluoroscopic-based three dimensional volumetric data of the target area using a fast iterative three dimensional construction algorithm; crop a region of interest from the fluoroscopic-based three dimensional volumetric data; project the cropped region of interest onto the captured frames; and sharpen or intensify at least one of the region of interest or the captured frame to identify soft tissue objects. a computing device configured to facilitate navigation of a medical device (32, 44) to a target area within a patient; and a fluoroscopic imaging device rotatable about the target area and configured to acquire a fluoroscopic video of the target area comprising frames of the target area, the frames being the said two dimensional fluoroscopic images, the frames being captured during at least 30 degrees of rotation of the imaging device about the target area; wherein the computing device is further configured to: determine (309, 311; 411-417; 513, 515) a pose of the fluoroscopic imaging device for each frame of the fluoroscopic video; construct (313, 419, 517), from the video and the pose determined for each frame of the video, fluoroscopic-based three dimensional volumetric data of the target area using a fast iterative three dimensional construction algorithm; crop a region of interest from the fluoroscopic-based three dimensional volumetric data; project the cropped region of interest onto the captured frames; and sharpen or intensify at least one of the region of interest or the captured frame to identify soft tissue objects.
The compound 3'-[ -[1-(3,4-dimethylphenyl)-1,5-dihydro-3-methyl-5-oxo-4H-pyrazol-4-ylidene]hydrazino]-2'-hydroxy-[1,1'-biphenyl]-3-carboxylic acid, or a pharmaceutically acceptable salt thereof, for use in the treatment of thrombocytopenia in a human in need thereof which comprises administering a high dose of the compound, wherein the high dose of the compound, or pharmaceutically acceptable salt thereof, is an amount ranging from about 125mg to about 400mg administered per day for at least 1 day.
An electrode assembly for a lithium secondary battery comprising: a plurality of negative electrodes having a negative electrode mixture (13a, 13b) laminated on both sides of a negative electrode current collector; a plurality of positive electrodes having a positive electrode mixture (23a, 23b) laminated on both sides of a positive electrode current collector; and a separator provided between the negative electrode and the positive electrode, wherein the negative electrodes or positive electrodes are successively stacked on the separator, wherein the negative electrode mixture is a lithium metal sheet, wherein the negative electrode current collector has an area of from 95% to 97% with respect to the area of the lithium negative electrode mixture, wherein the area of the negative electrode current collector refers to the area of a horizontal surface that is in contact with the lithium negative electrode mixture, and wherein the lithium metal sheets laminated on both sides of the negative electrode current collector adjoin each other, except for the region corresponding to the negative electrode current collector, to form a sealed structure which encases the negative electrode current collector. a plurality of negative electrodes having a negative electrode mixture (13a, 13b) laminated on both sides of a negative electrode current collector; a plurality of positive electrodes having a positive electrode mixture (23a, 23b) laminated on both sides of a positive electrode current collector; and a separator provided between the negative electrode and the positive electrode, wherein the negative electrodes or positive electrodes are successively stacked on the separator, wherein the negative electrode mixture is a lithium metal sheet, wherein the negative electrode current collector has an area of from 95% to 97% with respect to the area of the lithium negative electrode mixture, wherein the area of the negative electrode current collector refers to the area of a horizontal surface that is in contact with the lithium negative electrode mixture, and wherein the lithium metal sheets laminated on both sides of the negative electrode current collector adjoin each other, except for the region corresponding to the negative electrode current collector, to form a sealed structure which encases the negative electrode current collector.
Method for producing a pipe (10, 70), in particular a brake pipe or fuel pipe for a motor vehicle, provided with a flange (40, 40a), comprising the following method steps: providing a pipe (10, 70) comprising an inner pipe extending in an axial direction (x), a coating surrounding the inner pipe, and an end portion terminating at an end face; decoating the end portion along a first decoating portion such that the surface of the end portion in the region of the first decoating portion generates a first coefficient of friction (μ 1); decoating the end portion along at least a second decoating portion such that the surface of the end portion in the region of the second decoating portion generates a second coefficient of friction (μ 2) which is lower than the first coefficient of friction (μ 1); shaping the end section to form a flange (40, 40a) which has an end sealing surface (41, 41a) and a contact surface (42, 42a) facing away from the sealing surface (41, 41a), in such a way that the first decoating portion forms the sealing surface (41, 41a) and the second decoating portion forms the contact surface (42, 42a); wherein the coating is provided with at least one depression (x T) in the region of the first decoating portion and/or the second decoating portion. providing a pipe (10, 70) comprising an inner pipe extending in an axial direction (x), a coating surrounding the inner pipe, and an end portion terminating at an end face; decoating the end portion along a first decoating portion such that the surface of the end portion in the region of the first decoating portion generates a first coefficient of friction (μ 1); decoating the end portion along at least a second decoating portion such that the surface of the end portion in the region of the second decoating portion generates a second coefficient of friction (μ 2) which is lower than the first coefficient of friction (μ 1); shaping the end section to form a flange (40, 40a) which has an end sealing surface (41, 41a) and a contact surface (42, 42a) facing away from the sealing surface (41, 41a), in such a way that the first decoating portion forms the sealing surface (41, 41a) and the second decoating portion forms the contact surface (42, 42a); wherein the coating is provided with at least one depression (x T) in the region of the first decoating portion and/or the second decoating portion.
A node for use in a telecommunication network and comprising: a service session handler configured to establish and control service sessions on behalf of end users served by the telecommunications network; a charging generation point configured to generate charging data for established sessions involving served users as originating users and to report that charging data to a network charging system; a signalling message handler configured to receive in respect of a given service session between an originating and a terminating user, a Session Initiation Protocol SIP signalling message sent by or on behalf of the terminating user, the SIP signalling message containing cost apportionment data initiating apportioning costs between the originating and terminating users for the given service session, the signalling message handler being configured to pass that cost apportionment data to the charging generation point, the charging generation point being further configured to apply the cost apportionment data to the generation of charging data so that the charging data reflects the required cost apportionment wherein said telecommunication network is an IMS network with which said served users are registered, and said signalling message handler is a SIP message handler for receiving, in respect of the given service session between the originating and the terminating user, the SIP signalling message sent by an IMS network in which the terminating user is registered or sent on behalf of a non IMS terminating user. a service session handler configured to establish and control service sessions on behalf of end users served by the telecommunications network; a charging generation point configured to generate charging data for established sessions involving served users as originating users and to report that charging data to a network charging system; a signalling message handler configured to receive in respect of a given service session between an originating and a terminating user, a Session Initiation Protocol SIP signalling message sent by or on behalf of the terminating user, the SIP signalling message containing cost apportionment data initiating apportioning costs between the originating and terminating users for the given service session, the signalling message handler being configured to pass that cost apportionment data to the charging generation point, the charging generation point being further configured to apply the cost apportionment data to the generation of charging data so that the charging data reflects the required cost apportionment wherein said telecommunication network is an IMS network with which said served users are registered, and said signalling message handler is a SIP message handler for receiving, in respect of the given service session between the originating and the terminating user, the SIP signalling message sent by an IMS network in which the terminating user is registered or sent on behalf of a non IMS terminating user.
Method for cutting out objects from an at least partially two-layer material web using a cutting device, wherein the at least two material layers are partially connected to one another in the form of lines, strips and/or surfaces at least in peripheral regions of the object to be cut out, wherein initially data that are associated with the location of the object in the material web are determined contact free, these data are associated with the coordinates of a cutting device as the cutting coordinates and wherein the respective object is cut out based on the cutting coordinates using the cutting device, characterized in that the position of the respective object to be cut out is detected contact free based on structural changes in the material, which are part of the object, which arise based on those areas in the material web that are bonded to each other in the shape of lines, strips and/or an area, wherein the detection of the position of the object in the material web is carried out at least based on beforehand specified and stored distinct, spaced apart geometrical partial shapes of the areas of the object that are bonded to each other in the shape of lines, strips and/or an area.
Secondary air device for an exhaust gas line of a furnace, comprising a secondary air intake nozzle which can be connected to the exhaust gas line and has a secondary air intake and a flap assigned to the secondary air intake as a variable closure element, the flap having flap sides (28, 30), which face in the opposite direction to one another, and being designed to adjust the opening width of the secondary air intake according to the difference between the pressures on the flap sides (28, 30), which face in opposite directions, the secondary air intake nozzle comprising a secondary air intake chamber region at the outer end thereof, which region is adjacent to the outside of the secondary air intake and is in communication with the external environment of the secondary air device in order to take in secondary air, and the secondary air intake chamber region being joined to the outer end face of the secondary air intake nozzle, characterised in that the secondary air device comprises a Venturi flow passage which is located outside the secondary air intake chamber region and has a passage inlet which is open to the external environment of the secondary air device, a passage outlet and a narrow point between the passage inlet and the passage outlet, the Venturi flow passage being connected at the narrow point thereof to the secondary air intake chamber region via at least one communication opening.
A washing and/or drying machine for textiles, comprising: a casing defining a front panel, an upper panel, two side panels, and a rear panel, and containing a compartment for treating fabrics accessible through an opening of the casing provided with a door; a light emitting element protected by a cover transparent or translucent to light, closing an opening of said panels, said light emitting element being configured for emitting light indicative of an operating status of the machine to the outside of the casing, said cover being integrated at least in the front panel; said cover comprises a first portion integrated in the upper panel of the casing, so that the light emitted to an upper part of the casing by the light emitting element is visible from any position around the machine by a person having a height greater than that of the casing and from an aerial view, characterized in that said cover further comprises a second portion, which allows viewing a part of the light emitted by the light emitting element from one side, integrated in at least one of the side panels; and a third portion integrated in the front panel; and in that the light emitting element includes at least one light emitting element connected to an electronic control board and arranged facing the first, second and third portions (22, 26, 27) of the cover. a casing defining a front panel, an upper panel, two side panels, and a rear panel, and containing a compartment for treating fabrics accessible through an opening of the casing provided with a door; a light emitting element protected by a cover transparent or translucent to light, closing an opening of said panels, said light emitting element being configured for emitting light indicative of an operating status of the machine to the outside of the casing, said cover being integrated at least in the front panel; said cover comprises a first portion integrated in the upper panel of the casing, so that the light emitted to an upper part of the casing by the light emitting element is visible from any position around the machine by a person having a height greater than that of the casing and from an aerial view, characterized in that said cover further comprises a second portion, which allows viewing a part of the light emitted by the light emitting element from one side, integrated in at least one of the side panels; and a third portion integrated in the front panel; and in that the light emitting element includes at least one light emitting element connected to an electronic control board and arranged facing the first, second and third portions (22, 26, 27) of the cover.
Operator control device for onboard electronics in a motor vehicle, having an operator control unit and a slot, wherein the operator control unit can be arranged in the slot in a docking station that is situated in the interior of the motor vehicle and that is firmly arranged on a center console or on a dashboard of the motor vehicle, and having an interface between the operator control unit and the docking station for the data interchange of information, wherein the operator control unit has an operator control panel having a plurality of manually operable operator control elements and wherein when one of the operator control elements is operated the slot with the operator control unit held therein can be driven moveably by one or more actuators in an alternating rhythm associated with the respectively operated operator control element.
A method for producing mechanical work, which includes swirling of a pre-compressed working medium, its expansion in an actuating device to produce mechanical work in the form of rotation of the shaft, and discharge of the working medium from said device characterised in that the working medium is swirled along a spatial trajectory formed by a linear bushing with several channels in its body, each representing a conical spiral with two breakpoints, the form of each of the channels being described by a piecewise smooth curve composed of three parts each described with following canonical parametric equations: 1 st part: a segment of the conical spiral (0<t<tl) f 1 ̅ t = x e ̅ 1 + y e ̅ 2 + z e ̅ 3, and x=at cos t, y=at sin t, z=bt, where: e 1, e 2, e 3 are basis vectors, x,y,z, t are temporaries, a,b are constants chosen for maximum efficiency and tl,t2 are conical spiral breakpoints 2 nd part: a segment of a straight line between inflection points (t1≤t≤t2): f 2 ̅ t = f 1 ̅ t 1 + t − t 1 t 2 − t 1 × f 1 ̅ t 2 − f 1 ̅ t 1 3rd part: a segment of the conical spiral (t>t2) with the equation same as. 1 st part: a segment of the conical spiral (0<t<tl) f 1 ̅ t = x e ̅ 1 + y e ̅ 2 + z e ̅ 3, and x=at cos t, y=at sin t, z=bt, where: e 1, e 2, e 3 are basis vectors, x,y,z, t are temporaries, a,b are constants chosen for maximum efficiency and tl,t2 are conical spiral breakpoints and x=at cos t, y=at sin t, z=bt, where: e 1, e 2, e 3 are basis vectors, x,y,z, t are temporaries, a,b are constants chosen for maximum efficiency and tl,t2 are conical spiral breakpoints 2 nd part: a segment of a straight line between inflection points (t1≤t≤t2): f 2 ̅ t = f 1 ̅ t 1 + t − t 1 t 2 − t 1 × f 1 ̅ t 2 − f 1 ̅ t 1 3rd part: a segment of the conical spiral (t>t2) with the equation same as.
A method for gathering time-variable data from electronic slave devices in data communication through a data transmission channel with an electronic master device, wherein: - the slave devices periodically measure and store a current value of at least one respective time-variable parameter (P1(t),... Pn(t)); - the master device sends a freeze command to the slave devices; - upon receipt of the freeze command from the master device, the slave devices freeze the last measured current value of the at least one time-variable parameter; - during a data-gathering time interval following sending of the freeze command, the master device gathers the frozen current values from the slave devices. - the slave devices periodically measure and store a current value of at least one respective time-variable parameter (P1(t),... Pn(t)); - the master device sends a freeze command to the slave devices; - upon receipt of the freeze command from the master device, the slave devices freeze the last measured current value of the at least one time-variable parameter; - during a data-gathering time interval following sending of the freeze command, the master device gathers the frozen current values from the slave devices.
A developer storage body comprising: a first storage member including a first opening and a first flange provided along an outer periphery of the first opening; a second storage member including a second opening and a second flange provided along an outer periphery of the second opening so that the second flange faces the first flange; a frame including a third flange sandwiched by the first flange and the second flange; and a resiliently deformable partition member including a peripheral end portion fixed to the frame, wherein the frame has a harder hardness than the partition member, and the partition member and the first storage member form a first space portion therebetween, and the partition member and the second storage member form a second space portion therebetween, wherein the frame has a framework structure comprising: an outer frame, the third flange provided along an outer periphery of the outer frame, a beam extending in a widthwise direction so as to cross a space surrounded by the outer frame, a first rib connecting an upper part of the outer frame to the beam, and a second rib connecting a lower part of the outer frame to the beam; wherein the second rib is separated from an inner surface of the second storage member. a first storage member including a first opening and a first flange provided along an outer periphery of the first opening; a second storage member including a second opening and a second flange provided along an outer periphery of the second opening so that the second flange faces the first flange; a frame including a third flange sandwiched by the first flange and the second flange; and a resiliently deformable partition member including a peripheral end portion fixed to the frame, wherein the frame has a harder hardness than the partition member, and the partition member and the first storage member form a first space portion therebetween, and the partition member and the second storage member form a second space portion therebetween, wherein the frame has a framework structure comprising: an outer frame, the third flange provided along an outer periphery of the outer frame, a beam extending in a widthwise direction so as to cross a space surrounded by the outer frame, a first rib connecting an upper part of the outer frame to the beam, and a second rib connecting a lower part of the outer frame to the beam; an outer frame, the third flange provided along an outer periphery of the outer frame, a beam extending in a widthwise direction so as to cross a space surrounded by the outer frame, a first rib connecting an upper part of the outer frame to the beam, and a second rib connecting a lower part of the outer frame to the beam; wherein the second rib is separated from an inner surface of the second storage member.
A suspension controlling apparatus for a vehicle, comprising: a suspension (22F, 22R) whose damping force is variably settable; and a control unit capable of controlling the damping force of the suspension (22F, 22R) on the basis of a target damping force; the control unit including acceleration calculation means for calculating an acceleration in a forward and rearward direction of the vehicle on the basis of an operation input amount to the vehicle and target damping force setting means for determining the target damping force on the basis of a damping force map determined in advance in response to the acceleration and a differentiation value of the acceleration, wherein a variation amount limit value for limiting a variation amount of the target damping force is set in advance in the control unit. a suspension (22F, 22R) whose damping force is variably settable; and a control unit capable of controlling the damping force of the suspension (22F, 22R) on the basis of a target damping force; the control unit including acceleration calculation means for calculating an acceleration in a forward and rearward direction of the vehicle on the basis of an operation input amount to the vehicle and target damping force setting means for determining the target damping force on the basis of a damping force map determined in advance in response to the acceleration and a differentiation value of the acceleration, wherein a variation amount limit value for limiting a variation amount of the target damping force is set in advance in the control unit.