mhurhangee/ep-ind-claims huggingface dataset:
Method for generating at least one combination image dataset, with the steps: - Recording of a first image dataset with a first turbo spin echo sequence, wherein the echo signals are placed so that the spins of two spin species in the region to be examined are in-phase, - Recording of a second image dataset with a second turbo spin echo sequence (32, 33), wherein the echo signals (14, 16) are placed so that the spins of two spin species in the region to be examined are opposed phase, - Combination of the first image dataset and the second image dataset into a combination image, wherein the turbo spin echo sequences each have an echo time which is defined as the time between the excitation pulse and the first spin echo, and wherein the turbo spin echo sequences each have an interecho time, which is defined as the time between two spin echos in an echo train, characterised in that - the echo time and/or the interecho time is smaller during the first turbo spin echo sequence than during the second turbo spin echo sequence (32, 33). - Recording of a first image dataset with a first turbo spin echo sequence, wherein the echo signals are placed so that the spins of two spin species in the region to be examined are in-phase, - Recording of a second image dataset with a second turbo spin echo sequence (32, 33), wherein the echo signals (14, 16) are placed so that the spins of two spin species in the region to be examined are opposed phase, - Combination of the first image dataset and the second image dataset into a combination image, wherein the turbo spin echo sequences each have an echo time which is defined as the time between the excitation pulse and the first spin echo, and wherein the turbo spin echo sequences each have an interecho time, which is defined as the time between two spin echos in an echo train, - the echo time and/or the interecho time is smaller during the first turbo spin echo sequence than during the second turbo spin echo sequence (32, 33).
Spring-loaded locking bolt (1, 1') consisting of a guide sleeve (30, 40) which can be screwed into an assigned bore in a machine part or furniture part and an adjusting pin (20, 20') mounted in the guide sleeve (30, 40) to be axially displaceable and which can be brought into at least two locking positions in the guide sleeve (30, 40) which can be moved from a blocking position projecting axially from the guide sleeve (30, 40) counter to the adjusting force of an axial compression spring (6, 6') into a retracted neutral position not projecting axially from the guide sleeve (30, 40), and which has a tip-side locking end and an oppositely arranged actuating end (22, 22') in connection with an actuating button (10, 10', 10", 10′′′, 60, 68), wherein the actuating button (10, 10') has an outer sleeve (12, 12', 12", 12′′′, 62) with which the actuating button (10, 10', 10", 10′′′, 60) is mounted to be axially displaceable on a sleeve section (33, 43, 43', 43") of the guide sleeve (30, 40), wherein the actuating button (10, 10', 10", 10′′′) comprises at least one inner-side locking projection (15, 15a, 15b, 58, 58', 61, 70) which engages in locking manner in a corresponding recess (39, 39', 59, 59', 72) in the side wall of the sleeve section (33, 43) of the guide sleeve (30, 40) in the blocking position and fixes the actuating button (10, 10') inserted under spring force to be resistant to rotation with respect to axial rotation about the centre axis of the locking bolt (1, 1') and in the neutral position, the rotation-resistant fixed position of the locking projection (15, 15a, 15b, 58, 58', 61, 70) is cancelled and the actuating button (10, 10') can be rotated about the centre axis, characterised in that the guide sleeve is divided into at least two and consists of a plug-in sleeve and a rotatable receiving sleeve placed on the plug-in sleeve.
Turbine blade (120, 130) for a gas turbine, comprising a securing region and a platform region that adjoins the securing region and comprises a platform on which a blade airfoil with a profiled cross section and with a pressure-side wall and a suction-side wall is arranged, wherein the outer sides of the pressure-side wall and/or the suction-side wall each merge into the platform surface via an outer rounded section, comprising at least one cavity which is arranged in the blade airfoil and extends into the platform region and in which at least one rib connecting the pressure-side wall to the suction-side wall is provided, said rib extending along a longitudinal direction of the blade airfoil, subdividing the cavity, characterized in that at least one slot is introduced into the rib in the platform region, passing through said rib and being arranged in the longitudinal direction.
Card reader comprising a package formed of at least one first package portion connected to a second package portion, a display screen, a keyboard having keys, the first package portion comprising openings for the display screen and the keys, the package containing a printed circuit attached to the second package portion and a device for detecting the substitution of the first package portion, said device being characterized in that it comprises: a first integrated circuit attached to the first package portion; and a second integrated circuit attached to the printed circuit and capable of transmitting to the first integrated circuit successive random or pseudo-random digital signals, the first integrated circuit being capable of sending back to the second integrated circuit, for each digital signal, a first signature encrypted based on said digital signal, the second integrated circuit being capable of determining a second signature encrypted (S') based on said digital signal and of detecting a substitution of the first package portion if the first and second encrypted signatures are different. a first integrated circuit attached to the first package portion; and a second integrated circuit attached to the printed circuit and capable of transmitting to the first integrated circuit successive random or pseudo-random digital signals, the first integrated circuit being capable of sending back to the second integrated circuit, for each digital signal, a first signature encrypted based on said digital signal, the second integrated circuit being capable of determining a second signature encrypted (S') based on said digital signal and of detecting a substitution of the first package portion if the first and second encrypted signatures are different.
An alarm notification system comprising: a first central server; a first remote alarm of a one or more remote alarms (20a, 20b, 22a, 22b); and a first device (30, 32, 34); the first central server configured to monitor the status of the one or more remote alarms, and in the event of the status of the first remote alarm changing, generating an alert to send to the first remote device; the first central server further configured to determine if the first remote device is connected to the alarm notification system by a persistent connection, and in the event that the first remote device is connected by the persistent connection sending an alarm notification message via the persistent connection to the first remote device; and in the event that the first remote device is not connected by a persistent connection sending the alarm notification message via a push notification service to the first remote device; wherein the alarm notification message comprises a selectable portion, wherein the selection of the selectable portion by a user of the first remote device is indicative of the user having received and reviewed the alarm notification message; and wherein the selection of the selectable portion results in the generation of a response message, said response message being sent to the first central server and indicative of the message having been reviewed. a first central server; a first remote alarm of a one or more remote alarms (20a, 20b, 22a, 22b); and a first device (30, 32, 34);
A slide component which includes a circular ring-shaped stationary-side seal ring fixed to a stationary side and a circular ring-shaped rotating-side seal ring rotating with a rotating shaft, and relatively rotates respective opposed sliding faces of the stationary-side seal ring and the rotating-side seal ring, for sealing a sealed fluid containing silicate present on one side in a radial direction of the sliding faces relatively rotating and sliding, characterized in that: at least either one of the sliding faces of the stationary-side seal ring and the rotating-side seal ring is laminated with an amorphous carbon film formed by using hydrocarbon gas not containing organosilicon compound gas in a plasma CVD method such that the content of silicon discharged from a base material as the out gas by plasma treatment and contained in the amorphous carbon film is 0.34 at% or less.
A display method, applied to an electronic equipment comprising a display assembly, wherein the display assembly is configured to display a content comprising a background and an object for reading located on the background, characterized in that the method comprises: differentiating grayscales of background pixels of the background, by: in response to a number of the background pixels with identical grayscales being no less than a set number threshold, performing randomization processing on the background pixels with identical grayscales, acquiring background pixels with differentiated grayscales, rendering the grayscales of the background pixels different from each other; and displaying the background based on the background pixels with differentiated grayscales, and displaying the object for reading. differentiating grayscales of background pixels of the background, by: in response to a number of the background pixels with identical grayscales being no less than a set number threshold, performing randomization processing on the background pixels with identical grayscales, acquiring background pixels with differentiated grayscales, rendering the grayscales of the background pixels different from each other; and displaying the background based on the background pixels with differentiated grayscales, and displaying the object for reading.
A transformable toy, comprising: a first rotary member and a second rotary member, wherein the first and second rotary members (12, 14) are rotatable relative to one another between a first rotary position and a second rotary position; a projection member that is rotationally fixed to the first rotary member, and is movable between a retracted position and an extended position relative to the first rotary member; and a helical guide that is connected to one of the second rotary member and the projection member, and a helical guide follower that is connected to the other of the second rotary member and the projection member, wherein relative rotation between the first rotary member and the second rotary member between the first and second rotary positions drives relative rotation between the helical guide and the helical guide follower, which in turn drives the projection member to move between the retracted and extended positions. a first rotary member and a second rotary member, wherein the first and second rotary members (12, 14) are rotatable relative to one another between a first rotary position and a second rotary position; a projection member that is rotationally fixed to the first rotary member, and is movable between a retracted position and an extended position relative to the first rotary member; and a helical guide that is connected to one of the second rotary member and the projection member, and a helical guide follower that is connected to the other of the second rotary member and the projection member, wherein relative rotation between the first rotary member and the second rotary member between the first and second rotary positions drives relative rotation between the helical guide and the helical guide follower, which in turn drives the projection member to move between the retracted and extended positions.
A computer-implemented method for classifying, on a radar plot level, an aerial object (102, 106) represented on a digital radar image (103, 202), said aerial object (102, 106) being an aerial object that may pose a risk for others such as, for example, for air traffic, said method comprising: receiving at least one digital radar image (103, 202) originating from a radar system, said at least one digital radar image (103, 202) having a total area formed by individual pixels, said at least one digital radar image (103, 202) comprising a radar plot of said aerial object (102, 106), selecting a sub-area (104, 208) of said total area, said sub-area (104, 208) comprising said radar plot of said aerial object (102, 106), and subjecting said sub-area (104, 208) comprising said radar plot to a deep learning model for determining whether said radar plot represents an aerial object belonging to one class of aerial objects. receiving at least one digital radar image (103, 202) originating from a radar system, said at least one digital radar image (103, 202) having a total area formed by individual pixels, said at least one digital radar image (103, 202) comprising a radar plot of said aerial object (102, 106), selecting a sub-area (104, 208) of said total area, said sub-area (104, 208) comprising said radar plot of said aerial object (102, 106), and subjecting said sub-area (104, 208) comprising said radar plot to a deep learning model for determining whether said radar plot represents an aerial object belonging to one class of aerial objects.
A cold cathode ionization gauge, comprising: an anode; a cathode, which has a tubular shape, and is arranged to surround the anode; a seal mounted at one end of the cathode for sealing the one end of the cathode, whereby the anode passes through the seal while being fixed thereto in an airtight manner; a first member is positioned between an open end of the cathode different from the one end of the cathode and the seal, which faces the seal inside the cathode, and has a through hole formed therein, characterized in that; a partition for partitioning a space surrounded by the cathode, the seal, and the first member into a first space positioned on the side of the first member and a second space positioned on the side of the seal, where the partition is arranged between the first space and the second space; and a light source, which is arranged in the partition, and is configured to emit an electromagnetic wave, wherein the partition comprises a second member positioned between the seal and the first member, and a third member arranged on the second member in the first space side, wherein at least part of the light source is located between the second member and the third member, wherein a gap is formed between at least part of an outer peripheral portion of the third member and the cathode to allow electromagnetic waves to be introduced into the first space through the gap, wherein the first member is placed between the second member and the open end of the cathode. an anode; a cathode, which has a tubular shape, and is arranged to surround the anode; a seal mounted at one end of the cathode for sealing the one end of the cathode, whereby the anode passes through the seal while being fixed thereto in an airtight manner; a first member is positioned between an open end of the cathode different from the one end of the cathode and the seal, which faces the seal inside the cathode, and has a through hole formed therein, characterized in that; a partition for partitioning a space surrounded by the cathode, the seal, and the first member into a first space positioned on the side of the first member and a second space positioned on the side of the seal, where the partition is arranged between the first space and the second space; and a light source, which is arranged in the partition, and is configured to emit an electromagnetic wave, wherein the partition comprises a second member positioned between the seal and the first member, and a third member arranged on the second member in the first space side, wherein at least part of the light source is located between the second member and the third member, wherein a gap is formed between at least part of an outer peripheral portion of the third member and the cathode to allow electromagnetic waves to be introduced into the first space through the gap, wherein the first member is placed between the second member and the open end of the cathode.
A method for providing a secure Fine Timing Measurement, FTM, exchange between two wireless transceivers (102, 104), said exchange including a FTM request message and a plurality of FTM messages, said method comprising: transmitting a protected FTM range request message with a Dialog token of a FTM frame; receiving a protected FTM range report message from a station, wherein the protected FTM range report message includes FTM information; and authenticating the station based at least in part on the FTM information included in the protected FTM range report message wherein the protected FTM range request message and the protected FTM range report message include one or more encrypted elements, and said FTM request message and said plurality of FTM messages are public action frames. transmitting a protected FTM range request message with a Dialog token of a FTM frame; receiving a protected FTM range report message from a station, wherein the protected FTM range report message includes FTM information; and authenticating the station based at least in part on the FTM information included in the protected FTM range report message wherein the protected FTM range request message and the protected FTM range report message include one or more encrypted elements, and said FTM request message and said plurality of FTM messages are public action frames.
A pressurized container usable for an aerosol dispenser, said container comprising: an outer container having an opening for receiving a valve cup; a valve cup sealed to said opening of said outer container and having a hole therethrough for receiving a valve assembly therein; an empty product delivery device for holding product and being in fluid communication with a valve assembly, said empty product delivery device being disposed intermediate said valve cup and said outer container; said valve assembly being disposed within said valve cup, said valve assembly selectively providing a flow path to ambient for a product to be charged into said empty product delivery device; and a propellant disposed within said outer container and between said outer container and said empty product delivery device, said propellant being at a pressure greater than atmospheric pressure, whereby the pressure between said empty product delivery device and said outer container is greater than the pressure inside said empty product delivery device, characterized in that said empty product delivery device is sealed and joined to said valve cup. an outer container having an opening for receiving a valve cup; a valve cup sealed to said opening of said outer container and having a hole therethrough for receiving a valve assembly therein; an empty product delivery device for holding product and being in fluid communication with a valve assembly, said empty product delivery device being disposed intermediate said valve cup and said outer container; said valve assembly being disposed within said valve cup, said valve assembly selectively providing a flow path to ambient for a product to be charged into said empty product delivery device; and a propellant disposed within said outer container and between said outer container and said empty product delivery device, said propellant being at a pressure greater than atmospheric pressure, whereby the pressure between said empty product delivery device and said outer container is greater than the pressure inside said empty product delivery device, characterized in that said empty product delivery device is sealed and joined to said valve cup.
A non-transitory computer-readable medium comprising computer-executable instructions that when executed by a processor are configured to perform at least: receiving data corresponding to a biological feature present in radiological image data; determining a dimensional property of the feature; identifying one or more elements from the image data corresponding to a plurality of radiopaque, concentric-circle elements of a blood vessel sizing device positioned on an area of skin of a patient; identifying a dimensional property for each of the identified one or more elements; determining a longest axis of the identified elements; comparing the determined dimensional property to the identified one or more elements, along the determined longest axis; and converting the determined dimensional property into a true dimension value for communication to a user. receiving data corresponding to a biological feature present in radiological image data; determining a dimensional property of the feature; identifying one or more elements from the image data corresponding to a plurality of radiopaque, concentric-circle elements of a blood vessel sizing device positioned on an area of skin of a patient; identifying a dimensional property for each of the identified one or more elements; determining a longest axis of the identified elements; comparing the determined dimensional property to the identified one or more elements, along the determined longest axis; and converting the determined dimensional property into a true dimension value for communication to a user.
An extension for a fan blade, comprising: (a) an attachment member having a proximal end and a distal end, and (b) an angled member having a proximal end and a distal end connected to the attachment member, the proximal end of the angled member connected to the distal end of the attachment member through formation of the attachment member and the angled member as a unitary construction such that the attachment member and the angled member together form a homogenous continuum of material, wherein upper and lower surfaces of the attachment member include features configured to engage bosses inside the fan blade first end, wherein the attachment member is configured to substantially engage a fan blade first end, wherein the fan blade is configured to be mounted to a fan hub at a second end of the fan blade, the second end being opposite the first end, and wherein the angled member includes a cross section form, characterised in that the angled member extends from the attachment member at a non-perpendicular, non-parallel angle relative to the fan blade. (a) an attachment member having a proximal end and a distal end, and (b) an angled member having a proximal end and a distal end connected to the attachment member, the proximal end of the angled member connected to the distal end of the attachment member through formation of the attachment member and the angled member as a unitary construction such that the attachment member and the angled member together form a homogenous continuum of material, wherein upper and lower surfaces of the attachment member include features configured to engage bosses inside the fan blade first end, wherein the attachment member is configured to substantially engage a fan blade first end, wherein the fan blade is configured to be mounted to a fan hub at a second end of the fan blade, the second end being opposite the first end, and wherein the angled member includes a cross section form, characterised in that the angled member extends from the attachment member at a non-perpendicular, non-parallel angle relative to the fan blade.