mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory program storage device readable by a computer, tangibly embodying a program of instructions executed by the computer causing the computer to perfom a method for real-time collimation and ROI-filter positioning in X-ray imaging in interventional procedures, the method comprising the steps of: acquiring an image of a region-of-interest at a beginning of a medical intervention procedure on a subject; classifying the image based on low-level features in the image to determine a type of procedure being performed; determining a list of landmarks in the image from the type of procedure being performed, and loading a pre-trained landmark model for each landmark in the list of landmarks, wherein landmarks include anatomical structures of the subject and medical devices being used in the medical intervention procedure; and computing collimator settings of an X-ray imaging device from ROI filter margins and bounding boxes of the landmarks calculated using the landmark models. acquiring an image of a region-of-interest at a beginning of a medical intervention procedure on a subject; classifying the image based on low-level features in the image to determine a type of procedure being performed; determining a list of landmarks in the image from the type of procedure being performed, and loading a pre-trained landmark model for each landmark in the list of landmarks, wherein landmarks include anatomical structures of the subject and medical devices being used in the medical intervention procedure; and computing collimator settings of an X-ray imaging device from ROI filter margins and bounding boxes of the landmarks calculated using the landmark models.
A magnetic control valve comprising: a connection pipe, a rubber ring, a magnetic control switch, wherein the connection pipe has a water inflow passage, a water outflow passage and a circular seat for receiving the rubber ring, wherein the circular seat is disposed to an engaging place between an outlet end of the water inflow passage and an inlet end of the water outflow passage and has an outward opening; the rubber ring fits in a bottom of the circular seat, wherein a bottom of the rubber ring seals the outlet end of the water inflow passage from the inlet end of the water outflow passage, and the rubber ring has a valve opening in a region corresponding to the inlet end of the water outflow passage and communicating water passages in a region corresponding to the outlet end of the water inflow passage; the magnetic control switch being assembled to the circular seat and comprises a valve rod seat for accommodating a valve rod and a magnetic sucking element, wherein the valve rod seat is wound by an electromagnetic coil, the electromagnetic coil being connected to a magnetic pole switch, an inside of the valve rod seat being divided into an upper pipe body space and a lower pipe body space, the magnetic sucking element being installed to the upper pipe body space, the valve rod, capable of moving, being installed to the lower pipe body space, a bottom of the valve rod having a valve plug to seal or open the valve opening by displacing and regulating the valve plug, the valve rod being or comprising a magnetic element carrying permanent magnetic force so that a magnetic field generated by the electromagnetic coil is regulated by the megnetic pole switch to drive the valve plug of the valve rod to seal the valve opening of the rubber ring, characterized in that, the rubber ring is combined to a metal plate being capable of being attracted by magnetic force, thereby achieving an optimum sealing effect through mutually magnetic attraction between the metal plate and the valve rod.
An injection device comprising: a housing; a syringe; a needle at a distal end of the syringe; the syringe slideably mounted within said housing for movement between a shrouded retracted position wherein the needle is shrouded by the housing and an extended injecting position wherein the needle projects from the housing; a bung slideably mounted in said syringe and moveable to expel a liquid dose through the needle at the distal end of the syringe; a plunger having an end operable to engage said bung and to transmit an expulsion force thereto, and a bias spring operable to move said plunger from a first position to a second position, characterised in that said plunger is provided with at least one integrally formed collapsible projecting region, the collapsible projecting region comprising a pair of flexible elbows projecting beyond the normal circumference of the plunger but compressible into said circumference, the flexible elbows being a pair of arms on either side of a longitudinal slit between upper and lower solid portions of the plunger, wherein the collapsible projecting region is outside said syringe when said plunger is at its first position but which in use, on movement away from said first position, engages a proximal end of said syringe to drive the syringe to its extended injecting position whereupon arresting of further movement of said syringe causes said collapsible projecting region to collapse inwardly so that it enters the syringe to allow said plunger to engage said bung and expel a liquid dose. a housing; a syringe; a needle at a distal end of the syringe; the syringe slideably mounted within said housing for movement between a shrouded retracted position wherein the needle is shrouded by the housing and an extended injecting position wherein the needle projects from the housing; a bung slideably mounted in said syringe and moveable to expel a liquid dose through the needle at the distal end of the syringe; a plunger having an end operable to engage said bung and to transmit an expulsion force thereto, and a bias spring operable to move said plunger from a first position to a second position, characterised in that said plunger is provided with at least one integrally formed collapsible projecting region, the collapsible projecting region comprising a pair of flexible elbows projecting beyond the normal circumference of the plunger but compressible into said circumference, the flexible elbows being a pair of arms on either side of a longitudinal slit between upper and lower solid portions of the plunger, wherein the collapsible projecting region is outside said syringe when said plunger is at its first position but which in use, on movement away from said first position, engages a proximal end of said syringe to drive the syringe to its extended injecting position whereupon arresting of further movement of said syringe causes said collapsible projecting region to collapse inwardly so that it enters the syringe to allow said plunger to engage said bung and expel a liquid dose.
A method of producing a fermented non-dairy frozen confectionery, the method comprising the steps of: 1) providing a grain based ingredient mix comprising plant syrup and having 20 - 40 wt. % solids, pasteurizing the grain based ingredient mix, fermenting the pasteurized grain based mix with a culture, and cooling the fermented grain based ingredient mix, and 2) providing a nut and/or seed based ingredient mix comprising 40 - 60 wt. % solids and 3) combining it with the cooled fermented grain based ingredient mix, and freezing while optionally aerating the combined grain and nut and/or seed based mixes, to form a frozen confectionery, wherein the culture used is Streptococcus thermophilus, wherein the grain based ingredient mix comprises 3 - 20 wt. % of grain material based on the weight of the grain based ingredient mix, wherein the nut and/or seed based ingredient mix comprises 5 - 70 wt. % nut and/or seed based on the weight of the nut and/or seed based ingredient mix. 1) providing a grain based ingredient mix comprising plant syrup and having 20 - 40 wt. % solids, pasteurizing the grain based ingredient mix, fermenting the pasteurized grain based mix with a culture, and cooling the fermented grain based ingredient mix, and pasteurizing the grain based ingredient mix, fermenting the pasteurized grain based mix with a culture, and cooling the fermented grain based ingredient mix, and 2) providing a nut and/or seed based ingredient mix comprising 40 - 60 wt. % solids and 3) combining it with the cooled fermented grain based ingredient mix, and freezing while optionally aerating the combined grain and nut and/or seed based mixes, to form a frozen confectionery, wherein the culture used is Streptococcus thermophilus, wherein the grain based ingredient mix comprises 3 - 20 wt. % of grain material based on the weight of the grain based ingredient mix, wherein the nut and/or seed based ingredient mix comprises 5 - 70 wt. % nut and/or seed based on the weight of the nut and/or seed based ingredient mix.
A heat dissipating board comprising: a ceramic substrate; a metal layer disposed on a surface of the ceramic substrate; and at least one heat dissipating member having a first surface which is brought into contact with the metal layer, and a second surface (A') located on an opposite side of the first surface, an area of the metal layer being larger than an area of the first surface but being smaller than an area of the second surface (A'), characterized by a space which communicates with outside air located between the heat transmitting member and the heat dissipating member. a ceramic substrate; a metal layer disposed on a surface of the ceramic substrate; and at least one heat dissipating member having a first surface which is brought into contact with the metal layer, and a second surface (A') located on an opposite side of the first surface, an area of the metal layer being larger than an area of the first surface but being smaller than an area of the second surface (A'), characterized by a space which communicates with outside air located between the heat transmitting member and the heat dissipating member.
A centrifugal separation container that is used in a method of centrifugally separating a first specific gravity component and a second specific gravity component, of which a specific gravity of the second gravity component is higher than a specific gravity of the first specific gravity component, contained in a specimen injected into a storage space by rotating said container about a central axis of the container as a rotation axis, the centrifugal separation container comprising: a storage portion that forms the storage space, wherein the storage portion includes an inclined inner wall portion of which a diameter gradually decreases from an upper end toward a lower end thereof and the lower end is connected to a base portion, a concave portion is formed at a part of the inclined inner wall portion, the concave portion includes a concave portion side surface that is connected to a concave portion bottom surface with a width of the concave portion gradually decreasing toward the concave portion bottom surface from the inclined inner wall portion, the concave portion is formed at a position, where the concave portion crosses an interface which separates the specimen centrifuged during rotation and air, in a radial direction with respect to the central axis, and the maximum width of the concave portion in a circumferential direction around the central axis is included in a range of 2 mm to a length of 20% of the whole circumference passing through the concave portion having a center on the central axis. a storage portion that forms the storage space, wherein the storage portion includes an inclined inner wall portion of which a diameter gradually decreases from an upper end toward a lower end thereof and the lower end is connected to a base portion, a concave portion is formed at a part of the inclined inner wall portion, the concave portion includes a concave portion side surface that is connected to a concave portion bottom surface with a width of the concave portion gradually decreasing toward the concave portion bottom surface from the inclined inner wall portion, the concave portion is formed at a position, where the concave portion crosses an interface which separates the specimen centrifuged during rotation and air, in a radial direction with respect to the central axis, and the maximum width of the concave portion in a circumferential direction around the central axis is included in a range of 2 mm to a length of 20% of the whole circumference passing through the concave portion having a center on the central axis.
A photoluminescence or electroluminescence measurement device which comprises: - a sample holder; - a detector configured to collect a photoluminescence or electroluminescence signal emitted by a sample likely to be disposed on a front face of the sample holder; - a processing unit configured to process a signal collected by the detector; the device further comprising a support disposed facing a rear face of the sample holder, opposite to the front face, and on one face, called the main face, of which at least one radiation source for emitting light radiation illuminating the rear face and likely to be collected rests, by transparency of the sample holder with respect to said light radiation, by the detector, characterized in that, when a sample having a contour C rests through a first face on the front face of the sample holder, and so that said sample is circumscribed by an overflow zone of the sample holder through which light radiation likely to be emitted by the at least one radiation source is likely to pass, said detector is also configured to establish mapping of the light intensity of the radiation likely to pass through the overflow zone and of the photoluminescence signal emitted by the sample. - a sample holder; - a detector configured to collect a photoluminescence or electroluminescence signal emitted by a sample likely to be disposed on a front face of the sample holder; - a processing unit configured to process a signal collected by the detector; the device further comprising a support disposed facing a rear face of the sample holder, opposite to the front face, and on one face, called the main face, of which at least one radiation source for emitting light radiation illuminating the rear face and likely to be collected rests, by transparency of the sample holder with respect to said light radiation, by the detector, characterized in that, when a sample having a contour C rests through a first face on the front face of the sample holder, and so that said sample is circumscribed by an overflow zone of the sample holder through which light radiation likely to be emitted by the at least one radiation source is likely to pass, said detector is also configured to establish mapping of the light intensity of the radiation likely to pass through the overflow zone and of the photoluminescence signal emitted by the sample.
A method comprising the detection of magnetic particles at a sensing surface of a sample chamber of a sensor device, wherein said sample chamber is equipped with reagents before a sample is introduced, said method further comprising: - introducing a sample into the sample chamber; - incubating said sample for an incubation period (T I) with reagents comprising magnetic particles; - retaining said magnetic particles within the sample chamber during the incubation period (T I) while keeping them away from the sensing surface by a magnetic field, wherein the method is characterized in that a reference measurement (t R, S R) is made at the sensing surface during the incubation period (T I), wherein the method is further characterized in that the reference measurement is made at the sensing surface during the incubation period (T I) after about 70% of the incubation period (T I). - introducing a sample into the sample chamber; - incubating said sample for an incubation period (T I) with reagents comprising magnetic particles; - retaining said magnetic particles within the sample chamber during the incubation period (T I) while keeping them away from the sensing surface by a magnetic field, wherein the method is characterized in that a reference measurement (t R, S R) is made at the sensing surface during the incubation period (T I), wherein the method is further characterized in that the reference measurement is made at the sensing surface during the incubation period (T I) after about 70% of the incubation period (T I).
A mattress shipping unit comprising a mattress and a shipping bag, wherein the mattress is in a compressed shipping condition and is completely accommodated in the shipping bag, wherein the shipping bag has a cover which is predominantly made from an air-permeable material, wherein the cover has a predetermined breaking point that extends along the cover in the axial direction.
An apparatus for latching an equipment unit door of an equipment unit in a control center comprising: a latch pin comprising a latch shaft with a latch interface disposed on a pin proximal end and a latch wing disposed on a pin distal end, wherein the latch pin is configured to rotate to one of an open position, a unit latch position, and a structure latch position; a unit socket that the latch wing is configured to pass through in the open position, the unit socket being configured to obstruct the latch wing from moving in a proximal direction in the unit latch position; and a structure socket that the latch wing is configured to pass through in the unit latch position, the structure socket being configured to obstruct the latch wing from moving in the proximal direction in the structure latch position, wherein the latch wing is configured not to pass through the structure socket in the open position. a latch pin comprising a latch shaft with a latch interface disposed on a pin proximal end and a latch wing disposed on a pin distal end, wherein the latch pin is configured to rotate to one of an open position, a unit latch position, and a structure latch position; a unit socket that the latch wing is configured to pass through in the open position, the unit socket being configured to obstruct the latch wing from moving in a proximal direction in the unit latch position; and a structure socket that the latch wing is configured to pass through in the unit latch position, the structure socket being configured to obstruct the latch wing from moving in the proximal direction in the structure latch position, wherein the latch wing is configured not to pass through the structure socket in the open position.
Method for producing microobjects, in which in one method step magnetic microparticles are arranged in a predetermined pattern using a magnetic template and embedded in a matrix, characterised in that a distribution of the magnetic microparticles which is non-homogeneous in the direction of the thickness of the matrix is produced by non-homogeneous stray fields of the magnetic template, wherein the predetermined pattern arises as a result of a magnetic domain pattern of the template.
A process for the preparation of prills of compounds of formula wherein: - y = 0 or 1, - R represents a substituent selected from the group consisting of an alkyl group, an alkenyl group, an alkoxy group, a hydroxyalkyl group, an alkoxyalkyl group, a cycloalkyl group, an aryl group, an aryloxy group, an arylalkyl group, a hydroxyl group, a nitro group, a halogen atom, a halo- or perhaloalkyl group, a formyl group, an acyl group, a carboxylic group, an amino group and an amido group - x = 0, 1, 2, 3 or 4 with the proviso that if y = 0 then x = 1 and R is an alkoxy group in para position to the hydroxyl group, said process comprising: - providing a molten composition comprising from 50 to 100 wt.%, preferably from 75 to 100 wt.% and more preferably from 90 to 100 wt.%, of a compound of formula and less than 0.1 wt.% of water; - forcing said molten composition through at least one droplet generator means to form droplets; - cooling said droplets to form solid diphenol derivative prills wherein the cooling is carried out by: - a cooling medium which is a cooling gas or a liquefied inert gas, or - two cooling media wherein the first cooling medium is a liquefied inert gas and the second cooling medium is a cooling gas or the first and the second cooling medium are a cooling gas. - y = 0 or 1, - R represents a substituent selected from the group consisting of an alkyl group, an alkenyl group, an alkoxy group, a hydroxyalkyl group, an alkoxyalkyl group, a cycloalkyl group, an aryl group, an aryloxy group, an arylalkyl group, a hydroxyl group, a nitro group, a halogen atom, a halo- or perhaloalkyl group, a formyl group, an acyl group, a carboxylic group, an amino group and an amido group - x = 0, 1, 2, 3 or 4 - providing a molten composition comprising from 50 to 100 wt.%, preferably from 75 to 100 wt.% and more preferably from 90 to 100 wt.%, of a compound of formula and less than 0.1 wt.% of water; - forcing said molten composition through at least one droplet generator means to form droplets; - cooling said droplets to form solid diphenol derivative prills - a cooling medium which is a cooling gas or a liquefied inert gas, or - two cooling media wherein the first cooling medium is a liquefied inert gas and the second cooling medium is a cooling gas or the first and the second cooling medium are a cooling gas.
Anchor member for vertebral osteosynthesis equipment, comprising an anchoring base including a peripheral proximal wall that inwardly delimits a proximal cavity, and a proximal stud including a distal articulation portion received in said proximal cavity, said proximal wall including a peripheral proximal rim oriented toward the axis of said proximal cavity, ensuring retention of said distal articulation portion in that proximal cavity; said proximal cavity has an axis, said proximal wall has an inner surface on the side of said proximal cavity, and said proximal stud has a longitudinal axis; characterized in that - the distal articulation portion has a peripheral edge dimensioned to come into the immediate vicinity of the inner surface of said proximal wall, and has a convex distal surface having an apex, said apex being situated substantially at the axis of the proximal stud; and - the anchor member comprises an elastically deformable element placed in the bottom of said proximal cavity, having a curved shape and an apex, said apex of said elastically deformable element being situated substantially at the axis of said proximal cavity, said convex distal surface bearing against said elastically deformable element, and the latter being permanently elastically deformed such that it continuously presses said distal articulation portion against said peripheral proximal rim in order to generate friction between said distal articulation portion and said peripheral proximal rim capable of keeping the proximal stud in a predetermined position without preventing the stud from moving into another position. - the distal articulation portion has a peripheral edge dimensioned to come into the immediate vicinity of the inner surface of said proximal wall, and has a convex distal surface having an apex, said apex being situated substantially at the axis of the proximal stud; and - the anchor member comprises an elastically deformable element placed in the bottom of said proximal cavity, having a curved shape and an apex, said apex of said elastically deformable element being situated substantially at the axis of said proximal cavity, said convex distal surface bearing against said elastically deformable element, and the latter being permanently elastically deformed such that it continuously presses said distal articulation portion against said peripheral proximal rim in order to generate friction between said distal articulation portion and said peripheral proximal rim capable of keeping the proximal stud in a predetermined position without preventing the stud from moving into another position.
A conductive material for a secondary battery comprising carbon nanotubes having a spherical secondary structure in which carbon nanotube units having a diameter of 20 to 150 nm are entangled, exhibiting a ratio (TD/BD) of a true density and a bulk density of 30 to 120, and containing a metal at a content of 50 ppm or less.