mhurhangee/ep-ind-claims huggingface dataset:
A method for calibrating a portioning system prior to the production operation of the portioning system, the portioning system having a conveyance device (12, 18) for conveying workpieces past a scanner used to physically characterize the workpiece and then to a cutting device to cut the workpiece into portions, the method comprising: operating the portioning system in calibration mode by: a. operating the portioning system with respect to representative sample workpieces carried on the conveyance device (12, 18) by scanning the sample workpieces at the scanner; b. using the data from the scanner to physically characterize the representative sample workpieces as well as the portions to be cut from the representative sample workpieces with respect to one or more selected physical parameters; c. portioning the representative sample workpieces using the cutting device; d. physically measuring the cut portions for the one or more selected physical parameters; e. determining the variance in the one or more selected physical parameters of the cut portion from the expected value as determined by the scanner and the value as physically measured; and f. adjusting the operation of the cutting device by adjusting the timing of the cuts of the representative sample workpiece made by the cutting device with respect to the time delay during the travel of the representative sample workpiece from the scanner to the cutting device without altering the speed of the conveyance device (12, 18) based on the variance between the one or more selected physical parameters as determined by the scanner and as determined by physical measurement, and switching the portioning system into production mode. a. operating the portioning system with respect to representative sample workpieces carried on the conveyance device (12, 18) by scanning the sample workpieces at the scanner; b. using the data from the scanner to physically characterize the representative sample workpieces as well as the portions to be cut from the representative sample workpieces with respect to one or more selected physical parameters; c. portioning the representative sample workpieces using the cutting device; d. physically measuring the cut portions for the one or more selected physical parameters; e. determining the variance in the one or more selected physical parameters of the cut portion from the expected value as determined by the scanner and the value as physically measured; and f. adjusting the operation of the cutting device by adjusting the timing of the cuts of the representative sample workpiece made by the cutting device with respect to the time delay during the travel of the representative sample workpiece from the scanner to the cutting device without altering the speed of the conveyance device (12, 18) based on the variance between the one or more selected physical parameters as determined by the scanner and as determined by physical measurement, and switching the portioning system into production mode.
A neutron activator for neutron activation of a material, the neutron activator being configured to produce neutrons from an interaction with a proton beam emitted along a beam axis, the proton beam having an energy comprised between 16 MeV and 100 MeV, preferably 30 MeV and 70 MeV and a beam intensity up to 1 mA, preferably up to 350 μA for 70 MeV and up to 1 mA for 30 MeV, the neutron activator comprising: - a neutron source comprising a metallic target presenting a longitudinal axis intended to be arranged parallel to the beam axis, and - a Beryllium first reflector-moderator peripheral to the neutron source; - a neutron activation area configured to accommodate the neutron source and the material to be activated, the neutron activation area comprising a bore extending along a bore axis and configured to accommodate the neutron source so that the bore axis and the longitudinal axis are coaxial; the activator being characterised in that: - the first reflector-moderator comprises the neutron activation area, wherein the neutron activation area of the first reflector-moderator further includes at least one activation channel machined in the first reflector-moderator and extending along a channel axis parallel to the bore axis at the vicinity of the bore, the activation channel being configured to load the material to be activated. - a neutron source comprising a metallic target presenting a longitudinal axis intended to be arranged parallel to the beam axis, and - a Beryllium first reflector-moderator peripheral to the neutron source; - a neutron activation area configured to accommodate the neutron source and the material to be activated, the neutron activation area comprising a bore extending along a bore axis and configured to accommodate the neutron source so that the bore axis and the longitudinal axis are coaxial; the activator being characterised in that: - the first reflector-moderator comprises the neutron activation area, wherein the neutron activation area of the first reflector-moderator further includes at least one activation channel machined in the first reflector-moderator and extending along a channel axis parallel to the bore axis at the vicinity of the bore, the activation channel being configured to load the material to be activated.
A complex comprising a purified polypeptide comprising an in vitro carbamylated human alpha 1 antitrypsin (hA1AT), or a fragment thereof, and one or more human anti-CarP antibodies, wherein the fragment comprises a partial lysine-containing sequence of 5 or more contiguous amino acids of the hA1AT, and wherein the anti-CarP antibody specifically recognizes hA1AT or a fragment thereof in its carbamylated form, but not its uncarbamylated form.
Electric or hybrid vehicle having a battery pack, the vehicle being characterized in that: - a first port is positioned on a wall of the pack and gives access to the inside of the pack, the port having total or partial blocking means, said means being removable or meltable under the effect of heat; and - a second port is positioned on a member of the body of the vehicle facing the first port, in such a way that said second port gives access to the first port, an extinguishing fluid being introducible into the pack through the two ports as soon as the blocking means of the first port have been removed or have melted. - a first port is positioned on a wall of the pack and gives access to the inside of the pack, the port having total or partial blocking means, said means being removable or meltable under the effect of heat; and - a second port is positioned on a member of the body of the vehicle facing the first port, in such a way that said second port gives access to the first port, an extinguishing fluid being introducible into the pack through the two ports as soon as the blocking means of the first port have been removed or have melted.
A catheter adapted for open-loop irrigated ablation of a tissue, said catheter comprising a distal tip, wherein the distal tip comprises: - an ablation entity adapted for performing ablation of the tissue; - an irrigation hole; and - an ultrasound transducer adapted for transmitting and/or receiving ultrasonic waves; wherein the ultrasound transducer is disposed behind or in the irrigation hole of the catheter, so as to allow an irrigation fluid to flow out of the irrigation hole, and so as to allow transmitting and/or receiving the ultrasonic waves through the irrigation hole, and characterized in that the ultrasound transducer is disposed so as to permit ultrasonic waves generated from the ultrasound transducer to flow through the irrigation hole undisturbed. - an ablation entity adapted for performing ablation of the tissue; - an irrigation hole; and - an ultrasound transducer adapted for transmitting and/or receiving ultrasonic waves; wherein the ultrasound transducer is disposed behind or in the irrigation hole of the catheter, so as to allow an irrigation fluid to flow out of the irrigation hole, and so as to allow transmitting and/or receiving the ultrasonic waves through the irrigation hole, and characterized in that the ultrasound transducer is disposed so as to permit ultrasonic waves generated from the ultrasound transducer to flow through the irrigation hole undisturbed.
A device for forming an expandable tract across a wall of a blood vessel, comprising: a needle; an anchor assembly comprising a proximal portion having a handle, a flexible distal portion, and a pre-bent midportion intercoupled between the proximal and distal portions, wherein the needle is configured to be inserted through a portion of the proximal portion; wherein at least a distal tip of the flexible distal portion is configured to be placed within a lumen of the blood vessel through a first passage created across the wall with a sharpened member at a first angle relative to a lumen longitudinal axis defined by the lumen of the blood vessel in the region adjacent the first passage; and characterized in that said pre-bent midportion comprises an at least partially encapsulating saddle-shaped needle receiving structure configured to receive and support the needle, wherein the needle and anchor assembly are configured such that upon applying a force to the anchor assembly to position an adjacent portion of the blood vessel wall into a desired contact configuration relative to the anchor assembly, the needle is operatively coupled to the anchor assembly such that it may be advanced across the wall of the blood vessel and into contact with said at least partially encapsulating saddle-shaped needle receiving structure, thereby creating an expandable tract between overlapping tissue portions of the vessel wall. a needle; an anchor assembly comprising a proximal portion having a handle, a flexible distal portion, and a pre-bent midportion intercoupled between the proximal and distal portions, wherein the needle is configured to be inserted through a portion of the proximal portion; wherein at least a distal tip of the flexible distal portion is configured to be placed within a lumen of the blood vessel through a first passage created across the wall with a sharpened member at a first angle relative to a lumen longitudinal axis defined by the lumen of the blood vessel in the region adjacent the first passage; and characterized in that said pre-bent midportion comprises an at least partially encapsulating saddle-shaped needle receiving structure configured to receive and support the needle, wherein the needle and anchor assembly are configured such that upon applying a force to the anchor assembly to position an adjacent portion of the blood vessel wall into a desired contact configuration relative to the anchor assembly, the needle is operatively coupled to the anchor assembly such that it may be advanced across the wall of the blood vessel and into contact with said at least partially encapsulating saddle-shaped needle receiving structure, thereby creating an expandable tract between overlapping tissue portions of the vessel wall.
Method for automatically measuring a fetal artery, and in particular the abdominal aorta, comprising: - a step for acquiring and storing at least one sequence of B-mode images of the fetal abdomen by means of an ultrasonographic device; - a step for the approximate identification of the fetal artery, and in particular of the abdominal aorta, by means of a bank of directional filters, obtaining an approximate image of the fetal artery and in particular of the abdominal aorta for each image of said sequence of images; - a step for the fine identification of the walls of the fetal artery and in particular of the abdominal aorta, starting from said approximate image of the fetal artery and in particular of the abdominal aorta, in each image of said sequence of images by means of a calculation model based on the active contours with evolution stage, obtaining sequences of segmented images; - a step of calculating the light intensity gradient along lines orthogonal to the axis of the lumen of the fetal artery, on each segmented image of said sequences of segmented images, thereby defining through the values of said gradient one or more measurement sections of the abdominal aorta, - a step for measuring the diameter and/or the corresponding intima-media thickness of the fetal artery and in particular of the abdominal aorta, conducted at one or more of said measurement sections. - a step for acquiring and storing at least one sequence of B-mode images of the fetal abdomen by means of an ultrasonographic device; - a step for the approximate identification of the fetal artery, and in particular of the abdominal aorta, by means of a bank of directional filters, obtaining an approximate image of the fetal artery and in particular of the abdominal aorta for each image of said sequence of images; - a step for the fine identification of the walls of the fetal artery and in particular of the abdominal aorta, starting from said approximate image of the fetal artery and in particular of the abdominal aorta, in each image of said sequence of images by means of a calculation model based on the active contours with evolution stage, obtaining sequences of segmented images; - a step of calculating the light intensity gradient along lines orthogonal to the axis of the lumen of the fetal artery, on each segmented image of said sequences of segmented images, thereby defining through the values of said gradient one or more measurement sections of the abdominal aorta, - a step for measuring the diameter and/or the corresponding intima-media thickness of the fetal artery and in particular of the abdominal aorta, conducted at one or more of said measurement sections.
Screen device, comprising - a covering which comprises a beam (2, 4) as a structural part of the covering, said beam (2, 4) being hollow and attachable to at least one adjacent structural part of the screen device, and said beam (2, 4) comprising an internal gutter in its cavity for draining off precipitation falling onto the covering; - an end cap (6, 6') which is attachable to an end of the beam (2, 4) in order to attach the beam (2, 4) to the adjacent structural part and which is provided with a passage opening for connecting to the internal gutter so as to enable precipitation drained off via the internal gutter to flow into a cavity of the adjacent structural part (3, 5); characterized in that the beam (2, 4) is provided with a lateral gutter for collecting precipitation falling onto the covering, the lateral gutter extending at least partly next to the internal gutter, whereby a partition extends between the lateral gutter and the internal gutter and is provided with perforations for draining off, through the latter, precipitation from the lateral gutter towards the internal gutter. - a covering which comprises a beam (2, 4) as a structural part of the covering, said beam (2, 4) being hollow and attachable to at least one adjacent structural part of the screen device, and said beam (2, 4) comprising an internal gutter in its cavity for draining off precipitation falling onto the covering; - an end cap (6, 6') which is attachable to an end of the beam (2, 4) in order to attach the beam (2, 4) to the adjacent structural part and which is provided with a passage opening for connecting to the internal gutter so as to enable precipitation drained off via the internal gutter to flow into a cavity of the adjacent structural part (3, 5);
An inductor (1A, 1B, 1C, 1D, 1E) embedded in and using a substrate as a base material, comprising: a core portion; a coil portion (4A - 4F); an insulating portion formed between conductors of the coil portion (4A - 4F); and a terminal portion connecting the core portion and the coil portion (4A - 4F) to the outside; wherein a main direction of a magnetic field that is generated in accordance with a current flowing through the coil portion (4A - 4F) extends in a planar direction of the substrate, characterized in that in at least a portion of the coil portion (4A - 4F), both a width (w) and a thickness (t) of a rectangular cross-sectional area of the conductors of the coil portion (4A - 4F) are set larger than a width (d) of the insulating portion. a core portion; a coil portion (4A - 4F); an insulating portion formed between conductors of the coil portion (4A - 4F); and a terminal portion connecting the core portion and the coil portion (4A - 4F) to the outside; wherein a main direction of a magnetic field that is generated in accordance with a current flowing through the coil portion (4A - 4F) extends in a planar direction of the substrate, characterized in that in at least a portion of the coil portion (4A - 4F), both a width (w) and a thickness (t) of a rectangular cross-sectional area of the conductors of the coil portion (4A - 4F) are set larger than a width (d) of the insulating portion.
A process for producing hematite for ironmaking using, as a raw material, a leach residue obtained from a hydrometallurgical plant for nickel oxide ore utilizing a high pressure acid leach process, the process for producing hematite comprising at least the following steps in sequence: a first step of separating the leach residue into an overflow and an underflow by a wet cyclone, so that particles of a selected size or smaller than the selected size are separated into the overflow, and particles greater than the selected size are separated into the underflow, said selected size being selected from 1-2 μm; a second step of separating the overflow into a strong magnetic component and a weak magnetic component by a strong-magnetic-field magnetic separator utilizing magnetic force under a separating condition that a magnetic field strength is 5 to 20 [kGauss]; and a third step of sintering the separated strong magnetic component at a temperature of 1150 to 1350°C to form a sintered body. a first step of separating the leach residue into an overflow and an underflow by a wet cyclone, so that particles of a selected size or smaller than the selected size are separated into the overflow, and particles greater than the selected size are separated into the underflow, said selected size being selected from 1-2 μm; a second step of separating the overflow into a strong magnetic component and a weak magnetic component by a strong-magnetic-field magnetic separator utilizing magnetic force under a separating condition that a magnetic field strength is 5 to 20 [kGauss]; and a third step of sintering the separated strong magnetic component at a temperature of 1150 to 1350°C to form a sintered body.
A mobile terminal, wherein the mobile terminal comprises a terminal body (10, 40) and a control unit, the mobile terminal is a pen-like structure, a side of the terminal body (10, 40) is provided with an elongated opening and another side of the terminal body (10, 40) is provided with a display screen, an inside of the terminal body (10, 40) is rollingly provided with a flexible display screen, the flexible display screen is able to be pulled out the terminal body (10, 40) via the elongated opening, the control unit controls the flexible display screen to display an image, characterized in that a top surface or a bottom surface of the mobile terminal is provided with a data-power supply interface for connecting an external device, a support body rotatable relative to the mobile terminal (10, 40) is provided at a position on a side surface of the mobile terminal (10, 40) and adjacent to the data-power supply interface, the support body is rotatable in a direction parallel to the display screen of the terminal body (10, 40).
Piece of furniture comprising: - a plurality of walls comprising a free edge; - a compartment defined by said walls; - an opening that gives access to said compartment; said opening being defined by said free edge of said walls; - a door connected to at least one of said walls to permit/prohibit the access to said compartment; said door comprising a main portion intended to cover said opening and an ending portion that protrudes with respect to at least one of said walls; - a handle used to lock/unlock said door in closing position; said handle comprising a fixed frame connected to said door, and a mobile frame revolvingly supported by said fixed frame; - fastening means intended to lock/unlock the door that is in closed position; said fastening means comprising a striker and a housing, the one disposed on the handle and the other disposed on one of the walls of the piece of furniture, alternately; wherein said fixed frame of the handle is formed of two identical lateral brackets, among which the mobile frame is disposed; said mobile frame comprising a rocker arm, with a power arm intended to be actuated by a user, and a resistance arm with an end that coincides with the striker of said fastening means to lock the door in closed position; said handle comprising an elastic member connected to said fixed frame and to said mobile frame in order to push the handle in closed position; characterized in that each lateral bracket comprises: - a main body connected to the door by means of a screw inserted in a fixing hole obtained on said main body; - a shelf protruding from said main body towards the rocker arm; said bracket being disposed between the power arm of the rocker arm and the door; said elastic member comprising a spring disposed between the power arm of the rocker arm and said shelf. - a plurality of walls comprising a free edge; - a compartment defined by said walls; - an opening that gives access to said compartment; said opening being defined by said free edge of said walls; - a door connected to at least one of said walls to permit/prohibit the access to said compartment; said door comprising a main portion intended to cover said opening and an ending portion that protrudes with respect to at least one of said walls; - a handle used to lock/unlock said door in closing position; said handle comprising a fixed frame connected to said door, and a mobile frame revolvingly supported by said fixed frame; - fastening means intended to lock/unlock the door that is in closed position; said fastening means comprising a striker and a housing, the one disposed on the handle and the other disposed on one of the walls of the piece of furniture, alternately; - a main body connected to the door by means of a screw inserted in a fixing hole obtained on said main body; - a shelf protruding from said main body towards the rocker arm; said bracket being disposed between the power arm of the rocker arm and the door;
A system arranged to perform a feed related action at a feed table, upon which fodder for feeding of a group of animals is present, which system comprises: a sensor, configured to measure constituents, physical property or chemical property of the fodder on the feed table at a first point in time; a database, configured to store the measured constituents, physical property or chemical property of the fodder, associated with the first point in time; wherein the sensor is configured to measure constituents, physical property or chemical property of the fodder on the feed table at a second point in time; and a control unit, configured to perform the feed related action, based on the measured constituents, physical property or chemical property of the fodder, a sensor, configured to measure constituents, physical property or chemical property of the fodder on the feed table at a first point in time; a database, configured to store the measured constituents, physical property or chemical property of the fodder, associated with the first point in time; wherein the sensor is configured to measure constituents, physical property or chemical property of the fodder on the feed table at a second point in time; and a control unit, configured to perform the feed related action, based on the measured constituents, physical property or chemical property of the fodder,