mhurhangee/ep-ind-claims huggingface dataset:
A vehicle having a frame, wherein a receiving part for receiving a load is guided by means of linear guides arranged on the frame, which linear guides linearly guide the receiving part, so that the receiving part is movable toward or away from the frame, wherein a compression bar is rotatably mounted on the receiving part by means of a first pivot bearing and is mounted on a rocker framework part of a rocker by means of a second pivot bearing spaced apart from the first pivot bearing, which rocker is mounted on the frame by means of a third pivot bearing, wherein the third pivot bearing is spaced apart from the first pivot bearing and from the second pivot bearing, wherein the rotational axes of the first, second and third pivot bearing are oriented parallel to one another, wherein a drive unit having driving wheels is, by means of a fourth pivot bearing, rotatably mounted on a portion, acting as a rotary portion, of the rocker by means of a swing axle which is mounted on the rocker framework part via the fourth pivot bearing, wherein the rotational axes of the first, second and third pivot bearing are oriented horizontally and oriented parallel to that plane which is a common tangential plane of the steering rollers of the vehicle, wherein steering rollers, supportable by the ground and rollable, are arranged on the frame, wherein the driving wheels of the drive unit are driveable by an electric motor of the drive unit, wherein the driving wheels are each supportable on the ground and rollable thereon, wherein the steering rollers at the front in the direction of travel are at a greater distance from the centre of gravity of the drive unit than the back steering rollers, wherein the portion of the rocker is rotatable with respect to the rocker framework part by means of a fifth pivot bearing.
A system for evaluating a vessel of a patient, comprising a processor configured to: receive angiographic images of the vessel having a lesion, the lesion having a lesion length extending from a proximal lesion end to a distal lesion end; collect a set of anatomic vessel measurements from the angiographic images, the set of anatomic vessel measurements including at least one first lesion diameter, one first proximal vessel diameter proximal to the lesion and one first distal vessel diameter distal to the lesion; receive a sensed aortic pressure; determine a first flow value utilizing the at least one first lesion diameter; use a border detection algorithm to identify a vessel wall boundary beneath the lesion; create a hypothetical vessel using the identified vessel wall boundary, which hypothetical vessel represents the vessel without the lesion; determine a second flow value for the hypothetical vessel; calculate an anatomical fractional flow reserve for the vessel by dividing the first flow value by the second flow value; wherein the processor is further configured to utilize the sensed aortic pressure for determining the first flow value and the second flow value. receive angiographic images of the vessel having a lesion, the lesion having a lesion length extending from a proximal lesion end to a distal lesion end; collect a set of anatomic vessel measurements from the angiographic images, the set of anatomic vessel measurements including at least one first lesion diameter, one first proximal vessel diameter proximal to the lesion and one first distal vessel diameter distal to the lesion; receive a sensed aortic pressure; determine a first flow value utilizing the at least one first lesion diameter; use a border detection algorithm to identify a vessel wall boundary beneath the lesion; create a hypothetical vessel using the identified vessel wall boundary, which hypothetical vessel represents the vessel without the lesion; determine a second flow value for the hypothetical vessel; calculate an anatomical fractional flow reserve for the vessel by dividing the first flow value by the second flow value; wherein the processor is further configured to utilize the sensed aortic pressure for determining the first flow value and the second flow value.
Modular super-calculation architecture comprising at least one containing rack in which is inserted, in a selectively removable manner, a plurality of liquid cooled electronic calculation modules communicating with each other in a network, wherein each electronic calculation module comprises: - a calculation node provided with a base plate and a plurality of electronic cards (44, 46, 48) disposed packed side by side on said base plate, said electronic cards (44, 46, 48) comprising at least one central processing card, the base plate being provided with card connectors for connecting the electronic cards (44, 46, 48) to the base plate; - one or more liquid cooling devices disposed intermediate between said electronic cards (44, 46, 48) of the calculation node to define one or more cooled groups of cards in a sandwich (64, 65), said one or more liquid cooling devices being autonomous with respect to liquid cooling devices of the other electronic calculation modules, said one or more liquid cooling devices each comprising a cooling plate device having its own hydraulic cooling circuit formed by a plurality of cooling pipes; - an electric power device; - a box-like container that encloses and protects inside it at least the calculation node and the one or more liquid cooling devices defining said one or more cooled groups of cards in a sandwich (64, 65), and the electric power device, said box-like container delimiting an internal containing chamber that contains the respective calculation node; so that each electronic calculation module is at least hydraulically, electrically in terms of network communication, and mechanically independent from the other electronic calculation modules, and can be inserted and/or removed hot or substituted hot into/from said architecture. - a calculation node provided with a base plate and a plurality of electronic cards (44, 46, 48) disposed packed side by side on said base plate, said electronic cards (44, 46, 48) comprising at least one central processing card, the base plate being provided with card connectors for connecting the electronic cards (44, 46, 48) to the base plate; - one or more liquid cooling devices disposed intermediate between said electronic cards (44, 46, 48) of the calculation node to define one or more cooled groups of cards in a sandwich (64, 65), said one or more liquid cooling devices being autonomous with respect to liquid cooling devices of the other electronic calculation modules, said one or more liquid cooling devices each comprising a cooling plate device having its own hydraulic cooling circuit formed by a plurality of cooling pipes; - an electric power device; - a box-like container that encloses and protects inside it at least the calculation node and the one or more liquid cooling devices defining said one or more cooled groups of cards in a sandwich (64, 65), and the electric power device, said box-like container delimiting an internal containing chamber that contains the respective calculation node;
A method for producing agrochemical granules, comprising: (ii) a step of obtaining a kneaded material by loading an agrochemical active ingredient, one or more kinds of hydrophobic substances, and a substance capable of absorbing oil into a kneading device, and kneading them at a heating temperature of 8°C higher than the highest melting point of the hydrophobic substances and equal to or lower than 130°C, and then causing the material to be discharged from the kneading device at a temperature of 4°C or more lower than the highest melting point of the hydrophobic substances and equal to or higher than 60°C; and (iii) a step of granulating the obtained kneaded material by an extrusion molding method, wherein a heating temperature in a section close to the opening for discharging kneaded material of the kneading device is 30°C to 70°C; and steps (ii) and (iii) are performed consecutively. (ii) a step of obtaining a kneaded material by loading an agrochemical active ingredient, one or more kinds of hydrophobic substances, and a substance capable of absorbing oil into a kneading device, and kneading them at a heating temperature of 8°C higher than the highest melting point of the hydrophobic substances and equal to or lower than 130°C, and then causing the material to be discharged from the kneading device at a temperature of 4°C or more lower than the highest melting point of the hydrophobic substances and equal to or higher than 60°C; and (iii) a step of granulating the obtained kneaded material by an extrusion molding method, wherein
An apparatus for calculating a moving-image correction-coefficient to be applied to frames of a moving-image, the apparatus comprising: a temporary correction-coefficient calculating unit for calculating a temporary correction-coefficient for each of a plurality of frames extracted at a first time interval; a temporary storage unit for storing the temporary correction-coefficients calculated by the temporary correction-coefficient calculating unit; a correction-coefficient calculating unit for calculating the moving-image correction-coefficient for each of a plurality of frames, extracted at a second time interval between two adjacent frames extracted at the first time interval, the calculating being based on the temporary correction-coefficients of said adjacent frames; and characterised by a change-amount determining unit for determining an amount of image change between adjacent frames based on a change in their respective temporary correction-coefficients, wherein the correction-coefficient calculating unit is configured to set the second time interval to be narrower when an absolute value of difference of the temporary correction-coefficients of said adjacent frames extracted at the first time interval is equal to or more than a threshold. a temporary correction-coefficient calculating unit for calculating a temporary correction-coefficient for each of a plurality of frames extracted at a first time interval; a temporary storage unit for storing the temporary correction-coefficients calculated by the temporary correction-coefficient calculating unit; a correction-coefficient calculating unit for calculating the moving-image correction-coefficient for each of a plurality of frames, extracted at a second time interval between two adjacent frames extracted at the first time interval, the calculating being based on the temporary correction-coefficients of said adjacent frames; and characterised by a change-amount determining unit for determining an amount of image change between adjacent frames based on a change in their respective temporary correction-coefficients, wherein the correction-coefficient calculating unit is configured to set the second time interval to be narrower when an absolute value of difference of the temporary correction-coefficients of said adjacent frames extracted at the first time interval is equal to or more than a threshold. a change-amount determining unit for determining an amount of image change between adjacent frames based on a change in their respective temporary correction-coefficients, wherein the correction-coefficient calculating unit is configured to set the second time interval to be narrower when an absolute value of difference of the temporary correction-coefficients of said adjacent frames extracted at the first time interval is equal to or more than a threshold.
A polyamide foam composition, comprising: a polyamide resin; and a composite chain extender including an epoxy chain extender and a maleic anhydride grafted polypropylene (MAPP) wax, wherein the polyamide resin is present in an amount of between 92 wt.% and 98 wt.%, based on the total weight of the polyamide foam composition. a polyamide resin; and a composite chain extender including an epoxy chain extender and a maleic anhydride grafted polypropylene (MAPP) wax,
Method for operating a liquefaction system for the liquefaction of gas of the type comprising a main heat exchanger or vessel (MCHE), a bundle for the gas to be liquefied extending through said MCHE and a refrigerant compression circuit of which a first low pressure part leads evaporated refrigerant from the MCHE towards a compressor and a second high pressure part (5,5') supplies the compressed and cooled refrigerant from the compressor towards the MCHE, characterised in that the pressure within the liquefaction system is controlled by regulating the quantity of evaporated refrigerant in either the low pressure or the high pressure part of the liquefaction system or in both parts of the system.
A mounting plate arrangement with a switch cabinet frame and a mounting plate fastened thereto via at least one mounting plate holder, wherein the switch cabinet frame has a rectangular floor frame with four profile struts, which has on its outer side a fastening section offset relative to an outer sealing plane of the switch cabinet frame relative to the interior of the switch cabinet frame, wherein the mounting plate holder is formed in multiple parts, with a support bracket and with a base connected to the support bracket, wherein the support bracket is connected to the fastening section and to the mounting plate and the mounting plate stands on the base, characterized in that the mounting plate holder with the base is placed on a profile side of one of the four profile struts extending between the sealing plane and the fastening section.
A multi-ply tissue product comprising a first wet pressed tissue ply and a second wet pressed tissue ply, the product having a geometric mean tensile strength greater than about 1,400 g/3" (g/7.62 cm), a TS7 value less than about 16.0 and a TS750 value from about 12.0 to about 20.0, wherein each of the first and the second wet pressed tissue plies has a first outer surface and a latex polymer disposed thereon.
A ferroelectric thin film obtained by forming a dielectric material of a perovskite structure into a film on a base member, wherein the dielectric material is formed with a composite oxide in which an additive of a metallic material other than Pb, Zr and Ti is mixed with PZT, and a concentration of the additive is substantially zero in the vicinity of the base member and is varied in the thickness direction of the thin film.
Machine for counting medical items such as surgical sponges used during surgery, comprising at least a support structure configured to support at least a container into which, during use, said medical items are introduced, a first detection device configured to detect at least a stream of said medical items to said container and a control and management unit connected at least to said first detection device to acquire data at least relating to said stream of medical items to said container, and comprising a printing device configured to print on a print support at least some of said data relating at least to said stream of medical items introduced into said container, said support structure having a substantially box-like shape, hollow internally, to define a containing compartment in which at least said container is disposed, said support structure being provided with an introduction aperture configured to allow accessibility to said container and through which, during use, said medical items are introduced, characterized in that said first detection device, said control and management unit and said printing device are disposed in said containing compartment, said support structure being provided with a slit for the emission of said print support when it has been printed, in that said introduction aperture defines the only aperture for access to the containing compartment and the container, in that a conveyor pipe is associated with said support structure, attached in correspondence with the introduction aperture and configured to convey said medical items to said container, in that said conveyor pipe has a tubular shape defined by a through cavity and in that said first detection device comprises an RFID reader configured to detect the passage of each RFID identifying element associated with each of said medical items, said first detection device being associated with said through cavity, extending for the whole of its surface development.
Device for detecting distraction of a driver of a vehicle comprising: - an image acquisition assembly adapted to acquire at least one image of a detection zone located in said vehicle, said detection zone comprising at least part of the driver of the vehicle, - an acquired image processing module designed to determine: a direction associated with the head of the driver, and a position of at least one hand of the driver, - a emission module for emitting an alarm signal based on the detection of a distraction situation, and - an analysis module designed to detect distraction of the said driver by determining, on the basis of the direction associated with the head and the position of at least one hand, the possible presence of at least one hand in the direction associated with the head of the driver characterised in that the distraction situation corresponds to a configuration in which at least one hand of the driver is located outside at least one authorised zone defined from the zones in which the hands rest while driving a vehicle, the device also comprising a time measurement module designed to evaluate a detection time during which at least one hand is located in said direction associated with the head determined by the processing module, the distraction situation comprising a configuration in which the detection time is greater than a predetermined threshold. - an image acquisition assembly adapted to acquire at least one image of a detection zone located in said vehicle, said detection zone comprising at least part of the driver of the vehicle, - an acquired image processing module designed to determine: a direction associated with the head of the driver, and a position of at least one hand of the driver, a direction associated with the head of the driver, and a position of at least one hand of the driver, - a emission module for emitting an alarm signal based on the detection of a distraction situation, and - an analysis module designed to detect distraction of the said driver by determining, on the basis of the direction associated with the head and the position of at least one hand, the possible presence of at least one hand in the direction associated with the head of the driver characterised in that the distraction situation corresponds to a configuration in which at least one hand of the driver is located outside at least one authorised zone defined from the zones in which the hands rest while driving a vehicle, the device also comprising a time measurement module designed to evaluate a detection time during which at least one hand is located in said direction associated with the head determined by the processing module, the distraction situation comprising a configuration in which the detection time is greater than a predetermined threshold.
A fluid collection assembly for capturing one or more bodily fluids from an individual, comprising: a fluid impermeable barrier defining: at least one opening; a chamber in fluid communication with the at least one opening; and at least one fluid outlet; at least one porous material disposed in the chamber; at least one conduit attached to the at least one fluid outlet; and at least one leak prevention feature configured to at least inhibit bodily fluids leaking from the chamber; and wherein: the leak prevention feature includes a leak prevention layer that forms a portion of the porous material, the leak prevention layer including a plurality of sheets including at least one first sheet and at least one second sheet positioned downstream from the first sheet, each of the said sheets defining a plurality of void spaces extending therethrough, characterised by the collective cross-sectional area of the void spaces increasing in the downstream direction. a fluid impermeable barrier defining: at least one opening; a chamber in fluid communication with the at least one opening; and at least one fluid outlet; at least one opening; a chamber in fluid communication with the at least one opening; and at least one fluid outlet; at least one porous material disposed in the chamber; at least one conduit attached to the at least one fluid outlet; and at least one leak prevention feature configured to at least inhibit bodily fluids leaking from the chamber; and wherein: the leak prevention feature includes a leak prevention layer that forms a portion of the porous material, the leak prevention layer including a plurality of sheets including at least one first sheet and at least one second sheet positioned downstream from the first sheet, each of the said sheets defining a plurality of void spaces extending therethrough, characterised by the collective cross-sectional area of the void spaces increasing in the downstream direction. the leak prevention feature includes a leak prevention layer that forms a portion of the porous material, the leak prevention layer including a plurality of sheets including at least one first sheet and at least one second sheet positioned downstream from the first sheet, each of the said sheets defining a plurality of void spaces extending therethrough, characterised by the collective cross-sectional area of the void spaces increasing in the downstream direction.
A waveguide, comprising a grating in at least a part of the waveguide, which waveguide comprises a non-gelated coating, which coating is capable of interacting with an analyte by which interaction the axial strain of the waveguide changes, the coating comprising a polymer, which polymer comprises an aliphatic chain, the waveguide being characterised in that the aliphatic chain is provided with functional side-chains comprising at least one moiety selected from the group of heterocycloalkyl moieties, wherein the polymer comprising the aliphatic chain is composed of at least acryloylmorpholine.
A lock system comprising a lock cylinder, a rotary knob (5, 5'), having a greater diameter than the lock cylinder and a lock cylinder sleeve, the lock cylinder comprising a driving blade at a first end, the driving blade being configured to be rotated around a rotating axis, which is parallel and offset (d) relative to a longitudinal axis of the lock cylinder, the rotary knob (5, 5') being connected to the lock cylinder and configured to be coupled to the driving blade for rotating the driving blade upon a positive identification, the lock cylinder sleeve comprising a circular recess for receiving the lock cylinder and at least a part of the rotary knob (5, 5'), whereby the lock cylinder sleeve is configured to abut a surface of a door, characterized in that the lock cylinder sleeve comprises an at least partially asymmetric inner flange extending perpendicular to the axis into the recess forming an opening, the opening being configured to receive the lock cylinder, which comprises an at least partially asymmetric flange at a second end so that the asymmetric flange abuts the inner flange of the lock cylinder sleeve so that a rotating axis (A') of the rotary knob (5, 5') is congruent with the rotating axis of the driving blade.
A radial tire comprising a pair of bead cores, at least one a carcass layer having one or more carcass plies extending from one of the bead cores to the other bead core in a toroidal form, a tread portion or tread layer at least partially circumferentially encircling the toroidal form of the carcass layer, and a belt package having a main belt layer, a first, unreinforced cushion layer disposed on a radially outer side of the main belt layer, and a protective belt layer disposed on a radially outer side of the first cushion layer, the first, unreinforced cushion layer having a radial thickness in a range of from 2.0 mm to 10.0 mm, characterized in that the belt package further comprises a second, unreinforced cushion layer disposed on a radially outer side of the protective belt layer and a radially inner side of the tread portion or tread layer, and in that the second cushion layer has a thickness in a range of from 1.0 mm to 4.0 mm.