mhurhangee/ep-ind-claims huggingface dataset:
A method, implemented by a gateway, of transporting multicast packets between a first network (2.4) connected to said gateway and a second network (2.9) connected to said gateway, said multicast packets (2.1), originating from the second network, being destined for multicast clients (2.6, 2.7) in the first network, the method comprising the steps of: interception, by said gateway, of multicast packets transmitted in multicast mode from the second network to at least one of the multicast clients in the first network that is a subscriber to a multicast transmission group; transforming, by said gateway, at least some of said intercepted multicast packets into unicast packets at a Medium Access Control, MAC, level and transmission of the unicast packets to said at least one of the multicast clients in the first network that is a subscriber to said multicast transmission group. interception, by said gateway, of multicast packets transmitted in multicast mode from the second network to at least one of the multicast clients in the first network that is a subscriber to a multicast transmission group; transforming, by said gateway, at least some of said intercepted multicast packets into unicast packets at a Medium Access Control, MAC, level and transmission of the unicast packets to said at least one of the multicast clients in the first network that is a subscriber to said multicast transmission group.
Outer sole of a shoe, comprising in its heel part a plurality of housings, which each have an opening in a lower surface of the sole intended to be in contact with the ground, and a plurality of damping studs which are partially positioned in said housings, at the rate of at least one damping stud per housing, and which, when they are not deformed, are partially projecting from said lower surface, each damping stud being surrounded on all or part of its periphery by said lower surface, and being resiliently deformable so as to be able to be compressed at least partially inside the corresponding housing, each damping stud comprising, at the top of its projecting part, a surface in contact with the ground, characterized in that this surface in contact with the ground extends over its entire periphery and towards the inside of the stud by a concave curved surface, which is resiliently deformable, and which allows the damping stud to be squashed with a decrease in the curvature of said concave curved surface.
A personal respiratory protection device comprising a main body carrying an exhalation valve, the valve having a grip region which is grippable in use by the user, characterized by the grip region having a textured surface to indicate to the user that the valve is to be gripped during opening, donning and doffing of the device.
A display panel comprising: a first substrate on which a plurality of gate lines, a plurality of data lines are located, a plurality of pixels defined at intersections of the gate lines and the data lines, wherein each pixel comprises a bank defining a pixel emission region from which light is emitted; and a second substrate on which partitions (510a,510b) are located in correspondence to and facing corresponding banks of the first substrate, wherein the partitions and the bank define a space between the emission area and the second substrate, said space being filled with a material, wherein the refractive index of the partitions (510a,510b) is lower than the refractive index of said material which is interposed between the emission area and the second substrate characterized in that the lateral side of the partitions has a concave polygonal shape (511 a, 512a, 511b, 512b), wherein the concave polygonal shape of the lateral side of the partitions is formed by the side walls (511a, 512a, 511b, 512b) of at least a lower partition section (511a, 511b) provided on the second substrate and an upper partition section (512a, 512b) provided on the lower partition section (511a, 511b) wherein the angle (Arc_B) formed between the side wall of the lower partition section (511a, 511b) and the second substrate is equal to or greater than 90 degrees and is lower than the angle (Arc_C) formed between the side wall of the upper partition section (512a, 512b) and the second substrate. a first substrate on which a plurality of gate lines, a plurality of data lines are located, a plurality of pixels defined at intersections of the gate lines and the data lines, wherein each pixel comprises a bank defining a pixel emission region from which light is emitted; and a second substrate on which partitions (510a,510b) are located in correspondence to and facing corresponding banks of the first substrate, wherein the partitions and the bank define a space between the emission area and the second substrate, said space being filled with a material, wherein the refractive index of the partitions (510a,510b) is lower than the refractive index of said material which is interposed between the emission area and the second substrate characterized in that the lateral side of the partitions has a concave polygonal shape (511 a, 512a, 511b, 512b), wherein the concave polygonal shape of the lateral side of the partitions is formed by the side walls (511a, 512a, 511b, 512b) of at least a lower partition section (511a, 511b) provided on the second substrate and an upper partition section (512a, 512b) provided on the lower partition section (511a, 511b) wherein the angle (Arc_B) formed between the side wall of the lower partition section (511a, 511b) and the second substrate is equal to or greater than 90 degrees and is lower than the angle (Arc_C) formed between the side wall of the upper partition section (512a, 512b) and the second substrate.
Lighting unit with at least one luminaire, arranged on a printed circuit board and to be connected to a supply network via this printed circuit board, in which the printed circuit board is embedded at least partly in a translucent first casting compound which allows a well-aimed light outlet of the light generated by the luminaire via at least one light outlet area, in which the printed circuit board, arranged vertically to the light outlet area, surrounded at least partially by the first translucent casting compound, is arranged in the latter and that in the first casting compound at least one light influencing element is arranged whose at least one of two main surfaces has light-reflecting characteristics, characterized by the fact that the printed circuit board in certain areas is surrounded by a light seal element, at least partially consisting of a lightproof second casting compound, and that the outside protection at least partly consists of the first casting compound and/or the second casting compound.
A pharmaceutical composition comprising a synergistic combination of trazodone or a salt thereof in an amount of from 0.01 mg/kg to 1 mg/kg and gabapentin or a salt or prodrug thereof in an amount of from 0.1 mg/kg to 15 mg/kg, wherein the weight ratio between trazodone and gabapentin is of from 1:20 to 1:5 and said gabapentin prodrug is gabapentin enacarbil.
A method for manufacturing a scroll member (26; 24) used in a compression mechanism installed in a scroll compressor; the method for manufacturing a scroll member comprising the steps of: (a) forming cast iron and obtaining an iron casting (261; 241) having a spiraling part (261b; 241b) extending in a spiraling formation and a fixing part with the spiraling part extending from an upper surface thereof; and (b) cutting the iron casting obtained in step (a) and obtaining the scroll member; wherein the iron casting obtained in step (a) is designed so that a height of the spiraling part obtained in step (a) measured from the upper surface of the fixing part in a specified portion (2612, 2613; 2412, 2413) of the spiraling part is greater than the height of the same portion after step (b) is performed; and the specified portion is positioned at least at an end (2611; 2411) in a center side of the spiral, characterized in that the iron casting obtained in step (a) is designed so that a thickness (d1, d2) of the spiraling part obtained in step (a) in the specified portion (2612, 2613; 2412, 2413) of the spiraling part is greater than the thickness (h1, h2) of the same portion after step (b) is performed. (a) forming cast iron and obtaining an iron casting (261; 241) having a spiraling part (261b; 241b) extending in a spiraling formation and a fixing part with the spiraling part extending from an upper surface thereof; and (b) cutting the iron casting obtained in step (a) and obtaining the scroll member;
A hitch device adapted to couple an implement/carriage and a towing vehicle, including a first coupling part adapted to be mounted in a lift system on the towing vehicle, and a second coupling part adapted to be mounted on an implement/carriage, and which in addition is adapted to be connected with the first coupling part, characterised in that the first coupling part includes a projecting central journal at a lower part and laterally projecting bearing parts at either side of the former, the journal and bearing parts adapted to interact with complementarily shaped bearing parts (20, 22) of the second coupling part, and at an upper part including rearwardly directed guide parts that inwardly have bearings for receiving complementarily shaped bearing parts of the second coupling part, as the lower part of the first coupling part together with the complementary bearing parts (20, 22) of the second coupling part being adapted to constitute a mechanical draw coupling between the implement/carriage and the towing vehicle, whereas the upper part of the first coupling part together with the complementary bearing parts of the second coupling part are adapted to constitute a hydraulic and/or electric connecting coupling between the implement/carriage and the towing vehicle.
Single-loop nuclear power plant with a heat-carrier under pressure, including a power unit and a throttling device which are connected by means of an output pipeline and feed pipeline, a steam turbine, which is connected by means of pipes to the throttling device and to a condenser, which is also connected to the throttling device, wherein it also includes an electric drive which is connected to an impeller and configured to rotate it, the throttling device is vertically separated into a steam zone, a zone of high pressure and a zone of low pressure, which zones are separated by horizontal hermetic partitions, the steam zone being located higher than the zone of high pressure, which in turn is located higher than the zone of low pressure, the zone of high pressure being connected to an inlet of the output pipeline and being connected to the zone of low pressure by means of throttling nozzles, which are arranged in the horizontal hermetic partition between said zones at a periphery of the horizontal hermetic partition at an inclination to the vertical, the zone of low pressure being connected to the steam zone by means of a vertical pipeline which passes through the centers of the horizontal hermetic partitions and the zone of high pressure.
An information processing device comprising: an image display unit configured to display an image, the image display unit being head-mounted by a user, a cylindrical coordinate system being defined around the user serving as the center thereof; a sound output unit configured to output a sound; a computation unit configured to compute coordinates of the display region of the image display unit in the cylindrical coordinate system based on information indicating the direction of the image display unit; a position designation unit configured to designate a position of a target outside the display region of the image display unit in the cylindrical coordinate system; a trajectory setting unit configured to set a trajectory of an augmented reality, AR, object such that the AR object moves toward the designated position, the trajectory passing through the display region of the image display unit at least once, the trajectory being defined by a sequence of points in the cylindrical coordinate system; and a control unit configured to control output of a sound of the AR object while moving the AR object with constant speed according to the trajectory set by the trajectory setting unit to indicate the target, wherein the control unit causes an image of the AR object to be displayed when the AR object passes through the display region of the image display unit. an image display unit configured to display an image, the image display unit being head-mounted by a user, a cylindrical coordinate system being defined around the user serving as the center thereof; a sound output unit configured to output a sound; a computation unit configured to compute coordinates of the display region of the image display unit in the cylindrical coordinate system based on information indicating the direction of the image display unit; a position designation unit configured to designate a position of a target outside the display region of the image display unit in the cylindrical coordinate system; a trajectory setting unit configured to set a trajectory of an augmented reality, AR, object such that the AR object moves toward the designated position, the trajectory passing through the display region of the image display unit at least once, the trajectory being defined by a sequence of points in the cylindrical coordinate system; and a control unit configured to control output of a sound of the AR object while moving the AR object with constant speed according to the trajectory set by the trajectory setting unit to indicate the target, wherein the control unit causes an image of the AR object to be displayed when the AR object passes through the display region of the image display unit.
A method for diagnosing multiple sclerosis in a patient, the method comprising: analyzing a biological sample isolated from the patient for expression of a panel of biomarkers including 14-3-3 epsilon protein, to determine if 14-3-3 epsilon protein is identified in the biological sample, wherein identification of 14-3-3 epsilon protein in the biological sample indicates a positive diagnosis of multiple sclerosis in the patient.
A pharmaceutical composition comprising an extract of branches of Lindera obtusiloba as an active ingredient, for use in preventing and treating thrombotic disorders selected from the group of atherothrombotic diseases, phlebothrombosis, hepatic portal vein thrombosis, pulmonary thromboembolism, chronic limb ischemia, varicose vein, deep vein thrombosis diseases, cerebral infarction, and cerebral hemorrhage.
A method for adhesive bonding of substrates, comprising: - applying an adhesive layer on a first substrate and/or on a second substrate; and - positioning the first substrate on the second substrate, with interposition of the applied adhesive layer; wherein the method comprises: before positioning the first substrate on the second substrate, applying radiation curing means on the adhesive layer in order to partially cure said adhesive layer in a selected manner; wherein in order to position the first substrate on the second substrate, the method comprises postforming, by means of postforming means (8; 12), at least one strip (2', 2b, 2c, 2d) of the first substrate on at least one contour of the second substrate; and wherein the curing means are applied in correspondence with the at least one strip (2', 2b, 2c, 2d) of the first substrate prior to and/or during the postforming thereof on the at least one contour of the second substrate. - applying an adhesive layer on a first substrate and/or on a second substrate; and - positioning the first substrate on the second substrate, with interposition of the applied adhesive layer; wherein the method comprises: before positioning the first substrate on the second substrate, applying radiation curing means on the adhesive layer in order to partially cure said adhesive layer in a selected manner; wherein in order to position the first substrate on the second substrate, the method comprises postforming, by means of postforming means (8; 12), at least one strip (2', 2b, 2c, 2d) of the first substrate on at least one contour of the second substrate; and wherein the curing means are applied in correspondence with the at least one strip (2', 2b, 2c, 2d) of the first substrate prior to and/or during the postforming thereof on the at least one contour of the second substrate.
An electrode assembly, in which a plurality of unit electrodes and a plurality of separators are alternately laminated, wherein each of the unit electrodes is provided by connecting a plurality of electrodes (111a, 112a) by adhesion to each other, each of which is entirely made of a solid electrode mixture without a collector, the solid electrode mixture is provided by further mixing at least one or more of a conductive material and a binder with an electrode active material, and an electrode tab attached to the unit electrode, wherein the electrode tab is attached to at least one or more of a surface or an edge of the unit electrode, wherein the electrode tab is provided as an electrode wire having flexibility and conductivity, is bent to match an inner space of a battery case to be freely adjusted in position. wherein each of the unit electrodes is provided by connecting a plurality of electrodes (111a, 112a) by adhesion to each other, each of which is entirely made of a solid electrode mixture without a collector, the solid electrode mixture is provided by further mixing at least one or more of a conductive material and a binder with an electrode active material, and an electrode tab attached to the unit electrode, wherein the electrode tab is attached to at least one or more of a surface or an edge of the unit electrode, wherein the electrode tab is provided as an electrode wire having flexibility and conductivity, is bent to match an inner space of a battery case to be freely adjusted in position.
Device for internal chips cutting machining in a bore, comprising a principal element with a longitudinal axis, and with at least one movable cutter head with a cutter, that can be moved in a direction with an angle to the longitudinal axis of the principal element between an inside position and an outside position via a mechanism for linear movement, a nozzle for breaking up chips by flushing of cutter fluid on the cutter, wherein the nozzle is located on and can be moved together with the cutter head; a fluid duct in connection with the nozzle and with a source for pressurized cutter fluid, wherein the fluid duct comprises a bore in the principal element, and the fluid duct comprises a bore in the cutter head, characterized in that: the device comprises a tube for transfer of the cutter fluid, running between the principal element and the cutter head, wherein the tube is fixed at one end to one of the bore in the principal element and the bore in the cutter head, and, at the other end, is glidingly running in the other of the bore in the principal element and the bore in the cutter head such that a sliding movement is allowed between the respective bore and the tube, whereby the cutter fluid can be transferred between the principal element and the cutter head. the device comprises a tube for transfer of the cutter fluid, running between the principal element and the cutter head, wherein the tube is fixed at one end to one of the bore in the principal element and the bore in the cutter head, and, at the other end, is glidingly running in the other of the bore in the principal element and the bore in the cutter head such that a sliding movement is allowed between the respective bore and the tube, whereby the cutter fluid can be transferred between the principal element and the cutter head.
A method of initiating a response corresponding to a first object being transported by an operator, the method comprising: capturing first image data of the first object being transported by the operator, transmitting the captured first image data to a processing device; the processing device comparing said captured first image data to previously stored data; the processing device identifying the first object based on said comparison; retrieving a predetermined first action corresponding to the identified first object; and implementing the predetermined first action on a clinical diagnostic laboratory instrument and further comprising monitoring a status of consumable materials used by the instrument, wherein the first object is destined for an interaction and/or to be used in conjunction with the instrument. capturing first image data of the first object being transported by the operator, transmitting the captured first image data to a processing device; the processing device comparing said captured first image data to previously stored data; the processing device identifying the first object based on said comparison; retrieving a predetermined first action corresponding to the identified first object; and implementing the predetermined first action on a clinical diagnostic laboratory instrument and further comprising monitoring a status of consumable materials used by the instrument, wherein the first object is destined for an interaction and/or to be used in conjunction with the instrument.
A turning working vehicle comprising: a prime mover part, said prime mover part being covered at the rear with a hood arranged behind a turning body; an operation part, said operation part being arranged on said prime mover part; and a cabin, said cabin covering said operation part characterized in that the cabin comprises a rear wall portion of said cabin being formed of a rear window portion and of a housing part, and in that the housing part for housing a condenser for an air conditioner is arranged under the rear window portion and over the hood. a prime mover part, said prime mover part being covered at the rear with a hood arranged behind a turning body; an operation part, said operation part being arranged on said prime mover part; and a cabin, said cabin covering said operation part characterized in that the cabin comprises a rear wall portion of said cabin being formed of a rear window portion and of a housing part, and in that the housing part for housing a condenser for an air conditioner is arranged under the rear window portion and over the hood.