mhurhangee/ep-ind-claims huggingface dataset:
A processor, comprising: a multiplier adapted to execute a multiplication instruction; an adder coupled to the multiplier, wherein the adder is adapted to execute an add instruction; and a memory comprising at least two arrays of operands coupled to the multiplier and adapted to provide operands for a multiplication instruction; a stack coupled to the adder and adapted to provide operands for an add instruction; characterized in that if a multiplication and an add instruction are determined to be consecutive in program order and within a loop, the multiplier and the adder are arranged to execute the add and multiplication instructions in parallel; wherein in each iteration, other than a first and last iteration, of the loop, the multiplier is adapted to multiply an entry from a first array (a 0 -a n) in the memory and a second array (b 0 -b n) in the memory to produce product (c 0 -c n), concurrently with the adder adding a previous product (c 0 -c n) to an accumulated value coming from a previous loop iteration to produce a new accumulated value, the new accumulated value being put onto the stack. a multiplier adapted to execute a multiplication instruction; an adder coupled to the multiplier, wherein the adder is adapted to execute an add instruction; and a memory comprising at least two arrays of operands coupled to the multiplier and adapted to provide operands for a multiplication instruction; a stack coupled to the adder and adapted to provide operands for an add instruction;
An apparatus for rendering three-dimensional, 3D, media content, the apparatus comprising: a communication interface configured to receive a multimedia stream; and one or more processors operably coupled to the communication interface, the one or more processors configured to: parse the multimedia stream into 2D video bitstreams including geometry frames and texture frames, 2D to 3D conversion metadata for rendering 3D points from 2D frames, and 3D scene representation metadata including a tree structured logical model describing a 3D scene for a render module by describing 6 degree of freedom, 6DoF, spatio-temporal relationships among objects in a 6DoF scene using a list of scene description fragments, wherein each scene description fragment corresponds to a particular node of the tree structured logical model; decode the 2D video streams including geometry data and texture data to generate 2D pixel data; convert the 2D pixel data into 3D voxel data using the 2D to 3D conversion metadata; and generate the 6DoF scene from 3D voxel data using the 3D scene representation metadata. a communication interface configured to receive a multimedia stream; and one or more processors operably coupled to the communication interface, the one or more processors configured to: parse the multimedia stream into 2D video bitstreams including geometry frames and texture frames, 2D to 3D conversion metadata for rendering 3D points from 2D frames, and 3D scene representation metadata including a tree structured logical model describing a 3D scene for a render module by describing 6 degree of freedom, 6DoF, spatio-temporal relationships among objects in a 6DoF scene using a list of scene description fragments, wherein each scene description fragment corresponds to a particular node of the tree structured logical model; decode the 2D video streams including geometry data and texture data to generate 2D pixel data; convert the 2D pixel data into 3D voxel data using the 2D to 3D conversion metadata; and generate the 6DoF scene from 3D voxel data using the 3D scene representation metadata. parse the multimedia stream into 2D video bitstreams including geometry frames and texture frames, 2D to 3D conversion metadata for rendering 3D points from 2D frames, and 3D scene representation metadata including a tree structured logical model describing a 3D scene for a render module by describing 6 degree of freedom, 6DoF, spatio-temporal relationships among objects in a 6DoF scene using a list of scene description fragments, wherein each scene description fragment corresponds to a particular node of the tree structured logical model; decode the 2D video streams including geometry data and texture data to generate 2D pixel data; convert the 2D pixel data into 3D voxel data using the 2D to 3D conversion metadata; and generate the 6DoF scene from 3D voxel data using the 3D scene representation metadata.
A device for automatically opening and closing a slide door (12, 120) having: a tread plate (21, 210) that is arranged to be freely movable up and down; a door (12, 120) supported to be movable toward opening and closing directions; characterized by an open door rail (41, 41a, 410) fixed to the door (12, 120) that is inclined downwardly toward the opening direction of the door (12, 120); and open door mechanism that applies a pressing force from below to the open door rail (41, 41a, 410) by a pressing body (42, 42a, 420) that is moveably contacted to the open door rail (41, 41a, 410) when the tread plate (21, 210) is depressed; the depression of the tread plate (21, 210) is converted by a lever (31, 310) linked to the tread plate (21, 210) and transmitted to the pressing body (42, 42a, 420), wherein the lever (31, 310) is provided with a fulcrum point; and a close door biasing mechanism that applies a biasing force to the door (12, 120) toward the closing direction. a tread plate (21, 210) that is arranged to be freely movable up and down; a door (12, 120) supported to be movable toward opening and closing directions; characterized by an open door rail (41, 41a, 410) fixed to the door (12, 120) that is inclined downwardly toward the opening direction of the door (12, 120); and open door mechanism that applies a pressing force from below to the open door rail (41, 41a, 410) by a pressing body (42, 42a, 420) that is moveably contacted to the open door rail (41, 41a, 410) when the tread plate (21, 210) is depressed; the depression of the tread plate (21, 210) is converted by a lever (31, 310) linked to the tread plate (21, 210) and transmitted to the pressing body (42, 42a, 420), wherein the lever (31, 310) is provided with a fulcrum point; and a close door biasing mechanism that applies a biasing force to the door (12, 120) toward the closing direction.
A portable beating device for picking fruit off trees, in particular for picking olives, comprising: a support frame; a pair of oscillatory beating members supported by the frame and hinged to the frame by means of respective first joints; and a movement system supported by the frame and moving the beating members by means of a pushing element having a first axial end movable along a sliding axis and coupled to respective driving ends of the beating members by means of respective second joints; the device being characterized in that the beating members are hinged to each other and to an axial end of the pushing element by means of at least one operation pin defining a common hinge axis of the beating members; and in that at least one between the first joint and the second joint of at least one of said beating members is a composite joint, configured to allow the rotation of the respective beating member about at least a first rotation axis (A, B) and a transverse displacement of said first rotation axis (A, B) while the beating member rotates about said first rotation axis (A, B).
Apparatus for grinding the inner sides of the bead regions of pneumatic vehicle tyres, comprising - a positioning device for positioning the pneumatic vehicle tyre in an upright position with a device for turning the pneumatic vehicle tyre, - a grinding unit, which is adjustable in the horizontal and vertical directions and is movable and is tiltable in the direction of the interior of the tyre torus by means of an inclination adjusting device, - a motorized grinding cylinder, which is arranged on the grinding unit and the outer surface of which can be aligned tangentially with the inner side of the bead region by adjusting the grinding unit, characterized in that it has a vertically upright supporting plate, which is adjustable parallel to the tyre axis of the positioned pneumatic vehicle tyre and against which the pneumatic vehicle tyre is pressed by the grinding unit and which is of a low-friction design on its side facing the pneumatic vehicle tyre. - a positioning device for positioning the pneumatic vehicle tyre in an upright position with a device for turning the pneumatic vehicle tyre, - a grinding unit, which is adjustable in the horizontal and vertical directions and is movable and is tiltable in the direction of the interior of the tyre torus by means of an inclination adjusting device, - a motorized grinding cylinder, which is arranged on the grinding unit and the outer surface of which can be aligned tangentially with the inner side of the bead region by adjusting the grinding unit,
Jump device having a polygonal frame which delimits a jumping surface and the underside of which is mounted on a support, and having bow-shaped, elastically deformable rods, characterised in that each rod is mounted on the frame with a first longitudinal end in such a way that this extends towards the centre of the jumping surface, where its second longitudinal end ends freely, and that the rods mounted on the frame form a convex jumping surface projecting beyond the upper side of the frame, which is covered with a cover.
Lubricant pump having a housing which has a storage vessel with a storage vessel cover for lubricant and has a pump housing portion (104, 106) which comprises a pump unit, in particular a piston pump device, wherein the pump unit is designed to convey a lubricant from the storage vessel to a lubricant outlet (52; 62; 64) arranged on the housing, and wherein the storage vessel has a lubricant filling opening and has a lubricant outlet point connected to the pump unit, wherein the lubricant filling opening is arranged at a top side of the storage vessel on the storage vessel cover and is covered by means of a cover, characterized in that the cover for covering the lubricant filling opening is arranged so as to be rotatably mounted on a front side of the storage vessel and has a front element and a covering element arranged at an angle on said front element, wherein the covering element is designed to, in a closed position, cover the lubricant filling opening in the storage vessel cover and, in an opened position, project from the front side of the storage vessel and form a droplet collecting tray.
A reticle for use in a telescopic gunsight including a mount for mounting said gunsight in a fixed, predetermined position relative to a gun barrel, said reticle comprising: a primary vertical cross-hair spanning said reticle and having a predetermined thickness intersecting the optical center of the reticle; a primary horizontal cross-hair spanning said reticle and having a predetermined thickness intersecting said primary vertical cross-hair to form an upper right quadrant, an upper left quadrant, a lower left quadrant, and a lower right quadrant; characterized in that said reticle further comprises a plurality of secondary horizontal cross-hairs having a predetermined thickness evenly spaced along and intersecting at predetermined distances said primary vertical cross-hair, each said secondary horizontal cross-hair forming an aiming point with said primary vertical cross-hair; a plurality of secondary vertical cross-hairs having predetermined thickness evenly spaced along and intersecting at predetermined distances at least some of said secondary horizontal cross-hairs, wherein an intersection of at least one of said plurality of said secondary vertical cross-hairs and at least one of said plurality of secondary horizontal cross-hairs provides at least one aiming point. a primary vertical cross-hair spanning said reticle and having a predetermined thickness intersecting the optical center of the reticle; a primary horizontal cross-hair spanning said reticle and having a predetermined thickness intersecting said primary vertical cross-hair to form an upper right quadrant, an upper left quadrant, a lower left quadrant, and a lower right quadrant; characterized in that said reticle further comprises a plurality of secondary horizontal cross-hairs having a predetermined thickness evenly spaced along and intersecting at predetermined distances said primary vertical cross-hair, each said secondary horizontal cross-hair forming an aiming point with said primary vertical cross-hair; a plurality of secondary vertical cross-hairs having predetermined thickness evenly spaced along and intersecting at predetermined distances at least some of said secondary horizontal cross-hairs, wherein an intersection of at least one of said plurality of said secondary vertical cross-hairs and at least one of said plurality of secondary horizontal cross-hairs provides at least one aiming point.
Crystal form III of compound -N-[5-[1-(3-ethoxy-4-methoxyphenyl)-2-(methylsulfone)ethyl]-4,6-dioxo-5,6-dihy dro-4H-thieno[3,4-c]pyrrole-1-yl]acetamide, having characteristic peaks at diffraction angles 2θ of 6.5±0.2°, 7.1±0.2°, 7.4±0.2°, 19.2±0.2°, 19.6±0.2°, 25.8±0.2° and 26.5±0.2° in an X-ray powder diffraction (XRPD) pattern.
Apparatus comprising: a laminated battery provided on a major surface of a carrier, the laminated battery comprising a bottom electrode layer, an electrolyte layer, and a top electrode layer; and an integrated circuit connected to the bottom electrode layer and the top electrode layer, wherein the integrated circuit is located in an opening in the laminated battery and is surrounded by the laminated battery on the major surface of the carrier, and wherein a portion of the bottom electrode layer and a portion of the top electrode layer each extend into the opening to connect with the integrated circuit. a laminated battery provided on a major surface of a carrier, the laminated battery comprising a bottom electrode layer, an electrolyte layer, and a top electrode layer; and an integrated circuit connected to the bottom electrode layer and the top electrode layer,
A scheduling method based on Quality of Service, QoS, characterized in that the method comprises: Determining, by an Access Point, AP, or a Gateway, GW, a QoS level of a downlink service data packet of a Media Access Control, MAC, layer according to QoS attribute information of an Internet Protocol, IP, layer in each of received downlink service IP data packets; and Scheduling, by the AP, radio resource transmission based upon the QoS level of the downlink service data packet of the MAC layer. Determining, by an Access Point, AP, or a Gateway, GW, a QoS level of a downlink service data packet of a Media Access Control, MAC, layer according to QoS attribute information of an Internet Protocol, IP, layer in each of received downlink service IP data packets; and Scheduling, by the AP, radio resource transmission based upon the QoS level of the downlink service data packet of the MAC layer.
Method for determining the position and/or orientation of a spectacle lens having permanent marks on a holder, comprising: providing a captured apparent location of the permanent marks on the spectacle lens, wherein the apparent location of the permanent marks differs from a real location of the permanent marks on account of light refraction by the spectacle lens, determining the position and/or orientation of the spectacle lens on the basis of the apparent location of the permanent marks and mark-independent additional information, characterized in that the mark-independent additional information comprises calculated or experimentally ascertained location properties of different shapes of spectacle lenses on the holder, wherein the location properties comprise holding characteristics of the holder. providing a captured apparent location of the permanent marks on the spectacle lens, wherein the apparent location of the permanent marks differs from a real location of the permanent marks on account of light refraction by the spectacle lens, determining the position and/or orientation of the spectacle lens on the basis of the apparent location of the permanent marks and mark-independent additional information, characterized in that the mark-independent additional information comprises calculated or experimentally ascertained location properties of different shapes of spectacle lenses on the holder, wherein the location properties comprise holding characteristics of the holder.
A method of managing different types of click actions for a client device, comprising: retrieving data associated with a current context for a location factor and a time constraint for the client device; sending an advertisement to the client device; determining a set of at least one of a plurality of different types of click actions to be provided to the client device based on the retrieved data and a value that corresponds to each type of click action, in response to receiving a response to the advertisement from a user of the client device; sending a set of at least one link to the client device, each of the set of at least one link corresponding to a click action of the set of at least one type of click action; receiving a request from the client device based on a selection of at least one link, the request including a specification of at least one click action of the set of at least one type of click action that corresponds to the selected link; and performing the at least one specified click action. retrieving data associated with a current context for a location factor and a time constraint for the client device; sending an advertisement to the client device; determining a set of at least one of a plurality of different types of click actions to be provided to the client device based on the retrieved data and a value that corresponds to each type of click action, in response to receiving a response to the advertisement from a user of the client device; sending a set of at least one link to the client device, each of the set of at least one link corresponding to a click action of the set of at least one type of click action; receiving a request from the client device based on a selection of at least one link, the request including a specification of at least one click action of the set of at least one type of click action that corresponds to the selected link; and performing the at least one specified click action.
A monohull vessel for laying a pipeline, the vessel including tensioners disposed along a pipelaying path, wherein the pipelaying path includes an upstream portion that is substantially horizontal and, towards a first end of the vessel hull, a downstream portion that is downwardly inclined, wherein the substantially horizontal upstream portion of the pipelaying path is substantially straight and welding stations are provided within the substantially horizontal upstream straight portion for welding new pipe lengths to the end of the pipeline, characterised in that the substantially horizontal upstream straight portion is at least 10m above the centre of rolling of the vessel, and the downstream portion, in use, enters the water at a location inboard of the first end of the vessel hull.
Electro-optical modulator, comprising - at least one optical waveguide (112, 122); - an electrode arrangement for applying a voltage across the optical waveguide (112, 122), - wherein the electrode arrangement comprises a first and a second electrical line (11, 12) and at least two terminating resistors (21, 22) terminating the first and the second electrical line (11, 12); and - the electrode arrangement comprises at least one capacitive structure that capacitively couples, but galvanically separates the two terminating resistors (21, 22), characterized in that the capacitive structure comprises at least two electrically conductive layers (313, 314, 316) arranged between the first and the second electrical line (11, 12), wherein the at least two layers (313, 314, 316) are separated by at least one dielectric layer (315, 317). - at least one optical waveguide (112, 122); - an electrode arrangement for applying a voltage across the optical waveguide (112, 122), - wherein the electrode arrangement comprises a first and a second electrical line (11, 12) and at least two terminating resistors (21, 22) terminating the first and the second electrical line (11, 12); and - the electrode arrangement comprises at least one capacitive structure that capacitively couples, but galvanically separates the two terminating resistors (21, 22),
A method (24, 30) for providing a parser by a network node that includes a table defining a plurality of rules and a plurality of match fields required for extraction from an incoming data packet header in order to apply each of the respective rules, wherein each row of the table corresponds to a rule to be applied to a data packet, the method comprising: - determining at least one occurrence in the table of a first match field that requires extraction by: -- initializing a counter associated with the first match field; and -- incrementing the counter for each of the plurality of rules that requires extraction of the first match field; - determining a parser for use in accordance with the at least one determined occurrence of the first match field, - further comprising initializing a plurality of counters, each counter associated with a respective one of the plurality of match fields; - incrementing each of the plurality of counters for each of the plurality of rules that requires extraction of each of the respective match fields; and - determining the parser for use in accordance with the plurality of counters. - determining at least one occurrence in the table of a first match field that requires extraction by: -- initializing a counter associated with the first match field; and -- incrementing the counter for each of the plurality of rules that requires extraction of the first match field; -- initializing a counter associated with the first match field; and -- incrementing the counter for each of the plurality of rules that requires extraction of the first match field; - determining a parser for use in accordance with the at least one determined occurrence of the first match field, - further comprising initializing a plurality of counters, each counter associated with a respective one of the plurality of match fields; - incrementing each of the plurality of counters for each of the plurality of rules that requires extraction of each of the respective match fields; and - determining the parser for use in accordance with the plurality of counters.
A film, which is a heat-shrinkable laminated film suitable for deep drawing, comprising - a polyamide resin composition layer (a) containing a polyamide resin mixture comprising (i) 5-40 wt.-% of a polyamide base resin having a density of 0.95-1.10 g/cm 3 and a heat of crystalline fusion (ΔHB) of 5-35 J/g, and (ii) 60-95 wt.-% of an aliphatic polyamide resin having a heat of crystalline fusion (ΔHA) satisfying ΔHA > ΔHB; laminated onto - a heat-sealing resin layer (c) containing a polyolefin resin via - an adhesive resin layer (b). - a polyamide resin composition layer (a) containing a polyamide resin mixture comprising (i) 5-40 wt.-% of a polyamide base resin having a density of 0.95-1.10 g/cm 3 and a heat of crystalline fusion (ΔHB) of 5-35 J/g, and (ii) 60-95 wt.-% of an aliphatic polyamide resin having a heat of crystalline fusion (ΔHA) satisfying ΔHA > ΔHB; laminated onto (i) 5-40 wt.-% of a polyamide base resin having a density of 0.95-1.10 g/cm 3 and a heat of crystalline fusion (ΔHB) of 5-35 J/g, and (ii) 60-95 wt.-% of an aliphatic polyamide resin having a heat of crystalline fusion (ΔHA) satisfying ΔHA > ΔHB; laminated onto - a heat-sealing resin layer (c) containing a polyolefin resin via - an adhesive resin layer (b).