mhurhangee/ep-ind-claims huggingface dataset:
A method for a data acquisition device, comprising: upon encountering a content transfer condition, if a size of content is greater than a predefined size threshold then performing a lossy compression operation on the content to reduce the size of the content to produce lossy-compressed content, and transmitting the lossy-compressed content to a predefined destination for routing to a final storage location using a packet- switched networking protocol, wherein the packet-switched networking protocol comprises the multimedia messaging protocol and the threshold is carrier dependent and is set to be the maximum size that a particular carrier will allow for a MMS message; and at a later time, performing a synchronization operation wherein the non-lossy compressed content corresponding to the lossy-compressed content, is transmitted to the final storage location. upon encountering a content transfer condition, if a size of content is greater than a predefined size threshold then performing a lossy compression operation on the content to reduce the size of the content to produce lossy-compressed content, and transmitting the lossy-compressed content to a predefined destination for routing to a final storage location using a packet- switched networking protocol, wherein the packet-switched networking protocol comprises the multimedia messaging protocol and the threshold is carrier dependent and is set to be the maximum size that a particular carrier will allow for a MMS message; and at a later time, performing a synchronization operation wherein the non-lossy compressed content corresponding to the lossy-compressed content, is transmitted to the final storage location.
A concentrated solar thermal receiver (10; 10A) for receiving concentrated solar thermal energy from a concentrating array of solar reflectors, the receiver comprising a single layered array of tubes (24; 19) configured to carry a heat transfer fluid and defining in combination an exposed concentrated solar thermal energy receiving surface, the array of tubes (24; 19) having a fluid inlet communicating with at least one inlet conduit and a fluid outlet communicating with at least one outlet conduit, the fluid inlet comprising an operatively lower inlet header and the fluid outlet comprising an operatively upper outlet header, and the array of tubes (24; 19) extending between the inlet header and the outlet header; characterised in that: the array of tubes (24; 19) are arranged in a serpentine configuration, and the array has predominantly transverse passes or components (26a-f), with each tube in the array having an upright or longitudinal component (26g-m) between successive transverse passes or components (26a-f), such that, in operation, the transverse components or passes are substantially horizontal and the array of tubes (24; 19) thereby defines a fluid flow path which is horizontal and upward.
A fire monitoring system comprising: a fire detector constituted by a multi-layer-type neural network for detecting a fire based upon input information, a learning control part for subjecting the fire detector to learning by deep learning, a normal monitoring image storage part for storing an image captured in a normal monitoring state in a monitor region as a normal monitoring image, a learning image generation control part for generating an image of a fire outbreak in a monitoring region as a fire learning image (92-1 - 92-n) based upon the normal monitoring image, and a fire smoke image storage part for storing a fire smoke image (86-1 - 86-n) preliminarily generated; wherein the learning image generation control part detects one or a plurality of fire source objects contained in the normal monitoring image, and generates the fire learning image (92-1 - 92-n) by composing the fire generation point of the fire smoke image (86-1 - 86-n) so as to be positioned at the detected fire source object, wherein the learning control part inputs the fire learning image (92-1 - 92-n) generated by the learning image generation control part into the fire detector so as to be subjected to learning by deep learning. a fire detector constituted by a multi-layer-type neural network for detecting a fire based upon input information, a learning control part for subjecting the fire detector to learning by deep learning, a normal monitoring image storage part for storing an image captured in a normal monitoring state in a monitor region as a normal monitoring image, a learning image generation control part for generating an image of a fire outbreak in a monitoring region as a fire learning image (92-1 - 92-n) based upon the normal monitoring image, and a fire smoke image storage part for storing a fire smoke image (86-1 - 86-n) preliminarily generated; wherein the learning image generation control part detects one or a plurality of fire source objects contained in the normal monitoring image, and generates the fire learning image (92-1 - 92-n) by composing the fire generation point of the fire smoke image (86-1 - 86-n) so as to be positioned at the detected fire source object, wherein the learning control part inputs the fire learning image (92-1 - 92-n) generated by the learning image generation control part into the fire detector so as to be subjected to learning by deep learning.
A method of detecting a movement of a timepiece setting stem arranged to be moved axially along and/or rotated about its longitudinal axis, the method comprising: - illuminating, with a light source, a portion of the setting stem; - receiving, on an optical sensor, a reflected or diffracted light beam from the setting stem; - forming, with a processor, a first pixel pattern representative of the reflected light beam at a first time instant; - forming, with said processor, a second pixel pattern representative of the reflected light beam at a second, later time instant; and - determining that the crown has been moved if the second pixel pattern is shifted with respect to the first pixel pattern. - illuminating, with a light source, a portion of the setting stem; - receiving, on an optical sensor, a reflected or diffracted light beam from the setting stem; - forming, with a processor, a first pixel pattern representative of the reflected light beam at a first time instant; - forming, with said processor, a second pixel pattern representative of the reflected light beam at a second, later time instant; and - determining that the crown has been moved if the second pixel pattern is shifted with respect to the first pixel pattern.
Reactor for conditioning a gas stream from a gasifier, the thermal cracking of tars present in said gas stream and the steam reforming of water from the carbon remaining in said gas stream, which sequentially comprises a distributor for conditioning the gas stream from a gasification process, a thermal cracking chamber, a reforming chamber, a closed heat exchanger and outlet means for both the product gas stream and the solid residues characterised in that comprises a device located inside said distributor, concentrically to the reactor and in an axial direction to the gas stream, said device having an inner cavity through which between 6-10% of the total gas stream entering the distributor penetrates, and comprising a first part in an inverted frustoconical shape, which has a plurality of water inlet pipes opening into an annular section, distributing the water along said annular section until it exits, converted into steam, through a plurality of holes located in the bottom of said device which operates as a continuous evaporation chamber, in particular, at the end of a frustoconical section, a second part or oblong cylindrical chamber, which has a plurality of inlets for the oxidizing agent, which penetrate the inner cavity of the device passing through the annular section thereof, such that said inner cavity of said device connects with the outside of the reactor, for the supply of the oxidizing agent and with a third part with said frustoconical section the larger diameter having a plurality of holes oriented towards the inner cavity of the device and the outlet of steam formed in the annular section of said device is passed through said holes.
A rail vehicle wheel having a central axis (A-A') of rotation, the wheel comprising a rim having two coaxial annular flanges delimiting an annular space between them, a tire surrounding the rim and comprising a bearing portion engaged in the annular space between the two annular flanges, and two resilient rings, each resilient ring being interposed axially between the bearing portion and a respective annular flange, the bearing portion bearing on the annular flanges via the resilient rings, the wheel comprising at least one set of centering holes, each set of centering holes comprising several centering holes aligned along an alignment axis (B-B') parallel to the central axis (A-A'), each set of centering holes including at least one centering hole provided in a annular flange, at least one centering hole provided in a resilient ring, and a centering hole provided in the bearing portion, the rail vehicle wheel comprising a centering rod engaged in each of the centering holes (10A, 8A, 22A) of at least one said set of centering holes.
A ceiling-embedded air conditioner comprising: a box-type body unit configured to be disposed in an attic of an air-conditioning room; and a decorative panel mounted on a bottom surface of the body unit to extend along a ceiling surface of the air-conditioning room, the body unit including an outer body made of a top panel having a rectangular shape and four side plates (112, 113) extending downward on the air-conditioning room side from four sides of the top panel, the outer body containing a blower and a heat exchanger disposed therein, the bottom surface of the outer body being blocked by a drain pan, wherein an electrical component box is provided on side of an outer surface of the side plate, characterized in that a cable storage part for storing a drawing section of a lead wire drawn from the electrical component box and guiding the drawing section in a predetermined direction is disposed on a side of an inner surface of the side plate. a box-type body unit configured to be disposed in an attic of an air-conditioning room; and a decorative panel mounted on a bottom surface of the body unit to extend along a ceiling surface of the air-conditioning room, the body unit including an outer body made of a top panel having a rectangular shape and four side plates (112, 113) extending downward on the air-conditioning room side from four sides of the top panel, the outer body containing a blower and a heat exchanger disposed therein, the bottom surface of the outer body being blocked by a drain pan, wherein an electrical component box is provided on side of an outer surface of the side plate, characterized in that a cable storage part for storing a drawing section of a lead wire drawn from the electrical component box and guiding the drawing section in a predetermined direction is disposed on a side of an inner surface of the side plate.
An apparatus for placing and forming a composite ply onto a contoured tool surface, comprising: a manipulator; a frame mounted on and transportable by the manipulator; a flexible forming membrane supported by the frame and configured to be placed over the contoured tool surface; at least one vacuum suction cup mounted on the flexible forming membrane and configured to engage and grip the composite ply; a clamping device supported by the frame and configured to clamp a section of the flexible forming membrane and the composite ply on the contoured tool surface; a plurality of Bernoulli cups mounted on the flexible forming membrane and configured to grip the composite ply while allowing the composite ply to slip therebeneath during forming of a composite ply onto the contoured tool surface, wherein said at least one vacuum suction cup is located substantially along the centerline of the forming membrane while the plurality of Bernoulli cups are located along its opposite edges; and a plurality of forming devices mounted on the frame and configured to form the flexible forming membrane and the composite ply down onto the contoured tool surface. a manipulator; a frame mounted on and transportable by the manipulator; a flexible forming membrane supported by the frame and configured to be placed over the contoured tool surface; at least one vacuum suction cup mounted on the flexible forming membrane and configured to engage and grip the composite ply; a clamping device supported by the frame and configured to clamp a section of the flexible forming membrane and the composite ply on the contoured tool surface; a plurality of Bernoulli cups mounted on the flexible forming membrane and configured to grip the composite ply while allowing the composite ply to slip therebeneath during forming of a composite ply onto the contoured tool surface, wherein said at least one vacuum suction cup is located substantially along the centerline of the forming membrane while the plurality of Bernoulli cups are located along its opposite edges; and a plurality of forming devices mounted on the frame and configured to form the flexible forming membrane and the composite ply down onto the contoured tool surface.
A hose joint comprising: a cylindrical nipple provided along a space adapted for insertion of a flexible hose; an elastic sleeve which is provided so as to clamp in use the insertion space of the flexible hose between an outer peripheral face of the nipple and the elastic sleeve in a radial direction and is deformable in the radial direction; and a tightening member provided outside the elastic sleeve and having a pressing part that presses in use the elastic sleeve toward the nipple, wherein the nipple has a large-diameter cylindrical face which is smooth in an axial direction and is adapted to face and pressure-weld to an inner surface of the flexible hose in the radial direction on an axial direction front end of the outer peripheral face, the elastic sleeve has a cylindrical inner face which is smooth in the axial direction and is adapted to pressure-weld to an outer surface of the flexible hose on a sleeve inner face facing the large-diameter cylindrical face of the nipple in the radial direction across the flexible hose when in use clamped, wherein the outer peripheral face of the nipple has an annular groove provided adjacent to the large-diameter cylindrical face in the axial direction, and the sleeve inner face has an annular rib provided facing the annular groove in the radial direction across the flexible hose when in use clamped, characterised in that on the sleeve inner face, the cylindrical inner face is formed partially protruding toward the outer surface of the flexible hose in the radial direction. a cylindrical nipple provided along a space adapted for insertion of a flexible hose; an elastic sleeve which is provided so as to clamp in use the insertion space of the flexible hose between an outer peripheral face of the nipple and the elastic sleeve in a radial direction and is deformable in the radial direction; and a tightening member provided outside the elastic sleeve and having a pressing part that presses in use the elastic sleeve toward the nipple, wherein the nipple has a large-diameter cylindrical face which is smooth in an axial direction and is adapted to face and pressure-weld to an inner surface of the flexible hose in the radial direction on an axial direction front end of the outer peripheral face, the elastic sleeve has a cylindrical inner face which is smooth in the axial direction and is adapted to pressure-weld to an outer surface of the flexible hose on a sleeve inner face facing the large-diameter cylindrical face of the nipple in the radial direction across the flexible hose when in use clamped, wherein the outer peripheral face of the nipple has an annular groove provided adjacent to the large-diameter cylindrical face in the axial direction, and the sleeve inner face has an annular rib provided facing the annular groove in the radial direction across the flexible hose when in use clamped, characterised in that on the sleeve inner face, the cylindrical inner face is formed partially protruding toward the outer surface of the flexible hose in the radial direction.
An improved golf club grip (10; 10a) with a reminder rib, comprising: an elongated tubular body (14; 14a) having an end cap at one end and a bore at an opposite end, said tubular body (14; 14a) with said bore being constructed for receiving a golf club shaft, said tubular body (14; 14a) being hollow and having an internal ridge (24; 24a) formed therein, said internal ridge (24; 24a) extending lengthwise within said tubular body (14; 14a); and a groove positioned on an exterior surface of said tubular body (14; 14a) at a location immediately adjacent each side of said internal ridge (24; 24a) disposed within said tubular body (14; 14a), said groove running approximately the same length as said internal ridge (24; 24a) and reducing thickness of said tubular body (14; 14a) on each side of said internal ridge (24; 24a) for making a more pronounced reminder rib. an elongated tubular body (14; 14a) having an end cap at one end and a bore at an opposite end, said tubular body (14; 14a) with said bore being constructed for receiving a golf club shaft, said tubular body (14; 14a) being hollow and having an internal ridge (24; 24a) formed therein, said internal ridge (24; 24a) extending lengthwise within said tubular body (14; 14a); and a groove positioned on an exterior surface of said tubular body (14; 14a) at a location immediately adjacent each side of said internal ridge (24; 24a) disposed within said tubular body (14; 14a), said groove running approximately the same length as said internal ridge (24; 24a) and reducing thickness of said tubular body (14; 14a) on each side of said internal ridge (24; 24a) for making a more pronounced reminder rib.
Loading device for successively feeding cardboard sheets to a processing station for folding said sheets in order to form packing boxes therefrom, said processing station having a magazine for receiving the successive sheets, possibly grouped into batches, said device having, for its part, a manipulator comprising a gripping tool for grasping said sheets, and an actuator for displacing the tool, the device being characterized in that the tool is provided, on the one hand, with a clamp for grasping a possible tie holding together the sheets of a same batch by forming a closed loop and, on the other hand, a cutting means for opening such a tie.
Method of managing a remote controller of a home electronic device comprising the steps of - by the home electronic device, detecting proximity of a portable device of a pre-registered user, wherein a personalized setting of the remote controller for said pre-registered user is stored at the home electronic device, - by the home electronic device, upon detection of said portable device in proximity, activating user recognition means (104, 105) for recognition of pre-registered user and - by the home electronic device, upon recognition of a pre-registered user, loading personalized settings of the remote controller for the recognized pre-registered user by either loading personalized settings of the remote controller for the recognized pre-registered user at the home electronic device or transmitting personalized settings of the remote controller for the recognized pre-registered user from the home electronic device to the remote controller. - by the home electronic device, detecting proximity of a portable device of a pre-registered user, wherein a personalized setting of the remote controller for said pre-registered user is stored at the home electronic device, - by the home electronic device, upon detection of said portable device in proximity, activating user recognition means (104, 105) for recognition of pre-registered user and - by the home electronic device, upon recognition of a pre-registered user, loading personalized settings of the remote controller for the recognized pre-registered user by either loading personalized settings of the remote controller for the recognized pre-registered user at the home electronic device or transmitting personalized settings of the remote controller for the recognized pre-registered user from the home electronic device to the remote controller.
A universal flexible transmission for the transmission of motion from a rotary driving axis to a distant point which can be moved in any direction, non-parallel or perpendicular to the driving axis, in a linear or rotating direction, wherein said transmission comprises at least one tubular container which extends between a rotary driving axis and a rotating or translating guided point (13, 113), said at least one tubular container containing spherical elements (15, 16) in contact with each other, there also being a pulley (26, 27), in correspondence with said rotary driving axis, contained, free to rotate, in a box-like element (24, 25) and provided with peripheral grooves (115, 117) suitable for receiving said spherical elements (15, 16), so as to entrain them and cause them to advance with its rotation, both in its interior and in the interior of at least one tubular container, at least one compensator (18, 19) also being envisaged, which guarantees the continuous contact between said spherical elements (15, 16) during their linear or rotating or alternating backward and forward movement, wherein said spherical elements comprise a plurality of first spherical elements, having an outer diameter close to the internal diameter of said container, alternating with second spherical elements of a plurality second spherical elements, having a smaller outer diameter with respect to that of the first spherical elements, characterized in that each of said second spherical elements is contained in a hollow cylindrical body which has a longitudinal dimension slightly shorter with respect to the outer diameter of said second spherical elements.
Segment shaped digital imaging surface configured as a digital wall cover comprising a support net formed by mutually connected eyes, and imaging modules which are consisting of the front part and the rear part, where the rear part is inserted into the eyes of the support net, and the shape and size of the eyes of the net is equivalent to the shape and size of the rear part of the imaging module characterised by, that the front part of the imaging module has larger surface than the rear part of the imaging module, neighbouring imaging modules are directly mutually interconnected by pins and by sockets intended for data transmission, and the support net is flexibly deformable to create or to cover any kind of 3D object.