mhurhangee/ep-ind-claims huggingface dataset:
A packaging assembly for holding contents, comprising: a self-supporting plastic liner for holding contents and having a side wall, a closed bottom end being a bottom wall formed integral with the side wall, and an open top end having an outwardly-projecting rim, said rim comprising a flange portion; and a peel-reseal lidding assembly being characterized by including: a first layer defined by at least one edge, wherein the first layer is heat-sealed to the plastic liner at the at least one edge at the open top end operably sealing the contents therein, wherein a center portion of the first layer is detached from a remaining portion along at least one edge such that the center portion is movable to expose a lidding material thereunder; and a second layer defined by at least one edge that is sealed to the remaining portion and the center portion across the detached edge, wherein the second layer is resealable to seal the contents in the plastic liner when the lidding material is broken. a self-supporting plastic liner for holding contents and having a side wall, a closed bottom end being a bottom wall formed integral with the side wall, and an open top end having an outwardly-projecting rim, said rim comprising a flange portion; and a peel-reseal lidding assembly being characterized by including: a first layer defined by at least one edge, wherein the first layer is heat-sealed to the plastic liner at the at least one edge at the open top end operably sealing the contents therein, wherein a center portion of the first layer is detached from a remaining portion along at least one edge such that the center portion is movable to expose a lidding material thereunder; and a second layer defined by at least one edge that is sealed to the remaining portion and the center portion across the detached edge, wherein the second layer is resealable to seal the contents in the plastic liner when the lidding material is broken. a first layer defined by at least one edge, wherein the first layer is heat-sealed to the plastic liner at the at least one edge at the open top end operably sealing the contents therein, wherein a center portion of the first layer is detached from a remaining portion along at least one edge such that the center portion is movable to expose a lidding material thereunder; and a second layer defined by at least one edge that is sealed to the remaining portion and the center portion across the detached edge, wherein the second layer is resealable to seal the contents in the plastic liner when the lidding material is broken.
A bushing comprising: a first bushing component; a second bushing component; and a load compensation sleeve coupled to the first bushing component and the second bushing component and having a coefficient of thermal expansion that is greater than a CTE of the first bushing component and a CTE of the second bushing component, wherein the first bushing component, the load compensation sleeve, and the second bushing component are configured such that thermal axial expansion or contraction of the load compensation sleeve substantially maintains a distance between the first bushing component and the second bushing component over a range of operational temperatures. a first bushing component; a second bushing component; and a load compensation sleeve coupled to the first bushing component and the second bushing component and having a coefficient of thermal expansion that is greater than a CTE of the first bushing component and a CTE of the second bushing component,
A high intensity light emitting diode floodlight, the floodlight having a designed direction of output, comprising: a plurality of light emitting diodes, each with an optical element; a plurality of blades, the blades with the light emitting diodes mounted perpendicular to the designed direction of output, each of the blades having a free end and a fixed end and having a plurality of the light emitting diodes mounted linearly on each side of the blade at the same distance from a lateral edge of the blade; a heat sink thermally coupled to the fixed end of each of the blades, configured to dissipate heat away from the light emitting diodes, wherein a single optical element is mounted adjacent to a single light emitting diode in order to reflect light produced by the light emitting diode in the designed direction of output, a plurality of optical elements are coupled to each blade; characterized in that each of a plurality of light emitting diodes located on the first side of a blade is at midway point between a respective adjacent pair of light emitting diodes located on the second side of that blade, said adjacent pairs of light emitting diodes being of constant pitch. a plurality of light emitting diodes, each with an optical element;
An audio apparatus for generating a diffuse reverberation signal for an environment; the apparatus comprising: a receiver arranged to receive a plurality of audio signals representing sound sources in the environment; a metadata receiver arranged to receive metadata for the plurality of audio signals, the metadata comprising: a diffuse reverberation signal to total signal relationship measure indicative of a level of diffuse reverberation sound relative to total emitted sound in the environment, and for each audio signal: a signal level indication; directivity data indicative of directivity of sound radiation from the sound source represented by the audio signal; a circuit (505, 507) arranged to, for each of the plurality of audio signals, determine: a total emitted energy indication based on the signal level indication and the directivity data, and a downmix coefficient based on the total emitted energy indication and the diffuse reverberation signal to total signal relationship measure; a downmixer arranged to generate a downmix signal by combining signal components of each audio signal generated by applying the downmix coefficient for each audio signal to the audio signal; a reverberator for generating the diffuse reverberation signal for the environment from the downmix signal component. a receiver arranged to receive a plurality of audio signals representing sound sources in the environment; a metadata receiver arranged to receive metadata for the plurality of audio signals, the metadata comprising: a diffuse reverberation signal to total signal relationship measure indicative of a level of diffuse reverberation sound relative to total emitted sound in the environment, and for each audio signal: a signal level indication; directivity data indicative of directivity of sound radiation from the sound source represented by the audio signal; a signal level indication; directivity data indicative of directivity of sound radiation from the sound source represented by the audio signal; a circuit (505, 507) arranged to, for each of the plurality of audio signals, determine: a total emitted energy indication based on the signal level indication and the directivity data, and a downmix coefficient based on the total emitted energy indication and the diffuse reverberation signal to total signal relationship measure; a total emitted energy indication based on the signal level indication and the directivity data, and a downmix coefficient based on the total emitted energy indication and the diffuse reverberation signal to total signal relationship measure; a downmixer arranged to generate a downmix signal by combining signal components of each audio signal generated by applying the downmix coefficient for each audio signal to the audio signal; a reverberator for generating the diffuse reverberation signal for the environment from the downmix signal component.
Joint sealing tape comprising a foam, the joint sealing tape being compressible and resilient, characterized in that the foam is equipped with at least one substance which depending on the ambient conditions absorbs, stores and releases heat, wherein the substance which depending on the ambient conditions absorbs, stores and releases heat is a phase change material, namely PCM.
A portable device, comprising: a metal structure having a first bottomed concave-shaped portion, the first bottomed concave-shaped portion comprising a first bottom plate and first side plates provided around the first bottom plate; one resin casing integrally provided by injection molding on an outer side of the metal structure; and a display unit provided adjacent to the first bottom plate, wherein: the resin casing has first portions provided on or along both sides of the first side plates that are opposing each other; and the first portions hold therebetween the first side plates of the metal structure. a metal structure having a first bottomed concave-shaped portion, the first bottomed concave-shaped portion comprising a first bottom plate and first side plates provided around the first bottom plate; one resin casing integrally provided by injection molding on an outer side of the metal structure; and a display unit provided adjacent to the first bottom plate, wherein: the resin casing has first portions provided on or along both sides of the first side plates that are opposing each other; and the first portions hold therebetween the first side plates of the metal structure. the resin casing has first portions provided on or along both sides of the first side plates that are opposing each other; and the first portions hold therebetween the first side plates of the metal structure.
A fishing information management system that has a fishing rod to which a fishing reel with a spool capable of winding a fishing line is attached, comprising: an operation/environment information detector configured to detect operation information on operation and environment of operation of fishing tools when in use including the fishing reel and the fishing rod, wherein the operation/environment information detector comprises a reel operation detector configured to detect operation information of the fishing reel, wherein the reel operation information detector includes at least a spool rotation detector, and the operation/environment detector is configured to: detect the completion of casting, then determine a number of times when the spool rotation speed exceeds a predetermined threshold rotation speed value within a predetermined time period, and determine whether the number of times is greater than a predetermined threshold value, and if yes, judge that backlash has occurred; wherein the operation information detected comprises a rotation speed of the spool and backlash information, wherein the backlash information is determined based on the rotation speed of the spool; a calculator configured to calculate skill levels in casting based on the backlash information; a storage configured to store the operation information and the skill levels; and an indicator configured to display at least either of the operation information or the skill levels. an operation/environment information detector configured to detect operation information on operation and environment of operation of fishing tools when in use including the fishing reel and the fishing rod, wherein the operation/environment information detector comprises a reel operation detector configured to detect operation information of the fishing reel, wherein the reel operation information detector includes at least a spool rotation detector, and the operation/environment detector is configured to: detect the completion of casting, then determine a number of times when the spool rotation speed exceeds a predetermined threshold rotation speed value within a predetermined time period, and determine whether the number of times is greater than a predetermined threshold value, and if yes, judge that backlash has occurred; detect the completion of casting, then determine a number of times when the spool rotation speed exceeds a predetermined threshold rotation speed value within a predetermined time period, and determine whether the number of times is greater than a predetermined threshold value, and if yes, judge that backlash has occurred; wherein the operation information detected comprises a rotation speed of the spool and backlash information, wherein the backlash information is determined based on the rotation speed of the spool; a calculator configured to calculate skill levels in casting based on the backlash information; a storage configured to store the operation information and the skill levels; and an indicator configured to display at least either of the operation information or the skill levels.
Electrical connection system for a means for generating electrical energy from regenerative sources, in particular a wind turbine, comprising - a first connection piece which can be joined to an end of a first cable, a longitudinal axis of the first cable determining a first longitudinal axis and - a second connection piece which can be joined to an end of a second cable or to a second end of the first cable, a longitudinal axis of the first or second cable determining a second longitudinal axis, - wherein the first connection piece has a receptacle, formed for a projection of the second connection piece, and the second connection piece has the projection corresponding to the receptacle, and - wherein the projection can be arranged in the receptacle to form an electrically conductive connection between the connection pieces, - wherein the receptacle is formed by a groove extending in a plane perpendicular to the first longitudinal axis, the groove passing through the first connection piece in its extension direction, - wherein the projection extends in a plane perpendicular to the second longitudinal axis, - wherein a first groove wall is inclined in the direction of the first longitudinal axis and in that a lateral surface of the projection is inclined in the direction of the second longitudinal axis, characterized in that - in the connected state, the projection is fastened in the groove by a securing element, and - the securing element passes through the base of the groove and is fastened in the projection or in that the securing element passes through the projection and is fastened in the base of the groove. - a first connection piece which can be joined to an end of a first cable, a longitudinal axis of the first cable determining a first longitudinal axis and - a second connection piece which can be joined to an end of a second cable or to a second end of the first cable, a longitudinal axis of the first or second cable determining a second longitudinal axis, - wherein the first connection piece has a receptacle, formed for a projection of the second connection piece, and the second connection piece has the projection corresponding to the receptacle, and - wherein the projection can be arranged in the receptacle to form an electrically conductive connection between the connection pieces, - wherein the receptacle is formed by a groove extending in a plane perpendicular to the first longitudinal axis, the groove passing through the first connection piece in its extension direction, - wherein the projection extends in a plane perpendicular to the second longitudinal axis, - wherein a first groove wall is inclined in the direction of the first longitudinal axis and in that a lateral surface of the projection is inclined in the direction of the second longitudinal axis, - in the connected state, the projection is fastened in the groove by a securing element, and - the securing element passes through the base of the groove and is fastened in the projection or in that the securing element passes through the projection and is fastened in the base of the groove.
A braking arrangement for a vehicle, comprising: a source of pressurized air; a first wheel with a first pneumatic brake arrangement (31, 31', 131, 131', 231, 231') including a first brake (33, 33', 133, 133', 233, 233'), the first brake being arranged to be engaged when connected to the source of pressurized air and disengaged when disconnected from the source of pressurized air; a second wheel with a second pneumatic brake arrangement (37, 37', 137, 137', 237, 237') including a second brake (39, 39', 139, 139', 239, 239'), the second brake being arranged to be engaged when connected to the source of pressurized air and disengaged when disconnected from the source of pressurized air; and a proportional valve (47, 47', 147, 147', 247a, 247a') between the source of pressurized air and the first brake, opening of the proportional valve being proportional to pressure in a line between the source of pressurized air and the proportional valve, wherein the first pneumatic brake arrangement and the second pneumatic brake arrangement function differently. a source of pressurized air; a first wheel with a first pneumatic brake arrangement (31, 31', 131, 131', 231, 231') including a first brake (33, 33', 133, 133', 233, 233'), the first brake being arranged to be engaged when connected to the source of pressurized air and disengaged when disconnected from the source of pressurized air; a second wheel with a second pneumatic brake arrangement (37, 37', 137, 137', 237, 237') including a second brake (39, 39', 139, 139', 239, 239'), the second brake being arranged to be engaged when connected to the source of pressurized air and disengaged when disconnected from the source of pressurized air; and a proportional valve (47, 47', 147, 147', 247a, 247a') between the source of pressurized air and the first brake, opening of the proportional valve being proportional to pressure in a line between the source of pressurized air and the proportional valve, wherein the first pneumatic brake arrangement and the second pneumatic brake arrangement function differently.
A kettle for a cooking unit for preparing foods, comprising - a housing with a cylindrical basic shape, which spatially limits an interior space, - a stirring device arranged in the interior space of the housing, with which the foods located in the interior space can be stirred, - a fresh water supply by means of which fresh water can be introduced into the interior, wherein a center axis of the housing is horizontally oriented, wherein the housing has at least one opening, through which foods can be loaded into the interior and unloaded from the interior, wherein the housing can be swiveled between a working position, in which an opening cross section of the opening is located above the center axis, and an unloading position, in which the opening cross section is located at least partially below the center axis, characterized in that the housing has a work area that outwardly deviates radially from its cylindrical basic shape relative to the center axis and expands the interior of the housing, wherein the work area -with the housing viewed as being in its working position-is allocated to an upper end area of the interior, wherein the kettle comprises a rinsing device, which has at least one rinsing nozzle arranged at least partially inside of the work area, by means of which rinsing water can be sprayed at least on parts of the stirring device as well as an inner jacket surface of the housing. - a housing with a cylindrical basic shape, which spatially limits an interior space, - a stirring device arranged in the interior space of the housing, with which the foods located in the interior space can be stirred, - a fresh water supply by means of which fresh water can be introduced into the interior, wherein a center axis of the housing is horizontally oriented, wherein the housing has at least one opening, through which foods can be loaded into the interior and unloaded from the interior, wherein the housing can be swiveled between a working position, in which an opening cross section of the opening is located above the center axis, and an unloading position, in which the opening cross section is located at least partially below the center axis, characterized in that the housing has a work area that outwardly deviates radially from its cylindrical basic shape relative to the center axis and expands the interior of the housing, wherein the work area -with the housing viewed as being in its working position-is allocated to an upper end area of the interior, wherein the kettle comprises a rinsing device, which has at least one rinsing nozzle arranged at least partially inside of the work area, by means of which rinsing water can be sprayed at least on parts of the stirring device as well as an inner jacket surface of the housing.
Needling machine for needling a fibrous web, having at least one needle beam which on a lower side carries a multiplicity of needles, having a movable beam support which holds the needle beam, and having a vertical drive which for executing an upwards and downwards movement is connected to the beam support, wherein the vertical drive has at least one crank mechanism (6.1, 6.2) having at least one bearing point (10.1, 10.2), and wherein for lubricating the bearing point (10.1, 10.2) the bearing point (10.1, 10.2) of the crank mechanism (6.1, 6.2) is connected by way of a lubricant line (17.1, 17.2) to a lubrication unit, characterized in that the lubrication unit and/or the lubricant line (17.1, 17.2) are/is assigned a monitoring means for the pressure and/or a mass throughput of the lubricant.
A method for transporting polyolefin particles in a polymer conveying system, comprising the steps of a) Subjecting the polyolefin particles to moist conveying gas to produce wetted polyolefin particles; b) Transporting the wetted polyolefin particles through at least one conveying line; and c) Controlling the amount of moisture in the conveying gas of the polymer conveying system as such that at the downstream end point of the at least one conveying line the relative humidity of the conveying gas (RH CG) is 40% to 100%, wherein the temperature in the polymer conveying system is maintained in a range of from 5°C to 20°C. a) Subjecting the polyolefin particles to moist conveying gas to produce wetted polyolefin particles; b) Transporting the wetted polyolefin particles through at least one conveying line; and c) Controlling the amount of moisture in the conveying gas of the polymer conveying system as such that at the downstream end point of the at least one conveying line the relative humidity of the conveying gas (RH CG) is 40% to 100%,