mhurhangee/ep-ind-claims huggingface dataset:
An installation for cutting food products which are in the form of elongated loaves and which comprises: - at least one assembly comprising at least one chute or magazine for receiving a loaf of food product, this chute having the form of an elongated compartment, generally directed from top to bottom, and configured to receive said loaf via its open upper end, with the possibility of sliding so as to direct it towards and beyond its open lower end under the effect of its own weight; - a generally horizontal tray, arranged at a distance from the lower end of said chute, and a cutting blade arranged near this tray; - displacement means of said assembly configured to alternatively guide said lower end near said tray so that said blade interacts with said loaf and executes its cutting, characterized in that it comprises on the one hand a storage unit of food loaves and on the other hand mechanised and/or automated means (5; 6) for picking-off at least one loaf from said storage unit and for transferring and loading it in said chute, via its open upper end and in that: - said storage unit comprises one or more superposed trays forming a stack, for receiving a plurality of loaves; - it comprises means configured so that the highest tray on which loaves are present always occupies a constant level; - it comprises at least one thrust member such as a jack configured to discharge said loaves present on the highest tray; - as well as a receptacle mobile between a loading position in which it receives at least one loaf discharged by said at least one thrust member, and a transfer position in which said receptacle is positioned opposite said chute, in the immediate vicinity of its open upper end. - at least one assembly comprising at least one chute or magazine for receiving a loaf of food product, this chute having the form of an elongated compartment, generally directed from top to bottom, and configured to receive said loaf via its open upper end, with the possibility of sliding so as to direct it towards and beyond its open lower end under the effect of its own weight; - a generally horizontal tray, arranged at a distance from the lower end of said chute, and a cutting blade arranged near this tray; - displacement means of said assembly configured to alternatively guide said lower end near said tray so that said blade interacts with said loaf and executes its cutting, - said storage unit comprises one or more superposed trays forming a stack, for receiving a plurality of loaves; - it comprises means configured so that the highest tray on which loaves are present always occupies a constant level; - it comprises at least one thrust member such as a jack configured to discharge said loaves present on the highest tray; - as well as a receptacle mobile between a loading position in which it receives at least one loaf discharged by said at least one thrust member, and a transfer position in which said receptacle is positioned opposite said chute, in the immediate vicinity of its open upper end.
Device for the formation of a package of envelopes, vertically juxtaposed and stacked, said package comprising a front cover and a back cover, both of a size equivalent to the size of the envelopes to be packed, and at least one wrapping strip holding both covers and the envelopes included in the package, characterized in that said covers present, at least in the central area of their upper and lower edges, homologous attaching means coupled with tongue and groove in the stacking of the packages, while the wrapping strips are placed in a vertical plane holding the upper and lower edges of the envelopes between the front and back covers.
Refrigerated and foldable exhibiting bench, used in particular for storing and displaying foodstuff aimed to be sold, comprising at least one supporting structure equipped with refrigerating plant and at least one overturnable exhibiting flatbed, said flatbed being connected to said supporting structure by interposing at least one oscillating kinematism, said oscillating kinematism being adapted to allow moving said flatbed from an operating exhibiting position to an overturned operating position, and vice versa, characterised in that said oscillating kinematism comprises: - at least one pair of first vertical risers, fixed to and integral with said supporting structure, each one of said first vertical risers being connected on its top to said flatbed by interposing respective first articulating means; - at least one pair of second, moving vertical risers, each one of said second vertical risers being connected on its top to said flatbed by interposing respective second articulating means characterised in that said oscillating kinematism is a kinematism with articulated quadrilateral. - at least one pair of first vertical risers, fixed to and integral with said supporting structure, each one of said first vertical risers being connected on its top to said flatbed by interposing respective first articulating means; - at least one pair of second, moving vertical risers, each one of said second vertical risers being connected on its top to said flatbed by interposing respective second articulating means characterised in that said oscillating kinematism is a kinematism with articulated quadrilateral.
A satellite system comprising a radio frequency signal amplifier device, the amplifier device comprising a control and supply module and a plurality N of travelling wave tubes (1020-n), the control and supply module being configured to apply, for at least one of said tubes (1020-n), an anode voltage operating value Va 0 n, the tube (1020-n) generating a cathode current Ik in response to the application of said anode voltage operating value Va 0 n, characterised in that the control and supply module is configured to measure at least one sum of the cathode currents M Σ Ik associated with said plurality N of travelling wave tubes (1020-n), said at least one measurement of the sum of the cathode currents being implemented based on a single measuring circuit, the control and supply module being configured to determine at least one corrected anode voltage operating value associated with said at least one of said tubes (1020-n) based on said at least one measurement of the sum of the cathode currents, the control and supply module being further configured to apply said at least one associated corrected anode voltage operating value to said at least one of said tubes (1020-n).
Method for three-dimensional reshaping of flat material of, in particular, natural fibres such as, for example, paper or cardboard, comprising a piston and a bush-shaped counter member, into which the material is drawn, wherein the material is clamped in place between the bush-shaped counter member and a so-called fold retainer, whereby the material can selectively slip during the reshaping, characterised in that a calibrating device in which the reshaped material is pressed against the piston is provided so that the finely-distributed folds forming during the reshaping are compressed.
A measurement system adapted to use delay in addition to complex amplitude to invert a radio channel for a broadband signal, the system comprising: - a device under test with at least two antennas (15, 16), and - at least two measurement probes (17, 18), wherein said measurement probes (17, 18) are configured to each emit signals shifted in phase and amplitude, wherein the signals emitted by the measurement probes (17, 18) are configured such that each of the signals comprises a relative delay, and wherein the relative delay for each of measurement probe (17, 18) signals is determined empirically by varying the delay time for each measurement probe (17, 18) signal based on the feedback of the measurement result at the antennas (15, 16) of the device under test. - a device under test with at least two antennas (15, 16), and - at least two measurement probes (17, 18), wherein said measurement probes (17, 18) are configured to each emit signals shifted in phase and amplitude, wherein the signals emitted by the measurement probes (17, 18) are configured such that each of the signals comprises a relative delay, and wherein the relative delay for each of measurement probe (17, 18) signals is determined empirically by varying the delay time for each measurement probe (17, 18) signal based on the feedback of the measurement result at the antennas (15, 16) of the device under test. wherein said measurement probes (17, 18) are configured to each emit signals shifted in phase and amplitude, wherein the signals emitted by the measurement probes (17, 18) are configured such that each of the signals comprises a relative delay, and wherein the relative delay for each of measurement probe (17, 18) signals is determined empirically by varying the delay time for each measurement probe (17, 18) signal based on the feedback of the measurement result at the antennas (15, 16) of the device under test.
A stabilizing rotatable support wheel device for stabilization of an industrial truck, said device comprising a rotatable part and a mount, said rotatable part comprising a yoke holding a support wheel and a swivel shank connected to said yoke, and said mount comprising a tubular compartment arranged to rotatably receive and hold said shank, wherein said shank is axially displaceable within said mount, the stabilizing support wheel device further comprising a circumferential restriction surface and a protruding abutment, one of said restriction surface and abutment being arranged on the mount and the other on the rotatable part, the restriction surface having a varying height to provide at least some rotational positions where the abutment is relatively closer to the restriction surface, thereby restricting axial movement of the shank, and at least some rotational positions where the abutment is relatively farther away from the restriction surface, thereby allowing more axial movement, characterized in that the restriction surface is arranged not to restrict the axial movement at rotational positions where the support wheel is directed essentially straight forward and/or straight backward, but to restrict the axial movement at at least some, and preferably essentially all, other rotational positions.
A video data distribution system comprising: a video server connected to a data communications network which is connected to a plurality of display devices (106, 108, 109, 110) each requiring a data format, where the data formats required by different display devices can be different; wherein the video server is adapted to perform a discovery process to discover connected display devices (106, 108, 109, 110); query discovered display devices (106, 108, 109, 110) about properties and settings of the respective display device (106, 108, 109, 110); apportion the video data to the display devices (106, 108, 109, 110); calculate and prepare the video data for each display device (106, 108, 109, 110) based on the properties and settings of the respective display device (106, 108, 109, 110); output the apportioned video data in the plurality of data formats appropriate for each display device; and output a coordination signal whereby the presentation of the video data across the plurality of display devices (106, 108, 109, 110) are synchronized to produce a coordinated display across the display devices (106, 108, 109, 110). a video server connected to a data communications network which is connected to a plurality of display devices (106, 108, 109, 110) each requiring a data format, where the data formats required by different display devices can be different; wherein the video server is adapted to perform a discovery process to discover connected display devices (106, 108, 109, 110); query discovered display devices (106, 108, 109, 110) about properties and settings of the respective display device (106, 108, 109, 110); apportion the video data to the display devices (106, 108, 109, 110); calculate and prepare the video data for each display device (106, 108, 109, 110) based on the properties and settings of the respective display device (106, 108, 109, 110); output the apportioned video data in the plurality of data formats appropriate for each display device; and output a coordination signal whereby the presentation of the video data across the plurality of display devices (106, 108, 109, 110) are synchronized to produce a coordinated display across the display devices (106, 108, 109, 110). perform a discovery process to discover connected display devices (106, 108, 109, 110); query discovered display devices (106, 108, 109, 110) about properties and settings of the respective display device (106, 108, 109, 110); apportion the video data to the display devices (106, 108, 109, 110); calculate and prepare the video data for each display device (106, 108, 109, 110) based on the properties and settings of the respective display device (106, 108, 109, 110); output the apportioned video data in the plurality of data formats appropriate for each display device; and output a coordination signal whereby the presentation of the video data across the plurality of display devices (106, 108, 109, 110) are synchronized to produce a coordinated display across the display devices (106, 108, 109, 110).
Road paver, comprising a material hopper for receiving a paving material, a chassis, an operator stand which is arranged behind the material hopper when seen in the paving direction, a levelable paving screed for placing the paving material on a subgrade, a material conveying unit configured to transport the paving material from the material hopper to the paving screed, and at least one optical projector which is configured to generate at least one projection in the visible spectrum on the subgrade laterally and/or in front of the chassis of the road paver when viewed in the paving direction, the projection being visible to a driver of the road paver from the operator stand in the paving direction as a navigation aid, characterized in that the road paver comprises control means configured to adjust the projection synchronously with the pave width.
(Amended) An element comprising: a first electrode; an intermediate layer made of a silicone rubber composition containing a silicone rubber; and a second electrode, where the first electrode, the intermediate layer, and the second electrode are disposed in this order, wherein the intermediate layer has peak intensities of an infrared absorption spectrum at 1095 ± 5 cm -1 and 1025 ± 5 cm -1 and the peak intensities are higher toward a depth direction of the intermediate layer, the infrared absorption spectrum being based on a Si-O-Si bond of the silicone rubber composition. a first electrode; an intermediate layer made of a silicone rubber composition containing a silicone rubber; and a second electrode, where the first electrode, the intermediate layer, and the second electrode are disposed in this order, wherein the intermediate layer has peak intensities of an infrared absorption spectrum at 1095 ± 5 cm -1 and 1025 ± 5 cm -1 and the peak intensities are higher toward a depth direction of the intermediate layer, the infrared absorption spectrum being based on a Si-O-Si bond of the silicone rubber composition.
A vacuum interrupter, comprising: an electrode assembly comprising an electrical contact; an insulator comprising electrically-insulating material disposed substantially around the electrode assembly; and a shield disposed between the insulator and the electrode assembly and configured to prevent arc plasma from the electrical contact of the electrode assembly from depositing on at least a portion of a surface of the insulator, the shield comprising a first segment configured to align the shield with the insulator, a second segment that extends away from the insulator, and a final segment that extends towards the insulator and comprises a tip of the shield, the final segment not extending towards the second segment, wherein an axial distance between the first segment and the final segment is greater than an axial distance between the first segment and the second segment; and wherein a line perpendicular to and extending through a longitudinal axis of the electrode assembly extends through the tip and intersects the shield in only two locations in a cross-section of the shield; wherein the vacuum interrupter is characterised in that the tip of the shield is disposed at approximately a 90 degree angle relative to said longitudinal axis. an electrode assembly comprising an electrical contact; an insulator comprising electrically-insulating material disposed substantially around the electrode assembly; and a shield disposed between the insulator and the electrode assembly and configured to prevent arc plasma from the electrical contact of the electrode assembly from depositing on at least a portion of a surface of the insulator, the shield comprising a first segment configured to align the shield with the insulator, a second segment that extends away from the insulator, and a final segment that extends towards the insulator and comprises a tip of the shield, the final segment not extending towards the second segment, wherein an axial distance between the first segment and the final segment is greater than an axial distance between the first segment and the second segment; and wherein a line perpendicular to and extending through a longitudinal axis of the electrode assembly extends through the tip and intersects the shield in only two locations in a cross-section of the shield; wherein the vacuum interrupter is characterised in that the tip of the shield is disposed at approximately a 90 degree angle relative to said longitudinal axis.
A resin substrate solar cell module comprising: a plurality of solar cells; a plurality of support posts disposed between the adjacent solar cells; and two transparent resin substrates, characterized in that the plural solar cells and the support posts are disposed between the two transparent resin substrates, a void section between the two transparent resin substrates is filled with a transparent filled resin, and peripheries of the two transparent resin substrates are welded with a resin which is a polymer having a molecular structure formed by polymerizing an identical monomer to the one forming the transparent resin substrates. a plurality of solar cells; a plurality of support posts disposed between the adjacent solar cells; and two transparent resin substrates, characterized in that the plural solar cells and the support posts are disposed between the two transparent resin substrates, a void section between the two transparent resin substrates is filled with a transparent filled resin, and peripheries of the two transparent resin substrates are welded with a resin which is a polymer having a molecular structure formed by polymerizing an identical monomer to the one forming the transparent resin substrates.
A method of decoding audio content from a bitstream encoded in an encoder, the bitstream including audio content and classification information for the audio content, wherein the classification information is indicative of a content type of the audio content, wherein the classification information comprises one or more confidence values, each confidence value being associated with a respective content type and giving an indication of a likelihood that the audio content is of the respective content type, the method being performed by a decoder and comprising receiving the bitstream from the encoder; decoding the audio content and the classification information; selecting, based on the classification information, a post processing mode for performing post processing of the decoded audio content; and calculating one or more control weights for the post processing of the decoded audio content based on the classification information, wherein the control weights are calculated based on the confidence values. receiving the bitstream from the encoder; decoding the audio content and the classification information; selecting, based on the classification information, a post processing mode for performing post processing of the decoded audio content; and calculating one or more control weights for the post processing of the decoded audio content based on the classification information, wherein the control weights are calculated based on the confidence values.
A medicated module (10, 302, 403, 500) attachable to a drug delivery device, said medicated module (10, 302, 403, 500) comprising: a connecting body configured for attachment to said drug delivery device; a first needle fixed within a first needle hub of said connecting body; a second needle fixed within a second needle hub of said connecting body; and a recess within said connecting body defining a reservoir, said reservoir containing at least one dose of a medicament, said reservoir configured for fluid communication with said first needle, characterized in that said connecting body further comprises a lockout feature (56, 58) that prevents said medicated module (10, 302, 403, 500) from being reconnected to said drug delivery device after said medicated module (10, 302, 403, 500) has been connected to said drug delivery device a first time and subsequently removed. a connecting body configured for attachment to said drug delivery device; a first needle fixed within a first needle hub of said connecting body; a second needle fixed within a second needle hub of said connecting body; and a recess within said connecting body defining a reservoir, said reservoir containing at least one dose of a medicament, said reservoir configured for fluid communication with said first needle, characterized in that said connecting body further comprises a lockout feature (56, 58) that prevents said medicated module (10, 302, 403, 500) from being reconnected to said drug delivery device after said medicated module (10, 302, 403, 500) has been connected to said drug delivery device a first time and subsequently removed.
A stringing inhibitor for inhibiting a stringing phenomenon in a resin composition when performing hot plate welding, which is composed of a maleimide-based copolymer comprising: 40% to 60% by mass of an aromatic vinyl-based monomer unit; and 35% to 55% by mass of a maleimide-based monomer unit, wherein the residual of the aromatic vinyl-based monomer is 200 to 2000 ppm by mass, and the residual amount of the maleimide-based monomer is 30 to 400 ppm by mass; wherein the residual amount of an aromatic vinyl-based monomer and the residual amount of a maleimide-based monomer are measured using methods defined in the description; wherein the maleimide-based copolymer further comprises an unsaturated dicarboxylic acid-based monomer unit, wherein the content of the unsaturated dicarboxylic acid-based monomer unit is 0.1% to 10% by mass. 40% to 60% by mass of an aromatic vinyl-based monomer unit; and 35% to 55% by mass of a maleimide-based monomer unit, wherein the residual of the aromatic vinyl-based monomer is 200 to 2000 ppm by mass, and the residual amount of the maleimide-based monomer is 30 to 400 ppm by mass; wherein the residual amount of an aromatic vinyl-based monomer and the residual amount of a maleimide-based monomer are measured using methods defined in the description; wherein the maleimide-based copolymer further comprises an unsaturated dicarboxylic acid-based monomer unit, wherein the content of the unsaturated dicarboxylic acid-based monomer unit is 0.1% to 10% by mass.