mhurhangee/ep-ind-claims huggingface dataset:
A valve manifold assembly comprising a plurality of manifold blocks (12, 20) connected together and having valve stations (26, 28) on one surface of each manifold block (12, 20), said valve manifold assembly further comprising a first pilot pressure supply, a set of first valve stations, a set of first control valves and a first pilot pressure passage, wherein said first pilot pressure supply is operably connectable to said set of first control valves that are electrically actuated and pilot pressure operated, said set of first control valves being mounted to said set of first valve stations on said manifold blocks (12, 20), wherein said first pilot pressure passage is operably connected to said first pilot pressure supply for supplying a first pilot pressure to said set of first valve stations of said valve manifold assembly, characterized in that said valve manifold assembly further comprises: a second pilot pressure supply, a set of second valve stations, a set of second control valves, a second pilot pressure passage and a pilot supply valve, wherein said second pilot pressure supply is operably connectable via said pilot supply valve to said set of second control valves that are electrically actuated and pilot pressure operated, said set of second control valves being mounted to said set of second valve stations on said manifold blocks (12, 20), wherein said second pilot pressure passage is operably connected to said pilot supply valve for selectively supplying a zoned second pilot pressure to said set of second valve stations of said valve manifold assembly such that said set of second control valves may be deactuated if said zoned second pilot pressure is shut off thereto while said set of first control valves remain connected to said first pilot pressure.
A safety marking according to the CIT principle for printed surfaces, wherein the safety marking is a two-dimensional or three-dimensional image, the image elements of which have a size and layout imperceptible to the human eye and are only visible with the help of an optical decoder, wherein the image elements coded independently of the color hue and the tone value of the printed surface are coded by locally different reflection properties of at least two different lacquer layers (2, 3) forming a lacquer coating, which differ in their degree of gloss or their transparency from each other or form together a surface roughness on their boundary surfaces by physico-chemical reactions.
A method for providing media data in a multimedia system comprising a server and a client, the method comprising: generating, by the server, delivery characteristics of a moving picture experts group, MPEG, media transport, MMT, asset including at least one media processing unit, MPU, of a MPU group, the header of said MPU unit comprising a quality of service, QoS, information and Bitstream descriptor; and transmitting, by the server, a transmission packet including the generated delivery characteristics, the transmission packet being generated from the MPU group, wherein the header of said unit of the MPU group further comprises a MPU delivery characteristics header flag indicating a presence of the generated delivery characteristics. generating, by the server, delivery characteristics of a moving picture experts group, MPEG, media transport, MMT, asset including at least one media processing unit, MPU, of a MPU group, the header of said MPU unit comprising a quality of service, QoS, information and Bitstream descriptor; and transmitting, by the server, a transmission packet including the generated delivery characteristics, the transmission packet being generated from the MPU group, wherein the header of said unit of the MPU group further comprises a MPU delivery characteristics header flag indicating a presence of the generated delivery characteristics.
A continuous cable winch (1, 100), comprising a drive sheave (2, 120) with a drive groove formed along its circumference for receiving a cable (3, 3') and a flexible drive assembly (60, 160) formed opposite the drive groove for frictionally pressing the cable (3, 3') against the drive groove, which flexible drive assembly comprises a revolving continuous element (4, 140), characterized in that the continuous element is laid with a first side at least over flexible drive support elements and with a second side over the cable-driving part of the circumference of the drive sheave, wherein the drive sheave (2, 120) and the flexible drive assembly (60, 160) are synchronized such that those surfaces of the drive groove and the flexible drive assembly (60, 160) which are provided for contact with the cable (3, 3') are movable in a same direction and at a same speed, wherein the drive groove and the front surface of the flexible drive assembly facing the drive groove, which is configured as a pressure groove, each have a contour essentially complementary to the profile of the cable (3, 3'), wherein frictionally pressing the cable (3, 3') against the drive groove is effected by means of the flexible drive assembly (60, 160) via a cable-driving part of the circumference of the drive sheave (2, 120), wherein the cable (3, 3') is pressed into the drive groove by pressure elements as soon as the cable (3, 3') is located in the drive groove.
A digital audio system of an aircraft comprising one or more audio equipment, one or more radio equipment as well as a terminal-audio and a terminal-radio installed respectively in their proximity, connected to a digital communications network, - each audio equipment comprising a microphone, a headset for receiving analog audio messages and an actuator of a discrete signal for emitting analog audio messages; - each radio equipment comprising transmission/reception means of analog audio message including a transmitter, a receiver with a reception potentiometer, a control unit and a switch for controlling the signal addition from the transmitting line to the receiving line; - each terminal-audio comprising adjustment and conversion means (29, 31, 31, 35) of digital messages in analog messages and of analog messages in digital messages, a digital messages management unit and a digital signal processor; - each terminal-radio comprising adjustment and conversion means (49, 51, 53, 49) of analog messages in digital messages and of digital messages in analog messages, a digital messages management unit and a digital signal processor; characterized in that the digital messages management unit of each terminal-audio includes a computer program adapted to generate a side tone of an analog audio message emitted by the microphone and to activate/deactivate its sending to the headset when the terminal-radio next to the radio equipment to which said audio analog message is sent detects a successful transmission and generates a command of activation/deactivation of said side tone depending on the transmission/non-transmission of the analog audio message by the radio equipment and the digital signal processor of the radio-terminal includes a computer program adapted for transmitting said command of activation/deactivation to the audio-terminal when the power level of the return audio signal in the receiving line of the radio equipment surpasses/not surpasses a pre-established threshold. - each audio equipment comprising a microphone, a headset for receiving analog audio messages and an actuator of a discrete signal for emitting analog audio messages; - each radio equipment comprising transmission/reception means of analog audio message including a transmitter, a receiver with a reception potentiometer, a control unit and a switch for controlling the signal addition from the transmitting line to the receiving line; - each terminal-audio comprising adjustment and conversion means (29, 31, 31, 35) of digital messages in analog messages and of analog messages in digital messages, a digital messages management unit and a digital signal processor; - each terminal-radio comprising adjustment and conversion means (49, 51, 53, 49) of analog messages in digital messages and of digital messages in analog messages, a digital messages management unit and a digital signal processor;
Polymer which is capable of creating connections with a nanomaterial which has unsaturated units which are capable of reacting with benzocyclobutane by means of cycloaddition, characterised in that, the polymer being a homopolymer or a copolymer, it comprises at least one benzocyclobutane group in a main chain or in a pendant chain and corresponds to one of the following chemical formulae: with n ≥ 1 or with n ≥ 1 or with n ≥ 1 or with n ≥ 1 and with m ≥ 1
A foamer for use in dispensing a product with a foam consistency, said foamer comprising: a cap; a closure having a portion received by said cap, said closure and said cap cooperating to define a foam outlet; a housing assembled into said closure; a diaphragm; and a mesh screen positioned upstream of said foam outlet, characterised in that said diaphragm is assembled into said housing for managing air-flow, and by valve means (44; 202) separate from said air-flow diaphragm and constructed and arranged for managing the flow of liquid product. a cap; a closure having a portion received by said cap, said closure and said cap cooperating to define a foam outlet; a housing assembled into said closure; a diaphragm; and a mesh screen positioned upstream of said foam outlet, characterised in that said diaphragm is assembled into said housing for managing air-flow, and by valve means (44; 202) separate from said air-flow diaphragm and constructed and arranged for managing the flow of liquid product.
A method for locating a region of interest, ROI, in an image, comprising: obtaining (no) an image; searching in the image for a tag with a predefined format, wherein the tag codes ROI information, which is readable by imaging the tag and which includes a size indication and a relative position indication, the respective indications allowing the ROI's size and position to be determined relative to the tag's size and position; determining a ROI in the image expressed in image coordinates, wherein the ROI is determined on the basis of the tag's size and position in the image, which are expressed in image coordinates, and on the basis of the ROI information; and outputting the image after processing, removing or replacing image data in the determined ROI, wherein the ROI corresponds to a visual item in the depicted scene, and the tag is arranged such that it does not move relative to the visual item, characterized in that the size indication includes a ratio of a dimension of the ROI and a dimension of the tag, such that the dimension of the ROI in image coordinates is obtained by multiplying the ratio by the dimension of the tag in image coordinates. obtaining (no) an image; searching in the image for a tag with a predefined format, wherein the tag codes ROI information, which is readable by imaging the tag and which includes a size indication and a relative position indication, the respective indications allowing the ROI's size and position to be determined relative to the tag's size and position; determining a ROI in the image expressed in image coordinates, wherein the ROI is determined on the basis of the tag's size and position in the image, which are expressed in image coordinates, and on the basis of the ROI information; and outputting the image after processing, removing or replacing image data in the determined ROI, wherein the ROI corresponds to a visual item in the depicted scene, and the tag is arranged such that it does not move relative to the visual item, characterized in that the size indication includes a ratio of a dimension of the ROI and a dimension of the tag, such that the dimension of the ROI in image coordinates is obtained by multiplying the ratio by the dimension of the tag in image coordinates.
A lipase comprising an amino acid sequence which has one of the following sets of substitutions compared to SEQ ID NO.1: P298T, P298T/H317P, P298T/H317P/V326S, P298T/T218S/S234F, P298T/H317P/P168L/A129S, or P298T/S234F/K161R/V326S.
A measuring system for distance and/or velocity estimation between wirelessly communicating communications devices, the measuring system comprising a first measuring device and a second measuring device, wherein the measuring system is configured to, between the first measuring device and the second measuring device, - determine a first phase shift (Φ 2W (f 1)) at a first frequency (f 1), - determine a second phase shift (Φ 2W (f 2)) at a second frequency (f 2), - determine a third phase shift ((D 2W (f 3)) at a third frequency (f 3), wherein the first measuring device comprises - a phase difference calculator, configured o to calculate a first phase difference (Δ Φ1) between the first phase shift (Φ 2W (f 1)) and the second phase shift (Φ 2W (f 2)), and o to calculate a second phase difference (Δ Φ2) between the second phase shift (Φ 2W (f 2)) and the third phase shift ((D 2W (f 3)) wherein the first measuring device further comprises a range/velocity calculator, configured - to determine a first biased distance estimate ( d̂ 1) from the first phase difference (Δ φ1), - to determine a second biased distance estimate ( d̂ 2) from the second phase difference (Δ Φ2), and - to determine an unbiased distance (d) and/or velocity (v) from the first biased distance estimate ( d̂ 1) and the second biased distance estimate ( d̂ 2). - determine a first phase shift (Φ 2W (f 1)) at a first frequency (f 1), - determine a second phase shift (Φ 2W (f 2)) at a second frequency (f 2), - determine a third phase shift ((D 2W (f 3)) at a third frequency (f 3), - a phase difference calculator, configured o to calculate a first phase difference (Δ Φ1) between the first phase shift (Φ 2W (f 1)) and the second phase shift (Φ 2W (f 2)), and o to calculate a second phase difference (Δ Φ2) between the second phase shift (Φ 2W (f 2)) and the third phase shift ((D 2W (f 3)) o to calculate a first phase difference (Δ Φ1) between the first phase shift (Φ 2W (f 1)) and the second phase shift (Φ 2W (f 2)), and o to calculate a second phase difference (Δ Φ2) between the second phase shift (Φ 2W (f 2)) and the third phase shift ((D 2W (f 3)) - to determine a first biased distance estimate ( d̂ 1) from the first phase difference (Δ φ1), - to determine a second biased distance estimate ( d̂ 2) from the second phase difference (Δ Φ2), and - to determine an unbiased distance (d) and/or velocity (v) from the first biased distance estimate ( d̂ 1) and the second biased distance estimate ( d̂ 2).
A ball joint including, on the one hand, a male hinge member called « pivot » which comprises a rod carrying a hinge sphere and, on the other hand, a female hinge member, which comprises a casing delimiting a receiving housing which extends, along a main axis (XX'), from an access opening through which the pivot penetrates into the casing, to a cap, which closes said receiving housing substantially opposite to said access opening, said receiving housing containing a cage, which forms a spherical bearing in which the hinge sphere hinges, as well as a clearance compensation member, which is supported by the cap and which is pre-stressed, by elastic deformation, against the cage, so as to displace said cage in the casing against the pivot, in order to compensate the occurrence of clearance in the connection between the hinge sphere and the spherical bearing, the clearance compensation member being formed integrally with the cap, whose said clearance compensation member constitutes a portion called « compensation portion », the cap being formed by a corrugated disc, whose central axis (X 1 X' 1) substantially matches with the main axis (XX') of the receiving housing, said corrugated disc including successively, from its radially outer edge to its central axis (X 1 X' 1), a fastening peripheral ring, by which said corrugated disc is fastened to the casing, then the compensation portion, which is radially comprised between the fastening peripheral ring and the central axis (X 1 X' 1) of said corrugated disc, said compensation portion comprising at least one corrugation, so as to have, on the one hand, at least one negative, space-freeing alternation, which radially extends the fastening peripheral ring in a centripetal manner while being axially oriented opposite to the cage so as to form, about the central axis (X 1 X' 1), a space-freeing depression relative to said cage and, on the other hand, at least one positive carrier alternation, which is radially comprised between the negative space-freeing alternation and the central axis (X 1 X' 1) of the corrugated disc, while being axially oriented towards the cage, said ball joint being characterized in that the positive alternation forms, about the central axis (X 1 X' 1), a carrier ring which axially forms a projection relative to the space-freeing depression and which abuts against the cage.
A method of fabricating a thin film light emitting diode using an epitaxial lift-off process, the method comprising: forming a sacrificial layer on a substrate; forming a light emitting diode structure on the sacrificial layer by epitaxial deposition; forming a light reflecting layer on the light emitting diode structure; forming a metallic handle on the light reflecting layer; and removing the sacrificial layer from the substrate using an etching process to separate the substrate from the light emitting diode structure after forming the metallic handle, wherein a resulting thin film light emitting diode includes the metallic handle. forming a sacrificial layer on a substrate; forming a light emitting diode structure on the sacrificial layer by epitaxial deposition; forming a light reflecting layer on the light emitting diode structure; forming a metallic handle on the light reflecting layer; and removing the sacrificial layer from the substrate using an etching process to separate the substrate from the light emitting diode structure after forming the metallic handle, wherein a resulting thin film light emitting diode includes the metallic handle.
A method for finding a power maximum of a photovoltaic generator using an MPP control, characterized in that the method comprises: - operating the generator with the MPP control activated at a first power value and an associated first operating point; - deactivating the MPP control and a voltage control; - loading the generator with a second power value that is greater than the first power value; - in the case that the generator can stably provide the second power value at an associated second operating point, activating the voltage control and the MPP control at the second operating point; - in the case that the generator cannot stably provide the second power value at an associated second operating point, activating the voltage control and the MPP control at the first operating point. - operating the generator with the MPP control activated at a first power value and an associated first operating point; - deactivating the MPP control and a voltage control; - loading the generator with a second power value that is greater than the first power value; - in the case that the generator can stably provide the second power value at an associated second operating point, activating the voltage control and the MPP control at the second operating point; - in the case that the generator cannot stably provide the second power value at an associated second operating point, activating the voltage control and the MPP control at the first operating point.
A glass film transfer apparatus that continuously transfers a long glass film, comprising: a wind-off section that winds off the glass film from a roll around which the glass film having a long interleaf laminated on the glass film is wound; a glass film transfer section that transfers the glass film which is wound off from the wind-off section and is separated from the interleaf; a take-up section that takes up the glass film transferred by the glass film transfer section in the form of roll, while laminating the interleaf on the glass film; and an interleaf transfer section that carries out the interleaf separated from the glass film which is wound off from the wind-off section, and carries in the interleaf toward the take-up section; characterized in that the glass film transfer apparatus further comprises a take-up adjusting mechanism (10, 12) that adjusts a take-up state of the interleaf and the glass film in the take-up section, wherein the take-up section performs taking-up of the interleaf and the glass film with an angular difference of a rotation angle (θ) of the take-up section from the position at which the interleaf comes into contact with the take-up section to the position at which the glass film comes into contact with the take-up section. a wind-off section that winds off the glass film from a roll around which the glass film having a long interleaf laminated on the glass film is wound; a glass film transfer section that transfers the glass film which is wound off from the wind-off section and is separated from the interleaf; a take-up section that takes up the glass film transferred by the glass film transfer section in the form of roll, while laminating the interleaf on the glass film; and an interleaf transfer section that carries out the interleaf separated from the glass film which is wound off from the wind-off section, and carries in the interleaf toward the take-up section; characterized in that the glass film transfer apparatus further comprises a take-up adjusting mechanism (10, 12) that adjusts a take-up state of the interleaf and the glass film in the take-up section, wherein the take-up section performs taking-up of the interleaf and the glass film with an angular difference of a rotation angle (θ) of the take-up section from the position at which the interleaf comes into contact with the take-up section to the position at which the glass film comes into contact with the take-up section.
Electric heating device for emitting a heated air current, in particular for heating a sanitation room in a rail-borne vehicle, having an air duct and also a fan for generating the air current, and having a heating element for heating the air current and a first over-temperature switch, wherein the fan and the heating element are arranged in the air duct, wherein the first over-temperature switch is embodied so as in the case of a first over-temperature being exceeded to switch off the heating element in a reversible manner, further comprising a second over-temperature switch that is embodied so as in the case of a second over-temperature being exceeded to switch off the heating element in a non-reversible manner, characterized in that a recess is formed in the air duct, the second over-temperature switch is arranged in the recess, and the second over-temperature switch comprises a thermally-triggered isolating switch for switching off the heating element, wherein the thermally-triggered isolating switch can be triggered by means of a glass sphere that bursts in the case of the second over-temperature being exceeded. having an air duct and also a fan for generating the air current, and having a heating element for heating the air current and a first over-temperature switch, wherein the fan and the heating element are arranged in the air duct, wherein the first over-temperature switch is embodied so as in the case of a first over-temperature being exceeded to switch off the heating element in a reversible manner, further comprising a second over-temperature switch that is embodied so as in the case of a second over-temperature being exceeded to switch off the heating element in a non-reversible manner, characterized in that a recess is formed in the air duct, the second over-temperature switch is arranged in the recess, and the second over-temperature switch comprises a thermally-triggered isolating switch for switching off the heating element, wherein the thermally-triggered isolating switch can be triggered by means of a glass sphere that bursts in the case of the second over-temperature being exceeded.