mhurhangee/ep-ind-claims huggingface dataset:
Sealing system comprising a sealing member, a sealing seat for abutment against the sealing member, and a counterpart surface, the sealing member being for waterproof sealing of a volume, the sealing member comprising a hollow, generally cylindrical body and a sealing area (5a, 5b) at the respective axial ends thereof, wherein at least one sealing area comprises a first radially extending portion and a second portion extending in a reverse direction partly overlapping the first portion and having a free edge, the second portion being arranged at a distance from the first portion, characterized in that the counterpart surface is provided for pressing the sealing member axially against the sealing seat, and the second portion thereby forming a seal with the first portion, wherein the first and second portions are configured to enclose a volume of air between them in a partly compressed state, when pressure is applied on the sealing member.
An agricultural working machine comprising an environment detecting device for surveying regions of an environment and one or more controllable functional elements, wherein the environment detecting device generates environment detecting signals which can be processed in a controlling and regulating device associated with the agricultural working machine, wherein the environment detecting device is configured as a scanner which scans the environment in scanning planes and wherein the control of functional elements is associated with each scanning plane, characterized in that the environment detecting device scans the region-wise surveyed environment in four scanning planes and wherein the environment surveyed in regions by the environment detecting device comprises a close range, a medium range, and remote range and zero, one or more scanning planes are associated with each region.
A method for producing dronabinol ((6aR-trans)-6a,7,8,10a-tetrahydro-6,6,9-trimethyl-3-pentyl-6H-dibenzo[b,d]pyran-1-ol, Δ 9 -tetrahydrocannabinol (Δ 9 THC)) from cannabidiol ((2-[1R-3-methyl-6-(1-methylethenyl]-2-cyclohexen-1-yl]-5-pentyl-1,3-benzenediol)) characterised in that cannabidiol is placed in an organic solvent and is cyclised in the presence of a molecular sieve as catalyst under heating to form Δ 9 -THC.
Aerosol-generating device comprising: - a main body; - a top cover, wherein the top cover comprises a cavity configured for insertion of an aerosol-generating article comprising aerosol-forming substrate into the cavity; and - an ejector, wherein the top cover is movable between a first position and a second position with respect to the main body, wherein, in the first position, the top cover is extended from the main body and the cavity is accessible for insertion of the aerosol-generating article, wherein, in the second position, the top cover is retracted towards the main body and the cavity is closed, and wherein the ejector is configured to eject the aerosol-generating article from the cavity during movement of the top cover from the first position to the second position. - a main body; - a top cover, wherein the top cover comprises a cavity configured for insertion of an aerosol-generating article comprising aerosol-forming substrate into the cavity; and - an ejector,
A system to control, regulate, alter, transform or otherwise modulate the fluid delivery of medium injected to a body site, comprising a delivery catheter comprising a conduit for delivering the medium from outside of the body to a delivery site within the body, the system characterized by: a manually actuatable syringe for injecting the medium; and a modulator disposed between the syringe and the delivery catheter, the modulator comprising: a medium reservoir, the reservoir including a chamber for receiving medium therein and at least one surface within the chamber capable of imparting a constant force on medium within the chamber; and a manifold having a manifold lumen therethrough, wherein the manifold lumen includes a first medium port fluidly coupled to the syringe, a second medium port fluidly coupled to the chamber of the medium reservoir, and a third medium port fluidly coupled to the delivery catheter. a manually actuatable syringe for injecting the medium; and a modulator disposed between the syringe and the delivery catheter, the modulator comprising: a medium reservoir, the reservoir including a chamber for receiving medium therein and at least one surface within the chamber capable of imparting a constant force on medium within the chamber; and a manifold having a manifold lumen therethrough, wherein the manifold lumen includes a first medium port fluidly coupled to the syringe, a second medium port fluidly coupled to the chamber of the medium reservoir, and a third medium port fluidly coupled to the delivery catheter. a medium reservoir, the reservoir including a chamber for receiving medium therein and at least one surface within the chamber capable of imparting a constant force on medium within the chamber; and a manifold having a manifold lumen therethrough, wherein the manifold lumen includes a first medium port fluidly coupled to the syringe, a second medium port fluidly coupled to the chamber of the medium reservoir, and a third medium port fluidly coupled to the delivery catheter.
An electronic security unit for a bicycle, comprising a base body and a lock body, which can be at least partially unlocked from the base body in an open state and which can be locked in a closed state at the base body, and wherein an electronic communication unit is fitted in the base body, which communication unit is designed for communicating with a hand-held control device, by means of which the security unit can be transferred at least from the closed state into the open state, and wherein an energy storage unit for the energy supply at least of the communication unit is provided in the base body, characterised in that the electronic security unit comprises a receiving body, wherein the base body can be arranged so as to be received in a retaining manner at a first side of the receiving body and through which the lock body can be passed from an opposite second side of the receiving body for the purpose of locking to the base body, and wherein a charging unit is accommodated in the receiving body, by means of which the energy storage unit can be charged cable-free when the base body is arranged on the receiving body.
A silicone elastomer obtainable by a process comprising: forming a composition comprising: 100 parts of an organopolysiloxane having a molecular weight such that the number-average degree of polymerization is 2,000 or greater and having alkenyl radicals; 0.1 to 5 parts of an organohydrogensiloxane having an average of two or more silicon-bonded hydrogen atoms in the molecule; 10 to 50 parts of an inorganic filler; and 2 to 8 parts of a filler treatment agent which includes an alkenyl-containing group; wherein the parts by weight refer to the parts by weight relative to component and curing the composition to form the silicone elastomer having: (i) a Shore-A hardness of from about 20 to about 45 as measured in accordance with ASTM D2240 using a type A durometer hardness tester; (ii) a breaking elongation of at least about 800% as measured in accordance with ASTM D412; and (iii) a tensile strength as measured in accordance with ASTM D412 of at least 15.0 MPa. forming a composition comprising: 100 parts of an organopolysiloxane having a molecular weight such that the number-average degree of polymerization is 2,000 or greater and having alkenyl radicals; 0.1 to 5 parts of an organohydrogensiloxane having an average of two or more silicon-bonded hydrogen atoms in the molecule; 10 to 50 parts of an inorganic filler; and 2 to 8 parts of a filler treatment agent which includes an alkenyl-containing group; wherein the parts by weight refer to the parts by weight relative to component and 100 parts of an organopolysiloxane having a molecular weight such that the number-average degree of polymerization is 2,000 or greater and having alkenyl radicals; 0.1 to 5 parts of an organohydrogensiloxane having an average of two or more silicon-bonded hydrogen atoms in the molecule; 10 to 50 parts of an inorganic filler; and 2 to 8 parts of a filler treatment agent which includes an alkenyl-containing group; curing the composition to form the silicone elastomer having: (i) a Shore-A hardness of from about 20 to about 45 as measured in accordance with ASTM D2240 using a type A durometer hardness tester; (ii) a breaking elongation of at least about 800% as measured in accordance with ASTM D412; and (iii) a tensile strength as measured in accordance with ASTM D412 of at least 15.0 MPa. (i) a Shore-A hardness of from about 20 to about 45 as measured in accordance with ASTM D2240 using a type A durometer hardness tester; (ii) a breaking elongation of at least about 800% as measured in accordance with ASTM D412; and (iii) a tensile strength as measured in accordance with ASTM D412 of at least 15.0 MPa.
A computer-implemented method for creating clean stratigraphic seismic traces (23,24), which comprises: a) selecting a first seismic trace beyond a seismic trace gap from a plurality of seismic traces collected parallel to a side of a seed fault; b) calculating cross-correlation coefficients for the selected seismic trace with a next seismic trace for predetermined number of vertical shifts up and down; c) applying a parabolic curve fit to each cross-correlation coefficient to obtain a sub-sample shift between the selected seismic trace and the next seismic trace at the location of a peak of the parabolic curve fit, the value of the sub-sample shift being a score; d) accumulating the sub-sample shifts between the selected seismic trace and the next seismic trace; e) selecting the next seismic trace beyond the seismic trace gap from the plurality of collected seismic traces; f) repeating steps b) through e) until the score is not greater than a predetermined threshold and there are no more seismic traces in the plurality of collected seismic traces; g) extrapolating the accumulated sub-sample shifts across the seismic trace gap back to the seed fault to form a line or a surface; and h) calculating the clean stratigraphic seismic trace (23,24) by stacking the plurality of collected seismic traces along the line or the surface on the side of the seed fault beyond the seismic trace gap; and i) creating a wireline well log using the clean stratigraphic seismic trace (23,24), which has a lower signal-to-noise ratio than the plurality of seismic traces collected. a) selecting a first seismic trace beyond a seismic trace gap from a plurality of seismic traces collected parallel to a side of a seed fault; b) calculating cross-correlation coefficients for the selected seismic trace with a next seismic trace for predetermined number of vertical shifts up and down; c) applying a parabolic curve fit to each cross-correlation coefficient to obtain a sub-sample shift between the selected seismic trace and the next seismic trace at the location of a peak of the parabolic curve fit, the value of the sub-sample shift being a score; d) accumulating the sub-sample shifts between the selected seismic trace and the next seismic trace; e) selecting the next seismic trace beyond the seismic trace gap from the plurality of collected seismic traces; f) repeating steps b) through e) until the score is not greater than a predetermined threshold and there are no more seismic traces in the plurality of collected seismic traces; g) extrapolating the accumulated sub-sample shifts across the seismic trace gap back to the seed fault to form a line or a surface; and h) calculating the clean stratigraphic seismic trace (23,24) by stacking the plurality of collected seismic traces along the line or the surface on the side of the seed fault beyond the seismic trace gap; and i) creating a wireline well log using the clean stratigraphic seismic trace (23,24), which has a lower signal-to-noise ratio than the plurality of seismic traces collected.
A rotation assembly for a transfer member of a transfer assembly, wherein the transfer member is configured to transfer a discrete article from a first moving carrier member to a second moving carrier member, wherein the transfer assembly comprises a frame defining a first rotation axis, wherein the transfer member rotates about the first rotation axis, wherein the rotation assembly rotates a portion of the transfer member about a second rotation axis, wherein the first rotation axis extends in a first direction, and wherein the second rotation axis extends in a second, different direction, the rotation assembly characterized by: a torque transmitting assembly comprising an input member and an output member, wherein the input member extends in a direction generally parallel with the first rotation axis, and wherein the output member extends in a direction generally parallel with the second rotation axis; a link comprising a first end operably coupled to the input member and a second end comprising a follower member; a shaft comprising a first end operably coupled to the output member and a second end engaged with a portion of the transfer member; and a track positioned on the frame and surrounding the first rotation axis, wherein the follower member is movably engaged with the track and circumnavigates about a path in correspondence with the track while the transfer member rotates about the first rotation axis; wherein the follower member is moved radially relative to the first rotation axis by the track as it circumnavigates about the path to transmit torque through the torque transmitting assembly and to the shaft, and wherein the torque causes a portion of the transfer member to rotate between a first position and a second position. a torque transmitting assembly comprising an input member and an output member, wherein the input member extends in a direction generally parallel with the first rotation axis, and wherein the output member extends in a direction generally parallel with the second rotation axis; a link comprising a first end operably coupled to the input member and a second end comprising a follower member; a shaft comprising a first end operably coupled to the output member and a second end engaged with a portion of the transfer member; and a track positioned on the frame and surrounding the first rotation axis, wherein the follower member is movably engaged with the track and circumnavigates about a path in correspondence with the track while the transfer member rotates about the first rotation axis; wherein the follower member is moved radially relative to the first rotation axis by the track as it circumnavigates about the path to transmit torque through the torque transmitting assembly and to the shaft, and wherein the torque causes a portion of the transfer member to rotate between a first position and a second position.
A computer-implemented method performed by a computer system, wherein the computer system includes an operator interface on-board a vehicle, comprising: obtaining a fuel economy performance goal for a vehicle, wherein the fuel economy performance goal is based at least in part on a configuration of the vehicle, and wherein the fuel economy performance goal is an engine speed goal or a vehicle speed goal; calculating a count of events in which a current value exceeds the fuel economy performance goal, wherein the current value is a current engine speed or a current vehicle speed; performing a comparison of the count of events with a threshold count; the method being characterised in that the method comprises: generating one or more notifications based at least in part on the comparison, wherein the one or more notifications (600, 700) include an indicator (620, 720) of driver performance relative to the fuel economy performance goal; and presenting the one or more notifications (600, 700) via the operator interface. obtaining a fuel economy performance goal for a vehicle, wherein the fuel economy performance goal is based at least in part on a configuration of the vehicle, and wherein the fuel economy performance goal is an engine speed goal or a vehicle speed goal; calculating a count of events in which a current value exceeds the fuel economy performance goal, wherein the current value is a current engine speed or a current vehicle speed; performing a comparison of the count of events with a threshold count; the method being characterised in that the method comprises: generating one or more notifications based at least in part on the comparison, wherein the one or more notifications (600, 700) include an indicator (620, 720) of driver performance relative to the fuel economy performance goal; and presenting the one or more notifications (600, 700) via the operator interface. generating one or more notifications based at least in part on the comparison, wherein the one or more notifications (600, 700) include an indicator (620, 720) of driver performance relative to the fuel economy performance goal; and presenting the one or more notifications (600, 700) via the operator interface.
A terminal, comprising an ultrasonic wave emitter, an ultrasonic wave signal path and a microphone (131, 132), wherein the ultrasonic wave emitter is arranged inside the terminal, a first hole is arranged on a side-frame of the terminal for accommodating the microphone (131, 132), an ultrasonic wave signal emitted by the ultrasonic wave emitter propagates from inside of the terminal to surfaces of the terminal via the ultrasonic wave signal path, the microphone (131, 132) is configured to receive an ultrasonic echo signal of the ultrasonic wave signal, and to determine whether the terminal is touched according to the ultrasonic echo signal, wherein said terminal further comprises: a pad, the side-frame, a printed circuit board and a display module, wherein the side-frame is disposed at a side of the terminal, a second hole is formed as the ultrasonic wave signal path on the pad and inside the terminal, and the ultrasonic wave signal path extends to the side-frame from the ultrasonic wave emitter; wherein: a first side of the pad is closely contacted with the printed circuit board, and a second side of the pad is closely contacted with the display module; and wherein: a first seam is formed between the side-frame and a holder of the display module, a second seam is formed between the side-frame and an end of a cover-glass of the terminal, and the ultrasonic wave signal path is connected with the first seam and the second seam.
Surge baffle element for a vessel, which is formed as a single shelled baffle element, comprising a circumferential outline which is formed to follow at least partially the run of a shell contour of the vessel, an edge, which intersects an inner space of the vessel, if the surge baffle element is mounted inside the vessel and connects the ends (4a, 4b) of the circumferential outline, a first bended baffle area having a first bending radius and a second bended baffle area having a second bending radius (r), wherein the first bending radius is larger than the second bending radius (r) and the second bended baffle area is arranged between the edge and the first bended baffle area, wherein the first and the second bending radius (R, r) is formed about bending axes (7, 8) which are running parallel and at the same side of the surge baffle element, so that the surge baffle element has an aerofoil like profile.
Grain tape comprising at least one layer (10, 10.1, 10.2) formed from a thermoplastic olefin having a three-dimensionally structured top surface, intended for production of a film by application of plastic in liquid or paste form for formation of the film by the inversion method and subsequent detachment of the film from the surface, characterized in that the at least one layer (10, 10.1, 10.2) has been electron beam-crosslinked and the top surface is formed by a varnish coating to which the plastic in liquid or paste form is applicable.
Document comprising mottling fibres, having a laminated card body produced from plastic films by way of lamination, with the document being formed using at least one plastic film having mottling fibres fixed thereon, and with the mottling fibres being situated inside the laminated card body, and also with the mottling fibres comprising at least one first partial region and at least one second partial region, the at least one first partial region and the at least one second partial region being arranged side by side square to the fibre direction and at least the at least one first partial region being formed from a hot melt adhesive, and with the first partial region being deformed during the lamination.
A random access method, wherein the method comprises: sending, by a terminal device, random access information to a network device, wherein a random access response window length is configurable; and detecting (S 102), by the terminal device, a random access response in a random access response window; characterized in that the random access information is used to indicate a quantity of sending times of the random access information sent by the terminal device to the network device; or the random access information is used to indicate the random access response window length corresponding to the random access information; and wherein the random access response window length differs, by a preset threshold, from a random access response window length corresponding to previously sent random access information; or the random access response window length is m times the random access response window length corresponding to the previously sent random access information, wherein m is a number greater than 1. sending, by a terminal device, random access information to a network device, wherein a random access response window length is configurable; and detecting (S 102), by the terminal device, a random access response in a random access response window; characterized in that the random access information is used to indicate a quantity of sending times of the random access information sent by the terminal device to the network device; or the random access information is used to indicate the random access response window length corresponding to the random access information; and wherein the random access response window length differs, by a preset threshold, from a random access response window length corresponding to previously sent random access information; or the random access response window length is m times the random access response window length corresponding to the previously sent random access information, wherein m is a number greater than 1.