mhurhangee/ep-ind-claims huggingface dataset:
A cap connected to a disc member of a disc assembly for an agricultural machine, which cap is provided with at least one first engagement member, which, in a mounted position of the cap on the disc member, is arranged to be in engagement with one of at least one second engagement member exhibited by the disc member, besides which the cap has at least one part of a locking device (17, 18) that, in the mounted position of the cap on the disc member, is arranged to assume a locking position for the cap in relation to the disc member, characterized in that said at least one first engagement member of the cap comprises an end portion, an engagement gap being formed between the end portion and a surface adjacent to the first engagement member which surface is the inner surface of the cap and which surface faces the disc member when the cap is mounted on the disc member, the engagement gap being arranged to receive, in the mounted position of the cap, at least a part of the second engagement member of the disc member.
A method of producing itaconic acid, comprising (a) culturing a recombinant host cell which is genetically engineered to overexpress (i) a polynucleotide sequence having at least 30% sequence identity with the sequence of SEQ ID NO: 1, said polynucleotide sequence encoding a protein having aconitate-delta-isomerase activity; and (ii) a polynucleotide sequence having at least 50% sequence identity with the sequence of SEQ ID NO: 6, said polynucleotide sequence encoding a protein having trans-aconitate decarboxylase activity, in comparison to a comparable host cell which has not been genetically altered under conditions to allow said host cell to overexpress said polynucleotide sequence (i) and (ii), thereby said host cell is capable of converting cis-aconitate via trans-aconitate to itaconic acid; and (b) obtaining itaconic acid. (a) culturing a recombinant host cell which is genetically engineered to overexpress (i) a polynucleotide sequence having at least 30% sequence identity with the sequence of SEQ ID NO: 1, said polynucleotide sequence encoding a protein having aconitate-delta-isomerase activity; and (ii) a polynucleotide sequence having at least 50% sequence identity with the sequence of SEQ ID NO: 6, said polynucleotide sequence encoding a protein having trans-aconitate decarboxylase activity, in comparison to a comparable host cell which has not been genetically altered under conditions to allow said host cell to overexpress said polynucleotide sequence (i) and (ii), thereby said host cell is capable of converting cis-aconitate via trans-aconitate to itaconic acid; and (i) a polynucleotide sequence having at least 30% sequence identity with the sequence of SEQ ID NO: 1, said polynucleotide sequence encoding a protein having aconitate-delta-isomerase activity; and (ii) a polynucleotide sequence having at least 50% sequence identity with the sequence of SEQ ID NO: 6, said polynucleotide sequence encoding a protein having trans-aconitate decarboxylase activity, (b) obtaining itaconic acid.
A running control system for a vehicle having an engagement device that is disposed between a prime mover and drive wheels to selectively enable power transmission therebetween, characterized in that: the running control system is configured to raise a speed of the prime mover from an idling speed with a decrement of the distance to the forerunning vehicle, an increment of a vehicle speed, an increment of an increment of vehicle speed, an increment of a downgrade of a road, or an increment of a steering angle, during coasting of the vehicle in which the engagement device is in disengagement to interrupt a torque transmission between the prime mover and the drive wheels, and in which none of drive force and braking force are demanded.
A method of producing a sliceable dairy food product, said method comprising the steps of: a) preparing a liquid ingredient mix which comprises milk and supplemental whey protein, b) bringing the ingredient mix to a temperature of not more than 70°C; c) adjusting the pH to a value in the range of from 5.5 to 8.0; d) optionally adding salt; e) homogenizing the ingredient mix; f) filling the ingredient mix into packaging, and g) heating the ingredient mix in the packaging to a temperature in the range of from 90 to 155°C, h) maintaining the ingredient mix at the temperature selected in g) for a time period in the range of from 30 seconds to 9 hours, thereby forming a sliceable dairy food product. a) preparing a liquid ingredient mix which comprises milk and supplemental whey protein, b) bringing the ingredient mix to a temperature of not more than 70°C; c) adjusting the pH to a value in the range of from 5.5 to 8.0; d) optionally adding salt; e) homogenizing the ingredient mix; f) filling the ingredient mix into packaging, and g) heating the ingredient mix in the packaging to a temperature in the range of from 90 to 155°C, h) maintaining the ingredient mix at the temperature selected in g) for a time period in the range of from 30 seconds to 9 hours, thereby forming a sliceable dairy food product.
Biphasic facial cleansing preparations comprising an oil and water phase and benzethonium chloride, wherein the oil phase comprises at least isohexadecanes and/or C 15-19 -alkanes and wherein the preparations do not comprise any silicone-containing compounds.
A bleed valve assembly of a gas turbine engine, comprising: two or more valve segments extending circumferentially around a central longitudinal axis of the gas turbine engine; a first splice bracket spanning a first joint between a first valve segment and a second valve segment of the two or more valve segments, the first splice bracket secured to the first valve segment and the second valve segment; and a second splice bracket spanning a second joint between the first valve segment and the second valve segment, the second splice bracket secured to the first valve segment and the second valve segment; characterized in that: the first splice bracket is secured to the first valve segment and the second valve segment via a plurality of radially-extending boss openings in the first valve segment and the second valve segment. two or more valve segments extending circumferentially around a central longitudinal axis of the gas turbine engine; a first splice bracket spanning a first joint between a first valve segment and a second valve segment of the two or more valve segments, the first splice bracket secured to the first valve segment and the second valve segment; and a second splice bracket spanning a second joint between the first valve segment and the second valve segment, the second splice bracket secured to the first valve segment and the second valve segment; characterized in that: the first splice bracket is secured to the first valve segment and the second valve segment via a plurality of radially-extending boss openings in the first valve segment and the second valve segment.
A method, in a base station subsystem, of allocating radio resources to a plurality of mobile stations in a wireless communication system, the method comprising: the base station subsystem assigning a respective Temporary Block Flow to each of said plurality of mobile stations in a cell; the base station subsystem assigning to each said TBF a Temporary Flow Identity, at least one Packet Data Channel (PDCH), and an Uplink State Flag if the TBF is an uplink TBF; the base station subsystem selecting different training sequences from a plurality of available training sequences; the base station subsystem assigning a respective different selected training sequence to each of the mobile stations sharing the same assigned Temporary Flow Identity, the same assigned Packet Data Channel (PDCH), and the same assigned Uplink State Flag if the TBF is an uplink TBF; and the base station subsystem transmitting data to each of said plurality of mobile stations in the cell on at least one PDCH assigned to a respective mobile station, using the respective training sequence assigned to said respective mobile station, a header of said data containing a respective TFI and, if the TBF is an uplink TBF, a respective USF value assigned to said respective mobile station. the base station subsystem assigning a respective Temporary Block Flow to each of said plurality of mobile stations in a cell; the base station subsystem assigning to each said TBF a Temporary Flow Identity, at least one Packet Data Channel (PDCH), and an Uplink State Flag if the TBF is an uplink TBF; the base station subsystem selecting different training sequences from a plurality of available training sequences; the base station subsystem assigning a respective different selected training sequence to each of the mobile stations sharing the same assigned Temporary Flow Identity, the same assigned Packet Data Channel (PDCH), and the same assigned Uplink State Flag if the TBF is an uplink TBF; and the base station subsystem transmitting data to each of said plurality of mobile stations in the cell on at least one PDCH assigned to a respective mobile station, using the respective training sequence assigned to said respective mobile station, a header of said data containing a respective TFI and, if the TBF is an uplink TBF, a respective USF value assigned to said respective mobile station.
A drive train for a wind turbine, comprising a shaft, a slew bearing, a converter and a hub system designed as a hollow body comprising a fastening option, which is located in the axis of rotation inside the hub system on the side facing away from the tower, for a downstream element of the drive train, wherein the hub system designed as a hollow body on the side facing the tower can be rotatably connected to one of the two bearing parts of the slew bearing, the other, second bearing part of the slew bearing can be fixedly connected to a supporting, static machine frame, and the shaft, which at each of the ends of the shaft center piece comprises a joint,, is connected to the fastening option located inside the hub system, the shaft being connected via the first joint to the fastening option located inside the hub system, the end of the shaft located on the side facing the tower being connected by way of the joint present there to an input-side flange surface of the converter, the joints, ensuring the compensation of radial and/or axial and/or angular offsets, a downstream mechanical equipment component protruding at least partially through the fastening plane spanned by the slew bearing into the hub hollow body, the downstream mechanical equipment component being the converter.
A composition comprising at least one nano-diamondoid and at least one organic functional material wherein the nano-diamondoid is selected from diamantane, triamantane, tetramantane, pentamantane, cyclohexamantane, decamantane, higher diamondoids and derivatives thereof; and wherein the organic functional material is selected from host materials, hole injection materials, hole transport materials, hole blocking materials,electron injection materials, electron transport materials, electron blocking materials, exciton blocking materials (ExBM), photoabsorption materials, dyes, and metal complexes.
A method for rearing or transporting predatory arthropods, the method comprising the step of: using a shelter comprising a group of sheet compositions containing cellulose fibers and having an uneven surface, wherein: the shelter is a bundle of the sheet compositions; and the sheet compositions thus bundled together are fixed or pressure-bonded at at least one given part of each of the sheet compositions. using a shelter comprising a group of sheet compositions containing cellulose fibers and having an uneven surface, wherein: the shelter is a bundle of the sheet compositions; and the sheet compositions thus bundled together are fixed or pressure-bonded at at least one given part of each of the sheet compositions. the shelter is a bundle of the sheet compositions; and the sheet compositions thus bundled together are fixed or pressure-bonded at at least one given part of each of the sheet compositions.
A method for protecting an isolated worker on board a motor vehicle, comprising the following successive steps of: (a) detecting the combination of the following three events; (i) engaging the parking brake of said vehicle, (ii) opening a door of the vehicle, and (iii) achieving a determined task of the worker outside the vehicle, (b) waiting for a determined duration from said detecting, (c) at the end of said duration, if no modification of at least one of said three events has been detected, emitting alert information and transmitting said information to a remote security service. (a) detecting the combination of the following three events; (i) engaging the parking brake of said vehicle, (ii) opening a door of the vehicle, and (iii) achieving a determined task of the worker outside the vehicle, (i) engaging the parking brake of said vehicle, (ii) opening a door of the vehicle, and (iii) achieving a determined task of the worker outside the vehicle, (b) waiting for a determined duration from said detecting, (c) at the end of said duration, if no modification of at least one of said three events has been detected, emitting alert information and transmitting said information to a remote security service.
An inverter controlled generator apparatus having a generator with windings to be driven by an engine, a first rectifier circuit operable to rectify an alternating current which is outputted from the windings of the generator, and an inverter circuit operable to convert a direct current which is outputted from the first rectifier circuit into an alternating current having a predetermined frequency and operable to output the alternating current, the inverter controlled generator comprising: a second rectifier circuit (27, 28, 29) operable to rectify an alternating current which is output from the windings of the generator, the windings being the same as those connected to the first rectifier circuit; and self-excited oscillation converter of which a primary side is connected to an output side of the second rectifier circuit (27, 28, 29), wherein a secondary side of the self-excited oscillation converter is connected as a control power source to the inverter circuit. a second rectifier circuit (27, 28, 29) operable to rectify an alternating current which is output from the windings of the generator, the windings being the same as those connected to the first rectifier circuit; and
A system for supplying electrical energy, comprising a profiled rail (1, 21), a holder (2, 22) and a box (3, 23), wherein the holder (2, 22) has bores for receiving screws, wherein the box (3, 23) is secured to the holder (2, 22) by screws that are provided in the bores, wherein the box (3, 23) is detachably connected to the holder (2, 22) and the latter is detachably connected to the profiled rail (1, 21), wherein the holder (2, 22), together with the profiled rail (1, 21), is brought into a condition of being form-fittingly connected to the profile rail (1, 21) by a rotary movement of the holder (2, 22), characterised in that the axis of rotation is perpendicular to the profiled rail (1, 21), in that, by means of two opposing surface regions on the holder (2, 22), that is to say contact contours, the holder (2, 22) is in contact with two groove faces of the profiled rail (1, 21) that are correspondingly in opposition, as seen from the holder (2, 22), and/or by means of two opposing surface regions on the holder (2, 22), that is to say contact contours, the holder (2, 22) is in contact with groove roots of mutually parallel grooves in the profiled rail (1, 21), in that the holder (2, 22) is resiliently deformed such that a spring force is generated in the direction in which the two mutually parallel grooves in the profiled rail (1, 21) are connected, and in that the respective surface region takes a straight form, in particular being flat, and abuts against the respective groove root (8, 32), wherein the contour of the holder (2, 22) merges from the respective surface region into a curved region.
Therapeutical composition for use in the treatment of dermatosis, in particular psoriasis, containing an extract of the medicinal herbs Calendula officinalis L. and Hypericum perforatum L., characterized in that the plant material from Calendula officinalis L. and Hypericum perforatum L. are in a ratio from 1:1 to 3:1 parts by weight and the extract includes low-molecular peptides and free amino acids to a total amount of 0.5-6.0 % by weight of the extract dry mass, more specifically histidine, cystine, serine, alanine, valine, leucine, isoleucine, phenylalanine, glycine, lysine, proiine, tyrosine, glutamine, asparagine and methionine; unsaturated fatty acids 1.0-10.0% by weight of the extract dry mass, more specifically linoleic acid, linolenic acid and oleic acid; vitamins 1-6% by weight, including retinoides 0.6-3.0% by weight of the extract dry mass; and minerals and microelements 1.0-6.0% by weight of the extract dry mass.
Pneumatic vehicle tyre for a commercial vehicle tyre, in particular for use in winter driving conditions, comprising a tread with at least six rows of bars (6, 7, 8, 9), which run around in the circumferential direction, are of substantially the same width and are separated from one another by circumferential grooves (4, 5) running around in the circumferential direction, wherein the bars (6a, 7a, 8a, 9a) of the individual rows of bars (6, 7, 8, 9) are separated from one another by transverse grooves (6b, 7b, 8b, 9b), which run at least substantially straight and parallel to one another in each row of bars (6, 7, 8, 9) and run at angles of at most 30° in relation to the axial direction, wherein the bars (6a, 7a, 8b, 9a) are respectively provided with a number of sipes (16, 17, 18, 19) extending parallel to the transverse grooves (6b, 7b, 8b, 9b), wherein in each half of the tread there run two pairs of rows of bars (2, 3), which are separated from one another by first circumferential grooves (4, 5), which run around in the circumferential direction and are made to the maximum depth of the tread pattern, wherein second circumferential grooves (10, 11), which are made narrower than the first circumferential grooves (4, 5) and reach to a depth that is less than the maximum depth of the tread pattern, run between the rows of bars (6, 7, 8, 9) of each pair of rows of bars, characterized in that all of the transverse grooves (6b, 7b, 8b, 9b) have a depth that changes over their extent in such a way that their groove base, considered in cross section, runs along a curve with a slight s-shaped curvature, wherein, at the points where they go into the first circumferential grooves (4, 5) or at their ends at the outer shoulders of the tyre, the depth of the transverse grooves (6b, 7b, 8b, 9b) corresponds at least substantially to the maximum depth of the tread pattern and wherein, at the points where they go into the second circumferential grooves (10, 11), the depth of the transverse grooves (6b, 7b, 8b, 9b) corresponds to the depth of these circumferential grooves (10, 11).
Communication system comprising a first end terminal, a communication means, a security arrangement, a media application and wherein the security arrangement is in the first end terminal, connected to a first network, for protecting against accidental breach of classified data to a second network, wherein the first network represents a trusted network having a higher security classification level than the second network, said security arrangement is configured to: - receive a request to transmit real-time communication data to a second end terminal in said second network; - retrieve a security classification level for said second network; if said second network has a lower security classification level than said first network, wherein said first network represents a trusted network, said security arrangement is further configured to: - establish an inverse tunnel from said first end terminal to a trusted gateway interconnecting said first network and said second network, wherein said inverse tunnel is protecting data that is outside of the tunnel from breaching into the inverse tunnel, so as to protect classified data that is outside of the tunnel from leaking to the second network; - receive real-time source data generated by the communication means; - receive media stream data comprising header data and payload data generated by the media application, wherein real-time source data received from the communication means is used to generate said media stream data in said media application; - create real-time communication data by replacing the payload data in said media stream data with said real-time source data, said real-time communication data comprising header data from said media stream data and payload data from said real-time source data; - transmit said real-time communication data through said inverse tunnel. - receive a request to transmit real-time communication data to a second end terminal in said second network; - retrieve a security classification level for said second network; - establish an inverse tunnel from said first end terminal to a trusted gateway interconnecting said first network and said second network, wherein said inverse tunnel is protecting data that is outside of the tunnel from breaching into the inverse tunnel, so as to protect classified data that is outside of the tunnel from leaking to the second network; - receive real-time source data generated by the communication means; - receive media stream data comprising header data and payload data generated by the media application, wherein real-time source data received from the communication means is used to generate said media stream data in said media application; - create real-time communication data by replacing the payload data in said media stream data with said real-time source data, said real-time communication data comprising header data from said media stream data and payload data from said real-time source data; - transmit said real-time communication data through said inverse tunnel.
A protective bag dispensing system for bagging a flat panel cassette detector of a mobile x-ray apparatus, comprising: - a back panel element mountable against an external and operator-accessible side of a cart of said mobile x-ray apparatus, said back panel element having dimensions which are exceeding the size of a protective bag being dispensed, - a front panel element joined to said back panel element at the bottom side of both panels forming a cavity for supporting and accommodating an X-ray detector during a bagging process, - a bag holding means for hanging down a stack of multiple protective bags, said protective bags individually and removably attached from their top sides allowing an individual bag to be removed from the stack while inserting said X-ray detector into the first available protective bag, - said protective bags exceeding the size of the mobile x-ray detector being bagged, and characterized in that: the back panel element comprises at least two segments arranged in a hinged configuration. - a back panel element mountable against an external and operator-accessible side of a cart of said mobile x-ray apparatus, said back panel element having dimensions which are exceeding the size of a protective bag being dispensed, - a front panel element joined to said back panel element at the bottom side of both panels forming a cavity for supporting and accommodating an X-ray detector during a bagging process, - a bag holding means for hanging down a stack of multiple protective bags, said protective bags individually and removably attached from their top sides allowing an individual bag to be removed from the stack while inserting said X-ray detector into the first available protective bag, - said protective bags exceeding the size of the mobile x-ray detector being bagged, and characterized in that: the back panel element comprises at least two segments arranged in a hinged configuration.