mhurhangee/ep-ind-claims huggingface dataset:
Safety device for an elevator system, comprising: - an actuating mechanism which in a release position holds a safety element in a deactivated state and in a blocking position activates the safety element, wherein the actuating mechanism exerts a driving force, the action of which is directed in such a manner as to activate the safety element; - a holding element which exerts a holding force on the actuating mechanism in such a manner that the holding force counteracts the driving force in order to hold the actuating mechanism in the release position and/or to hold the safety element in the deactivated state; wherein in the release position the holding force exceeds the driving force by a tolerance amount, and wherein the safety device is adapted, for transfer into the blocking position, to reduce the holding force in such a manner that the driving force exceeds the holding force, characterized in that the tolerance amount is adjustable in dependence on different operating modes which are possible in the release position of the safety element. - an actuating mechanism which in a release position holds a safety element in a deactivated state and in a blocking position activates the safety element, wherein the actuating mechanism exerts a driving force, the action of which is directed in such a manner as to activate the safety element; - a holding element which exerts a holding force on the actuating mechanism in such a manner that the holding force counteracts the driving force in order to hold the actuating mechanism in the release position and/or to hold the safety element in the deactivated state;
A composition comprising a combination of: (a) from more than 45 to less than 86 weight percent of a crystalline or semi-crystalline thermoplastic polyester component selected from poly(butylene terephthalate), poly(ethylene terephthalate), poly(butylene terephthalate) copolymers, poly(ethylene terephthalate) copolymers, and combinations thereof; (b) from greater than 9 to less than 25 weight percent of an amorphous thermoplastic poly(ester-carbonate); (c) from 5 to 30 weight percent of a glass fiber; and (d) optionally, from 0.01 to 5 wt.% of an antioxidant, mold release agent, colorant, stabilizer, or a combination thereof; wherein an article having a 2 mm thickness and molded from the composition has (i) a near infrared transmission at 960 nanometers of greater than 30 percent and (ii) a Vicat softening temperature of at least 170°C. (a) from more than 45 to less than 86 weight percent of a crystalline or semi-crystalline thermoplastic polyester component selected from poly(butylene terephthalate), poly(ethylene terephthalate), poly(butylene terephthalate) copolymers, poly(ethylene terephthalate) copolymers, and combinations thereof; (b) from greater than 9 to less than 25 weight percent of an amorphous thermoplastic poly(ester-carbonate); (c) from 5 to 30 weight percent of a glass fiber; and (d) optionally, from 0.01 to 5 wt.% of an antioxidant, mold release agent, colorant, stabilizer, or a combination thereof; (i) a near infrared transmission at 960 nanometers of greater than 30 percent and (ii) a Vicat softening temperature of at least 170°C.
A composition comprising at least one isomeric alkadienyl ester in an amount effective to impart a fragrance or flavor to the composition, wherein the at least one isomeric alkadienyl ester is selected from the group consisting of Z,E-3,5-heptadienyl formate, Z,E-3,5-heptadienyl acetate, Z,E-3,5-heptadienyl propionate, Z,E-3,5-heptadienyl butyrate, and Z,E-3,5-heptadienyl isobutyrate, Z,E-3,5-heptadienyl valerate, Z,E-3,5-heptadienyl isovalerate, Z,E-3,5-heptadienyl hexanoate, Z,E-3,5-heptadienyl benzoate, Z,E-3,5-heptadienyl lactate, Z,E-3,5-heptadienyl pyruvate, Z,E-3,5-heptadienyl salicylate, Z,E-3,5-heptadienyl tiglate, Z,E-3,5-heptadienyl methyl carbonate, Z,E-3,5-heptadienyl cis-3-hexenoate, and Z,E-3,5-heptadienyl alpha methyl butyrate.
A transmission/reception apparatus (200, 500) comprising: a channel estimator configured to perform channel estimation using a reference signal; a channel fluctuation determination unit configured to determine whether to perform, by another transmission/reception apparatus, a space division multiplexing communication with directivity control or a space division multiplexing communication without directivity control, based on a channel estimation result estimated in a first time prior to a second time and a channel estimation result estimated in the second time; a feedback information controller configured to select a transmission weight generated from said channel estimation result, information on instruction to perform said space division multiplexing communication without directivity control or information indicating no channel fluctuation, based on a determination result of the channel fluctuation determination unit; and a transmitter (210, 501) configured to transmit said selected transmission weight, said selected information on instruction to perform the space division multiplexing communication without directivity control or said selected information indicating no channel fluctuation, to said other transmission/reception apparatus. a channel estimator configured to perform channel estimation using a reference signal; a channel fluctuation determination unit configured to determine whether to perform, by another transmission/reception apparatus, a space division multiplexing communication with directivity control or a space division multiplexing communication without directivity control, based on a channel estimation result estimated in a first time prior to a second time and a channel estimation result estimated in the second time; a feedback information controller configured to select a transmission weight generated from said channel estimation result, information on instruction to perform said space division multiplexing communication without directivity control or information indicating no channel fluctuation, based on a determination result of the channel fluctuation determination unit; and a transmitter (210, 501) configured to transmit said selected transmission weight, said selected information on instruction to perform the space division multiplexing communication without directivity control or said selected information indicating no channel fluctuation, to said other transmission/reception apparatus.
A peptide with capacity to bind to scurfin and inhibit the biological activity of scurfin in vitro and/or in vivo, selected from: a) a peptide of general formula comprising the amino acid sequence: Arg-Asp-Phe-Gln-Ser-Phe-Arg-Lys-Met-Trp-Pro-Phe-Phe-X wherein X is absent or X is present and is X 14 or X 14 -X 15, wherein X 14 and X 15, independently from one another, represent an amino acid; b) a peptide having at least a degree of identity of at least 80% with the peptide defined in a) and maintaining the capacity to bind to scurfin and inhibit the biological activity of scurfin in vitro and/or in vivo; and c) a fragment of the peptide defined in a) or in b), wherein said fragment comprises a portion of at least 11 consecutive amino acids of the peptide defined in a) or in b), and maintains the capacity to bind to scurfin and inhibit the biological activity of scurfin in vitro and/or in vivo; and its pharmaceutically acceptable salts. a) a peptide of general formula comprising the amino acid sequence: Arg-Asp-Phe-Gln-Ser-Phe-Arg-Lys-Met-Trp-Pro-Phe-Phe-X wherein X is absent or X is present and is X 14 or X 14 -X 15, wherein X 14 and X 15, independently from one another, represent an amino acid; X is absent or X is present and is X 14 or X 14 -X 15, wherein X 14 and X 15, independently from one another, represent an amino acid; b) a peptide having at least a degree of identity of at least 80% with the peptide defined in a) and maintaining the capacity to bind to scurfin and inhibit the biological activity of scurfin in vitro and/or in vivo; and c) a fragment of the peptide defined in a) or in b), wherein said fragment comprises a portion of at least 11 consecutive amino acids of the peptide defined in a) or in b), and maintains the capacity to bind to scurfin and inhibit the biological activity of scurfin in vitro and/or in vivo; and
Lens body having a light entry surface arranged centrally in a cross-section and two further light entry surfaces arranged laterally thereof as well as at least one LED arranged centrally above the lens body, wherein the light entry surfaces (4; 5) are arranged such that a first partial light beam of the LED enters the central light entry surface and two further partial light beams of the same LED enter in each case one of the lateral light coupling surfaces, and a centrally arranged light output surface, through which the first partial light beam leaves the lens body in the direction of the main radiation direction of the LED, and wherein the two further partial light bundles are each totally reflected at at least one boundary surface of the lens body and leave the lens body by in each case one further light output surface counterwise to the main beam direction of the LED, characterized in that the two further partial light beams are each totally reflected at least three or four times at boundary surfaces of the lens body, the two further partial light beams being deflected via two arms by multiple total reflection into a half-space opposite to the main beam direction of the LED before they leave the lens body through the respective further light output surface contrary to the main beam direction of the LED.
A device having a sealing device, in which at least one deformable sealing body (30a, 30b) is arranged between a front panel element and a cover panel element and at least one fastening unit (24a, 24b) holds the front panel element, the sealing body (30a, 30b) and the cover panel element together in a longitudinal direction (x) of the sealing device, characterized in that the sealing body (30a, 30b) and the cover panel element are arranged in a longitudinal direction (x) of the sealing device and in that the sealing body (30a, 30b) and the cover panel element are arranged in a longitudinal direction (x) of the sealing device, in characterized in that the device comprises at least one C-rail element and at least one wall element which is arranged crosswise to a longitudinal opening of the at least one C-rail element, the sealing device being arranged in the longitudinal direction (x) in an interior space of the C-rail element and being bordered with the sealing body (30a, 30b) to the wall element, and the sealing body (30a, 30b) in a deformed state sealing an interior space of the C-rail element with respect to the wall element.
Device having a storage space for storing several storage containers (11, 12, 13, 14) having liquid foodstuffs and having two or more reception bays (21, 22, 23, 24) for receiving respectively one pump module (30, 30', 30a, 30a', 30a", 30a′′′) for conveying liquid foodstuffs of a type of foodstuff respectively assigned to the pump module (30, 30', 30a, 30a', 30a", 30a′′′) concerned to a beverage output device which can be connected to the device, characterised in that the device is a cooling device having a coolable storage space, in which the reception bays (21, 22, 23, 24) have on a front side an opening for introducing a pump module (30, 30', 30a, 30a', 30a", 30a′′′) and on a side facing away from the opening one or more hydraulic and/or electrical plug terminals (36, 37), by means of which respectively with counter pieces, which are arranged on a rear side of the introducible pump module (30, 30', 30a, 30a', 30a", 30a′′′) and correspondingly positioned, a hydraulic and/or electrical connection of the introducible pump module (30, 30', 30a, 30a', 30a", 30a′′′) to the cooling device is formed.
A method for wireless communication at a user equipment, UE, comprising: attaching, via a first radio access technology, RAT, to a first base station in a network; the method being further characterised by: receiving, from a core network node of the network, an indication of inter-RAT connected-mode mobility between the first RAT and a second RAT, wherein the indication comprises a list of one or more geographic areas in which the UE is to initiate the inter-RAT mobility procedure to transition from the first RAT to the second RAT; and determining whether to initiate an inter-RAT mobility procedure based at least in part on entering a geographic area identified by the indication subsequent to attaching to the first base station. attaching, via a first radio access technology, RAT, to a first base station in a network; the method being further characterised by: receiving, from a core network node of the network, an indication of inter-RAT connected-mode mobility between the first RAT and a second RAT, wherein the indication comprises a list of one or more geographic areas in which the UE is to initiate the inter-RAT mobility procedure to transition from the first RAT to the second RAT; and determining whether to initiate an inter-RAT mobility procedure based at least in part on entering a geographic area identified by the indication subsequent to attaching to the first base station. receiving, from a core network node of the network, an indication of inter-RAT connected-mode mobility between the first RAT and a second RAT, wherein the indication comprises a list of one or more geographic areas in which the UE is to initiate the inter-RAT mobility procedure to transition from the first RAT to the second RAT; and determining whether to initiate an inter-RAT mobility procedure based at least in part on entering a geographic area identified by the indication subsequent to attaching to the first base station.
Cooling beam for an air handling system, where the cooling beam has a pressure chamber for the supply air a mixing chamber and a cooling or heating coil, whereby the pressure chamber is provided with holes for the supply air L1 to flow out to the mixing chamber to which also the recirculating air from a room flows via the cooling or heating coil, and where the recirculating air is mixed with the supply air whereupon the cooled or heated recirculating air L2 together with the supply air flows out to a room, whereby the quantity of the supply air is regulated by a displaceable regulating strip having a number of openings orientated in groups where the openings in each group have different dimensions and where, in a surface of the pressure chamber lying under the regulating strip there is a hole for every group of the regulating strip, characterized in that when the displaceable regulating strip is brought to a position so that a chosen opening is coordinated with the hole of the surface, always the same number of openings are uncovered and the same number of openings are opened from the pressure chamber to the mixing chamber and where the chosen openings always have the same placement and the axial center line of each opening has the same direction relative to the cooling or heating coil and relative to the mixing chamber, and in that the openings in the regulating strip and the holes in the surface are placed along the whole length of the mixing chamber and whereby the surface, and consequently the regulating strip, have a sloping direction in relation to the cooling or heating coil, for obtaining a defined air flow ratio between the supply air and the recirculating air.
An information processing device operating as master station, the information processing device comprising: a control section configured such that, when the information processing device in a first mode, representing a normal state, transitions to a second mode, representing a sleep mode, in which the information processing device consumes power differently than in the first mode, the control section performs control to transmit at least one frame including information notifying a first device, operating as non-legacy slave station, compatible with the second mode that the information processing device is to transition to the second mode, the frame further including information causing a second device, operating as legacy slave station, incompatible with the second mode to suppress transmission.
Composition, especially a cosmetic composition, comprising: (i) one or more alkoxysilanes, (ii) one or more fatty esters; and (iii) one or more silicones. (i) one or more alkoxysilanes, (ii) one or more fatty esters; and (iii) one or more silicones.
Seed metering device for row crop sowing machines, also called seed planters, comprising - a seed metering disc rotatable about a central shaft, having a plurality of seed capturing and retaining means for capturing and retaining the seeds, - a motor, which drives the seed metering disc, toroidally shaped and coaxially coupled to the seed metering disc, - releasing means for releasing the seeds from the seed capturing and retaining means, - conducting means for conducting the released seeds onto the ground, and - a housing for containing and protecting the seed metering disc, characterized in that the motor is of the hollow-shaft type. - a seed metering disc rotatable about a central shaft, having a plurality of seed capturing and retaining means for capturing and retaining the seeds, - a motor, which drives the seed metering disc, toroidally shaped and coaxially coupled to the seed metering disc, - releasing means for releasing the seeds from the seed capturing and retaining means, - conducting means for conducting the released seeds onto the ground, and - a housing for containing and protecting the seed metering disc,
Process for preparing m isocyanates in m process chains, in each of which an isocyanate is prepared as end product via at least one intermediate, wherein each of the m process chains is conducted in at least 2 production plants (100 000-1, 100 000-2,...), namely in a first production plant (100 000-1) designed for the preparation of the at least one intermediate and in a second production plant (100 000-2) designed for the preparation of the isocyanate end product, wherein the at least 2 production plants (100 000-1, 100 000-2,...,) are part of an integrated production system (1 000 000), wherein a total of n chemical products selected from the group consisting of intermediates, catalysts and isocyanate end products are prepared in the integrated production system (1 000 000), where n is a natural number in the range from 2 to 40, preferably in the range from 2 to 20, more preferably in the range from 2 to 15, and where m is a natural number in the range from 1 to n, wherein, in the preparation of each of the n chemical products, at least one heat-releasing or heat-consuming operation takes place and, in the process for preparing the m isocyanates, a total of at least one heat-releasing operation and at least one heat-consuming operation take place, wherein (i) the heat energy released in a heat-releasing operation in the preparation of one of the chemical products in a first production plant (100 000-1) is utilized at least partly for generation of vapor, especially of steam, at a pressure of 1.31 bar (abs.) to 1.91 bar (abs.) and a temperature of 107°C to 119°C; (ii) the vapor generated in (i) is used for the performance of a heat-consuming operation in the preparation of a chemical product different than the chemical product prepared in step (i), wherein the preparation of this chemical product different than the chemical product prepared in step (i) takes place in a second production plant (100 000-2), wherein the vapor generated in (i) is guided from the vapor-releasing point in step (i) via a pipeline to the position of the heat-consuming operation in step (ii). (i) the heat energy released in a heat-releasing operation in the preparation of one of the chemical products in a first production plant (100 000-1) is utilized at least partly for generation of vapor, especially of steam, at a pressure of 1.31 bar (abs.) to 1.91 bar (abs.) and a temperature of 107°C to 119°C; (ii) the vapor generated in (i) is used for the performance of a heat-consuming operation in the preparation of a chemical product different than the chemical product prepared in step (i), wherein the preparation of this chemical product different than the chemical product prepared in step (i) takes place in a second production plant (100 000-2), wherein the vapor generated in (i) is guided from the vapor-releasing point in step (i) via a pipeline to the position of the heat-consuming operation in step (ii).
A blower system for providing air to an airframe system, comprising: a rotor (410, 510, 610, 710, 810, 910) configured to be mechanically coupled to a spool of a gas turbine engine, the rotor comprising a plurality of compressor blades on a first side of the rotor and a plurality of turbine blades (718, 818) or a plurality of impulse scoops on a second side of the rotor; wherein the rotor is configured to: in a blower mode, be driven to rotate in a first direction by the spool and to function as a centrifugal compressor, the plurality of compressor blades on the first side of the rotor configured to direct air to an airframe discharge port (426, 526) for supply to the airframe system; and in an engine drive mode, receive air from an external air source via one or more impingement ports (424, 524, 624, 724, 824, 1024) configured to direct the received air onto the plurality of turbine blades or the plurality impulse scoops on the second side of the rotor and thereby drive the rotor to rotate the same first direction to drive the spool to rotate. a rotor (410, 510, 610, 710, 810, 910) configured to be mechanically coupled to a spool of a gas turbine engine, the rotor comprising a plurality of compressor blades on a first side of the rotor and a plurality of turbine blades (718, 818) or a plurality of impulse scoops on a second side of the rotor; wherein the rotor is configured to: in a blower mode, be driven to rotate in a first direction by the spool and to function as a centrifugal compressor, the plurality of compressor blades on the first side of the rotor configured to direct air to an airframe discharge port (426, 526) for supply to the airframe system; and in an engine drive mode, receive air from an external air source via one or more impingement ports (424, 524, 624, 724, 824, 1024) configured to direct the received air onto the plurality of turbine blades or the plurality impulse scoops on the second side of the rotor and thereby drive the rotor to rotate the same first direction to drive the spool to rotate. in a blower mode, be driven to rotate in a first direction by the spool and to function as a centrifugal compressor, the plurality of compressor blades on the first side of the rotor configured to direct air to an airframe discharge port (426, 526) for supply to the airframe system; and in an engine drive mode, receive air from an external air source via one or more impingement ports (424, 524, 624, 724, 824, 1024) configured to direct the received air onto the plurality of turbine blades or the plurality impulse scoops on the second side of the rotor and thereby drive the rotor to rotate the same first direction to drive the spool to rotate.
Probiotic strain Lactobacillus paracasei 8700:2 (DSM 13434) in combination with probiotic strain Lactobacillus plantarum HEAL 9 (DSM 15312) for use in the prevention and/or treatment of celiac disease autoimmunity or celiac disease.
A feeding tube with an integrated stylet, having a flexible feeding tube with distal and proximal ends and an adapter at the proximal end, and a stylet with distal and proximal ends positioned within the feeding tube having an anchor at the proximal end, characterized in that the anchor is configured to seat within the adapter to prevent the anchor from entering the feeding tube, and wherein the anchor has one or more channels extending through the anchor to permit fluid to flow from the adapter through the one or more channels and through the feeding tube with the anchor remaining seated within the adapter.