mhurhangee/ep-ind-claims huggingface dataset:
A method of servicing a channel change request in a digital network with at least a client and a server, said method comprising transmitting a multimedia stream using a multicast stream and a unicast stream; wherein a transcoder reorganizes audio and video packets of an elementary stream of said multimedia stream on a time base, such that the audio and video packets related to the same frame are progressively sent adjacent to each other, on time base, in a serialized transport stream of the multicast stream; characterized in that: • said channel change request from the client is an http unicast request and a server reply contains an http header and an http body; • the http header contains parameters to setup a decoder at the client, as given in the request from the client to the server; • a burst overhead in the unicast stream is set according to said parameters to setup the decoder and computed by the client; • said parameters are related to the bandwidth of the client internet access already under usage comprising the case when more than one Set-Top-Box, STB, is running in the same household; and wherein the http body contains a Program Map Table information relevant to a first independently decodable frame. • said channel change request from the client is an http unicast request and a server reply contains an http header and an http body; • the http header contains parameters to setup a decoder at the client, as given in the request from the client to the server; • a burst overhead in the unicast stream is set according to said parameters to setup the decoder and computed by the client; • said parameters are related to the bandwidth of the client internet access already under usage comprising the case when more than one Set-Top-Box, STB, is running in the same household;
Machine for packaging pouch wrapping, comprising: - a support frame defining an inlet section for at least one pouch wrapping group and an outlet section for a package of a plurality of pouch wrapping groups; - first gripping means mechanically mounted on said support frame in proximity of said inlet section and configured and controlled to be movable at least between a loading configuration in which they receive said pouch wrapping group, a first unloading configuration and a second unloading configuration rotated about 180° compared to said first unloading configuration; - packaging means mechanically mounted on said support frame and configured to receive said stack of pouch wrapping group and wrap said stack with at least one layer of flexible material and thus make said package; - second gripping means mechanically mounted on said support frame; said machine being characterised in that said second gripping means are configured and controlled to be movable between a first configuration in which they pick up said pouch wrapping group directly from said first gripping means in said first unloading configuration with said pouch wrapping group in a first angular position, and alternatively, in said second unloading configuration with said pouch wrapping group in a second angular position, and a second configuration in which they release said pouch wrapping group to form a stack of pouch wrapping group; said stack of pouch wrapping group being made with pouch wrapping groups stacked vertically together in the first angular position and in the second angular position in an alternating manner. - a support frame defining an inlet section for at least one pouch wrapping group and an outlet section for a package of a plurality of pouch wrapping groups; - first gripping means mechanically mounted on said support frame in proximity of said inlet section and configured and controlled to be movable at least between a loading configuration in which they receive said pouch wrapping group, a first unloading configuration and a second unloading configuration rotated about 180° compared to said first unloading configuration; - packaging means mechanically mounted on said support frame and configured to receive said stack of pouch wrapping group and wrap said stack with at least one layer of flexible material and thus make said package; - second gripping means mechanically mounted on said support frame; said machine being characterised in that said second gripping means are configured and controlled to be movable between a first configuration in which they pick up said pouch wrapping group directly from said first gripping means in said first unloading configuration with said pouch wrapping group in a first angular position, and alternatively, in said second unloading configuration with said pouch wrapping group in a second angular position, and a second configuration in which they release said pouch wrapping group to form a stack of pouch wrapping group; said stack of pouch wrapping group being made with pouch wrapping groups stacked vertically together in the first angular position and in the second angular position in an alternating manner.
Multi-component gear wheel for a gear assembly of a brake actuator, in particular of a motor vehicle, having the following features: - a sleeve shaped support body made of a first plastic material, - a gear wheel body, rigidly formed onto the support body and made of a second plastic material which comprises a lower rigidity and a higher elasticity than the first plastic material, - the gear wheel body comprises an outer toothing and a spindle nut toothing arranged inside for engaging a spindle, - the spindle nut toothing is arranged, at least partially, axially in one direction at a distance to the outer toothing, - the support body extends axially at least partially into the region of the outer toothing and into the region of the spindle nut toothing, and - the support body comprises a smaller outer diameter than the outer toothing. - a sleeve shaped support body made of a first plastic material, - a gear wheel body, rigidly formed onto the support body and made of a second plastic material which comprises a lower rigidity and a higher elasticity than the first plastic material, - the gear wheel body comprises an outer toothing and a spindle nut toothing arranged inside for engaging a spindle, - the spindle nut toothing is arranged, at least partially, axially in one direction at a distance to the outer toothing, - the support body extends axially at least partially into the region of the outer toothing and into the region of the spindle nut toothing, and - the support body comprises a smaller outer diameter than the outer toothing.
An uplink data transmission method, wherein the method comprises: determining, by a terminal device, a data encoding scheme and a data modulation scheme for transmission of uplink data carried on a data time-frequency resource; performing, by the terminal device, encoding and modulation processing on control information according to a control encoding scheme and a control modulation scheme that are used by the terminal device, to obtain a control symbol, wherein the control information is used to indicate the data encoding scheme used by the terminal device; and sending the control symbol to a network device by using a control time-frequency resource, and sending a data symbol to the network device by using the data time-frequency resource, wherein the control time-frequency resource and the data time-frequency resource belong to a transmission resource that is used for uplink transmission, the control time-frequency resource and the data time-frequency resource are different, and the data symbol is generated after the terminal device performs encoding processing on uplink data according to the data encoding scheme used by the terminal device. determining, by a terminal device, a data encoding scheme and a data modulation scheme for transmission of uplink data carried on a data time-frequency resource; performing, by the terminal device, encoding and modulation processing on control information according to a control encoding scheme and a control modulation scheme that are used by the terminal device, to obtain a control symbol, wherein the control information is used to indicate the data encoding scheme used by the terminal device; and sending the control symbol to a network device by using a control time-frequency resource, and sending a data symbol to the network device by using the data time-frequency resource, wherein the control time-frequency resource and the data time-frequency resource belong to a transmission resource that is used for uplink transmission, the control time-frequency resource and the data time-frequency resource are different, and the data symbol is generated after the terminal device performs encoding processing on uplink data according to the data encoding scheme used by the terminal device.
Spice mill made up of a spice container for the grinding material, of a lower housing part with a rotationally fixed outer part of a conical grinder, of an upper housing part with a rotationally fixed inner grinder part, and the upper and lower housing parts (8; 1) being rotatable in relation to one another, and of an aroma-protection cover, wherein all the components consist of food-grade plastics or ceramic material and all the components can be assembled without the use of tools or other additional connecting means and, for this purpose, are equipped with mating catches (10;20;31;32;34) and latching noses (21;29;33;35), characterized in that the inner grinder part is positioned on a guide part, which has latching lugs which extend through the inner grinder part and have catches arranged thereon, the catches locking the inner grinder part in a form-fitting manner on the guide part, and in that the guide part has radially extending wings, of which the ends engage in axial grooves in the upper housing part, the length of the grooves being greater than the width of the wings, and in that the guide part is guided in the spice mill such that it can be displaced longitudinally along the centre longitudinal axis thereof.
A MetAP-2 inhibitor selected from O-(4-dimethylaminoethoxycinnamoyl)fumagillol and pharmaceutically acceptable salts thereof for use in a method of treating and/or minimizing hypothalamic obesity in a patient in need thereof.
Filter tape, comprising a ventilating but substantially dust-tight base which is locally closed in at least substantially airtight manner by a covering, wherein said base comprises at least a first longitudinally continuous segment and at least one further longitudinally continuous segment, characterized in that said covering features a characteristic coding which identifies the filter tape uniquely according to an origin and/or a destination, in that the covering features a first coding according to a first origin and/or a destination in said first longitudinally continuous segment of the filter tape and in that the covering features at least one further, different coding according to a further origin and/or a destination in said at least one further longitudinally continuous segment.
A method performed by a user equipment, UE, the method comprising: • receiving (step 510), from a network, a value of a first index, the value of the first index indicating a non-zero-power CSI reference signal, CSI-RS, resource, a value of a second index, the value of the second index indicating a zero-power CSI-RS resource, a value of a third index for indicating a CSI-RS resource to be used for interference measurement, a plurality of values of a fourth index, wherein each value among the plurality of values of the fourth index indicates a corresponding channel quality indicator, CQI, report configuration; • receiving (step 610), from the network, a plurality of values of a fifth index, wherein each value among the plurality of values of the fifth index indicates a different periodic CQI report configuration among those CQI report configurations indicated by the fourth index; • sending (step 620), to the network, a CSI report of a CQI report configuration having a lowest value among the values of the fifth index in case of collision between CSI reports of a same serving cell of the UE with a Physical Uplink Control Channel, PUCCH, reporting type of the same priority; and • dropping CSI reports for all other CQI report configurations among those CQI report configurations indicated by the fourth index. • receiving (step 510), from a network, a value of a first index, the value of the first index indicating a non-zero-power CSI reference signal, CSI-RS, resource, a value of a second index, the value of the second index indicating a zero-power CSI-RS resource, a value of a third index for indicating a CSI-RS resource to be used for interference measurement, a plurality of values of a fourth index, wherein each value among the plurality of values of the fourth index indicates a corresponding channel quality indicator, CQI, report configuration; • receiving (step 610), from the network, a plurality of values of a fifth index, wherein each value among the plurality of values of the fifth index indicates a different periodic CQI report configuration among those CQI report configurations indicated by the fourth index; • sending (step 620), to the network, a CSI report of a CQI report configuration having a lowest value among the values of the fifth index in case of collision between CSI reports of a same serving cell of the UE with a Physical Uplink Control Channel, PUCCH, reporting type of the same priority; and • dropping CSI reports for all other CQI report configurations among those CQI report configurations indicated by the fourth index.
A vesicular monoamine transporter 2 (VMAT2) inhibitor for use in a method of treating a neurological or psychiatric disease or disorder in a subject in need thereof, wherein the subject has severe renal impairment, wherein the VMAT2 inhibitor is chosen from -2-amino-3-methyl-butyric acid (2R,3R,11bR)-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2H-pyrido[2,1-a]isoquinolin-2-yl ester and pharmaceutically acceptable salts thereof. wherein the subject has severe renal impairment, wherein the VMAT2 inhibitor is chosen from -2-amino-3-methyl-butyric acid (2R,3R,11bR)-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2H-pyrido[2,1-a]isoquinolin-2-yl ester and pharmaceutically acceptable salts thereof.
A method for virtually rendering channel-based or object-based audio, the method comprising: a. receiving an input audio signal and data corresponding to an intended spatial position of the input audio signal; b. generating a binaural signal pair for the input audio signal, the binaural signal pair being based on the intended spatial position of the input audio signal; c. applying a cross-talk cancellation process to the binaural signal pair to obtain a cross-talk cancelled signal pair; d. measuring a level of the cross-talk cancelled signal pair; e. measuring a level of the input audio signal; and f. applying a dynamic equalization or gain to the cross-talk cancelled signal pair in response to the measured level of the cross-talk cancelled signal pair and the measured level of the input audio signal, to produce a modified version of the cross-talk-cancelled signal; and g. outputting the modified version of the cross-talk-cancelled signal. a. receiving an input audio signal and data corresponding to an intended spatial position of the input audio signal; b. generating a binaural signal pair for the input audio signal, the binaural signal pair being based on the intended spatial position of the input audio signal; c. applying a cross-talk cancellation process to the binaural signal pair to obtain a cross-talk cancelled signal pair; d. measuring a level of the cross-talk cancelled signal pair; e. measuring a level of the input audio signal; and f. applying a dynamic equalization or gain to the cross-talk cancelled signal pair in response to the measured level of the cross-talk cancelled signal pair and the measured level of the input audio signal, to produce a modified version of the cross-talk-cancelled signal; and g. outputting the modified version of the cross-talk-cancelled signal.
A process for removing impurities from a dehydrochlorination reactor comprising an inner metal alloy surface in which a dehydrochlorination reaction of 2-chloro-1,1,1,2-tetrafluoropropane (HCFC-244bb) to 2,3,3,3-tetrafluoropropene (HFO-1234yf) takes place, comprising the steps of: (a) purging the reactor with an inert gas; (b) optionally, oxidizing the impurities in the reactor by introducing an oxidizing agent into the reactor under conditions effective to oxidize the impurities; (c) reducing the impurities in the reactor by introducing a reducing agent into the reactor under conditions effective to reduce the impurities; (d) cooling the reactor to an ambient temperature while passing the reducing agent and/or inert gas through the reactor; and (e) maintaining a positive pressure in the reactor with the reducing agent and/or the inert gas, wherein the impurities in the reactor comprise metal halides, metal oxides or carbonaceous materials. (a) purging the reactor with an inert gas; (b) optionally, oxidizing the impurities in the reactor by introducing an oxidizing agent into the reactor under conditions effective to oxidize the impurities; (c) reducing the impurities in the reactor by introducing a reducing agent into the reactor under conditions effective to reduce the impurities; (d) cooling the reactor to an ambient temperature while passing the reducing agent and/or inert gas through the reactor; and (e) maintaining a positive pressure in the reactor with the reducing agent and/or the inert gas, wherein the impurities in the reactor comprise metal halides, metal oxides or carbonaceous materials.
A patient interface system for an ophthalmic system, comprising: a multi-piece patient interface (100',100"), comprising an attachment module (110', 110"), configured to be attached to an ophthalmic system (10', 10"); a contact module (120', 120"), configured to be docked to a procedure eye, and configured to connect to the attachment module (120', 120"); the contact module (120', 120") comprising an accommodation space (123', 123) at least partially bordered by the contact module (120', 120") and by the procedure eye; the accommodation space (123', 123") is configured to accommodate a viscoelastic substance (121', 121 ") in it; characterised in that the contact module (120', 120") comprises a suction ring formed as part of the contact module (120', 120"); the suction ring is configured to be connected to a vacuum suction system, (130', 130") to create a partial vacuum between the suction ring and the procedure eye to reduce a mobility of the procedure eye for an ophthalmic procedure; and the multi-piece patient interface (100', 100") further comprising 15 a degassing subsystem, configured to be coupled to the patient interface, and configured to degas the viscoelastic substance (121', 121"), and the degassing comprising at least one of: reducing a pressure experienced by the viscoelastic substance (121', 121 "), heating the viscoelastic substance (121', 121 "), performing a membrane-based degasification, substituting an inert gas for the air atmosphere, manipulating a surface tension of the viscoelastic substance 121, or adding a reductant. a multi-piece patient interface (100',100"), comprising an attachment module (110', 110"), configured to be attached to an ophthalmic system (10', 10"); a contact module (120', 120"), configured to be docked to a procedure eye, and configured to connect to the attachment module (120', 120"); the contact module (120', 120") comprising an accommodation space (123', 123) at least partially bordered by the contact module (120', 120") and by the procedure eye; the accommodation space (123', 123") is configured to accommodate a viscoelastic substance (121', 121 ") in it; characterised in that the contact module (120', 120") comprises a suction ring formed as part of the contact module (120', 120"); the suction ring is configured to be connected to a vacuum suction system, (130', 130") to create a partial vacuum between the suction ring and the procedure eye to reduce a mobility of the procedure eye for an ophthalmic procedure; and the multi-piece patient interface (100', 100") further comprising 15 a degassing subsystem, configured to be coupled to the patient interface, and configured to degas the viscoelastic substance (121', 121"), and the degassing comprising at least one of: reducing a pressure experienced by the viscoelastic substance (121', 121 "), heating the viscoelastic substance (121', 121 "), performing a membrane-based degasification, substituting an inert gas for the air atmosphere, manipulating a surface tension of the viscoelastic substance 121, or adding a reductant.
A method of treating plants, characterized in that, - at least one said plant is a seedling and is housed indoors, - the said seedlings are exposed to artificial light indoors to treat transplantation shock in the plants indoors prior to outdoor life, - the artificial light is produced by light emitting diode lighting device and comprises a pair of a first emission peak of artificial UV light and a second emission peak of artificial far red light. - at least one said plant is a seedling and is housed indoors, - the said seedlings are exposed to artificial light indoors to treat transplantation shock in the plants indoors prior to outdoor life, - the artificial light is produced by light emitting diode lighting device and comprises a pair of a first emission peak of artificial UV light and a second emission peak of artificial far red light.
A method of manufacturing a laser medium with a controlled concentration profile of active laser ions, comprising: - providing a laser medium comprising a solid-state host material and dopant species within the solid-state host material, the dopant species including active laser ions having a first valence state; and - adding impurities into the solid-state host material of the laser medium to change a concentration profile of the active laser ions within the solid-state host material along a radial direction of the laser medium perpendicular to a longitudinal optical axis of the laser medium; - wherein the impurities convert a portion of the active laser ions having the first valence state to inactive laser ions having a second valence state different from the first valance state; wherein the solid-state host material is yttrium aluminum garnet 'YAG'; wherein the dopant species is ytterbium Yb; and wherein adding the impurities comprises adding hydroxyl ions OH - into the solid-state host material. - providing a laser medium comprising a solid-state host material and dopant species within the solid-state host material, the dopant species including active laser ions having a first valence state; and - adding impurities into the solid-state host material of the laser medium to change a concentration profile of the active laser ions within the solid-state host material along a radial direction of the laser medium perpendicular to a longitudinal optical axis of the laser medium; - wherein the impurities convert a portion of the active laser ions having the first valence state to inactive laser ions having a second valence state different from the first valance state;
A water-based energy-curable primer composition comprising: (a) 35 wt% to 80 wt% one or more water-compatible ethylenically unsaturated monomers, ethylenically unsaturated oligomers, or a combination thereof, based on the total weight of the composition; (b) 3 wt% to 12 wt% one or more water-based polyurethane dispersions, based on the total weight of the composition; (c) 2 wt% to 10 wt% one or more photoinitiators, based on the total weight of the composition; and (d) phosphoric acid. (a) 35 wt% to 80 wt% one or more water-compatible ethylenically unsaturated monomers, ethylenically unsaturated oligomers, or a combination thereof, based on the total weight of the composition; (b) 3 wt% to 12 wt% one or more water-based polyurethane dispersions, based on the total weight of the composition; (c) 2 wt% to 10 wt% one or more photoinitiators, based on the total weight of the composition; and (d) phosphoric acid.