mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for storing and supplying capsules to machines for preparing infused beverages, comprising: - a storage chamber which develops - around a longitudinal axis (X-X) and is shaped to contain said capsules in a random arrangement; - a discharge conveyor placed downstream of said storage chamber and in communication with an infusion assembly of a machine for preparing an infused beverage; - a movement device to move the capsules inside said storage chamber, which is provided with a motor, a rotating shaft driven to rotate by said motor and a rotating member designed to move the capsules inside said storage chamber; - a rotatably-mounted orientation device configured to direct the longitudinal axis (Y-Y) of the capsules towards a substantially horizontal position, - a screen-like element arranged downstream of said orientation device, comprising a first opening shaped to allow the passage of a capsule to the discharge conveyor only if the longitudinal axis (Y-Y) of the capsule is arranged along a substantially horizontal direction; characterized in that it further comprises: - a separating element arranged inside the storage chamber so that to longitudinally divide the inner volume of the storage chamber; - said discharge conveyor being configured so as to not modify the orientation of the longitudinal axis of the capsule exiting from said screen-like element to said infusion assembly of said machine. - a storage chamber which develops - around a longitudinal axis (X-X) and is shaped to contain said capsules in a random arrangement; - a discharge conveyor placed downstream of said storage chamber and in communication with an infusion assembly of a machine for preparing an infused beverage; - a movement device to move the capsules inside said storage chamber, which is provided with a motor, a rotating shaft driven to rotate by said motor and a rotating member designed to move the capsules inside said storage chamber; - a rotatably-mounted orientation device configured to direct the longitudinal axis (Y-Y) of the capsules towards a substantially horizontal position, - a screen-like element arranged downstream of said orientation device, comprising a first opening shaped to allow the passage of a capsule to the discharge conveyor only if the longitudinal axis (Y-Y) of the capsule is arranged along a substantially horizontal direction; - a separating element arranged inside the storage chamber so that to longitudinally divide the inner volume of the storage chamber; - said discharge conveyor being configured so as to not modify the orientation of the longitudinal axis of the capsule exiting from said screen-like element to said infusion assembly of said machine.
A method for receiving a content by a client device, comprising: receiving multimedia multiplexing transport protocol, MMTP, packets; reconstructing the MMTP packets into dynamic adaptive streaming over hypertext transport protocol, DASH, segments (325, 720); and storing the DASH segments (325, 720) and associated uniform resource locators, URLs, of the DASH segments (325, 720) in a segments buffer, wherein a URL included in the associated URLs is used as an index to find a DASH segment in the segments buffer, and wherein the associated URLs are found from a generic file delivery table, GFDT, if a generic file delivery, GFD, mode is used, or the associated URLs are found from an mmpu box if a media processing unit, MPU, mode is used. receiving multimedia multiplexing transport protocol, MMTP, packets; reconstructing the MMTP packets into dynamic adaptive streaming over hypertext transport protocol, DASH, segments (325, 720); and storing the DASH segments (325, 720) and associated uniform resource locators, URLs, of the DASH segments (325, 720) in a segments buffer, wherein a URL included in the associated URLs is used as an index to find a DASH segment in the segments buffer, and wherein the associated URLs are found from a generic file delivery table, GFDT, if a generic file delivery, GFD, mode is used, or the associated URLs are found from an mmpu box if a media processing unit, MPU, mode is used.
An optical-to-electrical energy conversion device, comprising: a substrate formed of a doped semiconductor material, the substrate including a first region and a second region; an array of multilayered nanostructures protruding from the first region of the substrate, wherein the multilayered nanostructures are formed of a first co-doped semiconductor materia covered by a layer of a second co-doped semiconductor material forming a core-shell structure, the layer covering at least a portion of the doped semiconductor material of the substrate in the second region, wherein the first and second co-doped semiconductor materials (121, 122) include electron acceptor dopants and electron donor dopants, in which the first co-doped semiconductor material includes a greater concentration of one type of the acceptor or donor dopants than the other type dopants, and the second co-doped semiconductor material includes a greater concentration of the other type dopants than the one type dopants, wherein the first and the second co-doped semiconductor material (121, 122) include the acceptor and donor dopants at a concentration level of at least 1×10 18 cm -3 to provide co-doped, heavily compensated junction structures; and an electrode formed on the layer-covered portion of the substrate in the second region, wherein the multilayered nanostructures are structured to provide an optical active region capable of absorbing photons from light at one or more wavelengths to generate an electrical signal presented at the electrode. a substrate formed of a doped semiconductor material, the substrate including a first region and a second region; an array of multilayered nanostructures protruding from the first region of the substrate, wherein the multilayered nanostructures are formed of a first co-doped semiconductor materia covered by a layer of a second co-doped semiconductor material forming a core-shell structure, the layer covering at least a portion of the doped semiconductor material of the substrate in the second region, wherein the first and second co-doped semiconductor materials (121, 122) include electron acceptor dopants and electron donor dopants, in which the first co-doped semiconductor material includes a greater concentration of one type of the acceptor or donor dopants than the other type dopants, and the second co-doped semiconductor material includes a greater concentration of the other type dopants than the one type dopants, wherein the first and the second co-doped semiconductor material (121, 122) include the acceptor and donor dopants at a concentration level of at least 1×10 18 cm -3 to provide co-doped, heavily compensated junction structures; and an electrode formed on the layer-covered portion of the substrate in the second region, wherein the multilayered nanostructures are structured to provide an optical active region capable of absorbing photons from light at one or more wavelengths to generate an electrical signal presented at the electrode.
A method of predicting the outcome of a medical procedure on a patient, the method comprising: inputting patient complement cascade data comprising data representing levels of a set of complement cascade markers in said patient at a succession of time intervals following said medical procedure, wherein said patient complement cascade data defines a patient recovery pathway representing an evolution over time of a complement cascade in said patient; comparing said patient recovery pathway represented by said patient complement cascade data with at least one corresponding cohort recovery pathway defined by cohort complement cascade data representing an evolution over time of a complement cascade in a cohort of patients, to determine a deviation between said patient recovery pathway and said cohort recovery pathway; determining a predicted outcome of said medical procedure responsive to said determined deviation; wherein said determining of said deviation comprises determining a score for said patient recovery pathway representing a deviation of said patient recovery pathway from said cohort recovery pathway; wherein said score is responsive to a difference between said patient recovery pathway and said cohort recovery pathway at a plurality of different times, and wherein said difference is weighted by a confidence limit of said cohort recovery pathway. inputting patient complement cascade data comprising data representing levels of a set of complement cascade markers in said patient at a succession of time intervals following said medical procedure, wherein said patient complement cascade data defines a patient recovery pathway representing an evolution over time of a complement cascade in said patient; comparing said patient recovery pathway represented by said patient complement cascade data with at least one corresponding cohort recovery pathway defined by cohort complement cascade data representing an evolution over time of a complement cascade in a cohort of patients, to determine a deviation between said patient recovery pathway and said cohort recovery pathway; determining a predicted outcome of said medical procedure responsive to said determined deviation; wherein said determining of said deviation comprises determining a score for said patient recovery pathway representing a deviation of said patient recovery pathway from said cohort recovery pathway; wherein said score is responsive to a difference between said patient recovery pathway and said cohort recovery pathway at a plurality of different times, and wherein said difference is weighted by a confidence limit of said cohort recovery pathway.
Waste incineration process for an incinerator for incinerating waste, wherein characterized in that a mixture of pure oxygen and recycled, purified and dewatered flue gas is supplied to the incinerator characterised in that the pure oxygen, necessary for the incineration process, is produced locally in an electrolysis device which separates water recovered from purifying the cooled flue gases into hydrogen and oxygen, and the hydrogen formed in the electrolysis device is also utilised on site, by letting the formed hydrogen react, with a part of the purified and dewatered flue gas in a local synthesis device.
A pharmaceutical composition for use in the treatment of inflammatory diseases of the gastrointestinal tract selected from inflammatory bowel disease, ulcerative colitis, collagenous colitis, lymphocytic colitis, Crohn's disease, and irritable bowel syndrome said compositions comprising a therapeutically effective amount of a compound selected from PMX-30063 (brilacidin) and PMX-60056 (delparantag) and pharmaceutically acceptable salts thereof and a pharmaceutically acceptable carrier.
A vector for use in preventing, treating and/or delaying amyotrophic lateral sclerosis in a mammal, wherein the vector induces neuronal overexpression of X-Box protein 1 in the central nervous system of the mammal, and wherein the vector is an adeno-associated virus vector.
A method of signal processing in a CDMA receiver, comprising: calculating a net channel response correlation matrix based on measured net channel responses derived from pilot symbols in a received signal; forming a traffic data correlation matrix based on measurements of traffic symbols in the received signal; and using a minimum mean-squared error MMSE estimation process, calculating net channel response estimates as a function of the traffic data correlation matrix, the net channel response correlation matrix, and the measured net channel responses, wherein the traffic data correlation matrix is used as a preliminary impairment estimate, wherein calculating a net channel response correlation matrix comprises calculating a fading correlation matrix based on the measured net channel responses and calculating the net channel response correlation matrix based on the fading correlation matrix and information relating medium channel response at the path delays to net channel response at the signal processing delays. calculating a net channel response correlation matrix based on measured net channel responses derived from pilot symbols in a received signal; forming a traffic data correlation matrix based on measurements of traffic symbols in the received signal; and using a minimum mean-squared error MMSE estimation process, calculating net channel response estimates as a function of the traffic data correlation matrix, the net channel response correlation matrix, and the measured net channel responses,
Colour marker projectile, made out of a front part a rear part, an inserted element and a colour filler, the front part comprising a hemispherical and a cylindrical section with ribs extending along the hemispherical section and a part of the cylindrical section, the inserted element being a solid body inserted in said front part such that it engages the hemispherical section of the front part and the rear part, the rear part being partially inserted in and circumferentially contacting said cylindrical section of the front part and the colour filler filling a cavity delimited by said cylindrical section of the front part, said inserted element and said rear part.
Electrical shielding adaptor, for electrical connector provided with a shielding enclosure, this adaptor comprising: - means for being fixed to a housing of an electrical connector, - a support made of insulating plastic material, - a passage designed to be passed through along a longitudinal axis by an electrical cable which comprises a conductive core and at least one first electrically insulating sheath in which the conductive core runs, characterized in that it further comprises a shielding made of metal sheet, this shielding comprising an inner surface extending at least partially in the passage, and an electrically conductive outer surface designed to establish an electrical junction with the shielding enclosure of the connector, these inner and outer surfaces being in electrical continuity, this shielding allowing an electrical continuity to be established between the outer surface and one of the elements included in the following list: a shielding braid in the form of an independent sleeve at least partially covering an electrical cable, this shielding braid being intended to be held on the outer surface of the adaptor, and a shielding braid incorporated in an electrical cable passing through the passage and intended to be linked to the electrical connector. - means for being fixed to a housing of an electrical connector, - a support made of insulating plastic material, - a passage designed to be passed through along a longitudinal axis by an electrical cable which comprises a conductive core and at least one first electrically insulating sheath in which the conductive core runs,
A polymer comprising structural units represented by the formulae and, and having a weight average molecular weight (as measured according to the experimental part) of 10,000 to 5,000,000: wherein X stands for a group represented by the formula: and a and b satisfy (b/(a+b)) × 100 = 5 to 30.
A stator comprising: a ring part in a form of a ring; a core having a teeth part which consists of twelve elemental teeth parts projecting from the inside of the ring part toward a center thereof; and a coil group which consists of twelve coils formed in each of the elemental teeth parts, wherein the core is formed by coupling twelve elemental cores which respectively have one elemental teeth part; the coil group is constituted of six coil pairs consisting of two of the twelve coils joined to each other by a conductive line; when viewed along the axial direction, the core is equally divided by a second compartment line into a phase region and a neutral region, the one coil (41a-46a) in each of the six coil pairs being arranged in the phase region, and the other coil (41b-46b) being arranged in the neutral region; each of the coil pairs is connected in a star connection; all of the conductive lines derived from the neutral region are connected to a neutral point; winding directions of the two coils (41a-46a, 41b-46b) in each of the coil pairs are arranged in the same direction when viewed from a front end side of the elemental teeth part; and the coil pairs comprise a first coil pair, a second coil pair and a third coil pair where the winding of each of these coil pairs starts from the other coil (41b-43b) and ends at the one coil (41a-43a), characterized in that the coil pairs comprise a fourth coil pair, a fifth coil pair and a sixth coil pair where the winding of each of these coil pairs starts from the other coil (44b-46b) and ends at the one coil (44a-46a); and when viewed along the axial direction, the core is equally divided by a first compartment line perpendicular to the second compartment line into a first region and a second region, the first coil pair, the second coil pair and the third coil pair being arranged in the first region, and the fourth coil pair, the fifth coil pair and the sixth coil pair being arranged in the second region. a ring part in a form of a ring; a core having a teeth part which consists of twelve elemental teeth parts projecting from the inside of the ring part toward a center thereof; and a coil group which consists of twelve coils formed in each of the elemental teeth parts, wherein
An air duct for a ventilation seat, comprising: an upper surface provided with a plurality of air outlets; and a lower surface provided with an air inlet, and configured such that corners thereof are attached to corners of the upper surface to form an air passage, wherein the air duct comprises a spacer provided on at least one of the lower surface and the upper surface to extend toward the other surface; and a clamping portion provided on the upper surface which is coupled by clamping to clamping means provided on the lower surface.
Shell (10, 20, 30, 40, 207, 208) for a hearing device, the shell comprising: a sub-shell (11, 21, 32, 42, 206) comprising at least two lateral openings (13, 23, 33, 43, 2060); a thermoformed hull (12, 22, 32, 41, 205) attached to the sub-shell and covering the at least two lateral openings; characterized in that the thermoformed hull (12, 22, 32, 41) is of PE, BAREX, PET, COP, EVA, PCTFE, or PEEK, and the sub-shell (11, 21, 31, 42) is of a polymer material or a ceramic-filled polymer material, and the at least two lateral openings (13, 23, 33, 43, 2060) are situated in substantially opposite sides of the sub-shell, wherein the thermoformed hull and the sub-shell are integrally formed or attached by adhesive bonding or ultrasonic welding. a sub-shell (11, 21, 32, 42, 206) comprising at least two lateral openings (13, 23, 33, 43, 2060); a thermoformed hull (12, 22, 32, 41, 205) attached to the sub-shell and covering the at least two lateral openings; characterized in that the thermoformed hull (12, 22, 32, 41) is of PE, BAREX, PET, COP, EVA, PCTFE, or PEEK, and the sub-shell (11, 21, 31, 42) is of a polymer material or a ceramic-filled polymer material, and the at least two lateral openings (13, 23, 33, 43, 2060) are situated in substantially opposite sides of the sub-shell, wherein the thermoformed hull and the sub-shell are integrally formed or attached by adhesive bonding or ultrasonic welding.
A medical securing device for securing a cardiac implant device (40, 101) with a securing member into an annulus of a heart valve comprised of valve tissue including the annulus and a plurality of leaflets (22, 24), where the cardiac implant device comprises upper and/or lower portion (42, 44, 101A, 101B), whereby, in use, a portion of the valve tissue is coupled with the upper or lower portion, or trapped between the upper and lower portions of the cardiac implant (40, 101), wherein the medical securing device comprises: - a first elongated stem and a second elongated stem adjacent to the first stem, both having proximal (103A, 107A) and distal (103B, 107B) ends, said first and second stems are configured to be moved in relation to each other in their longitudinal direction, where - the distal end of the first stem has a receiving member for receiving the securing member, - whereupon during a movement the distal end of the first stem and the receiving member in relation to each other, the distal end of the first stem with the receiving member is configured to introduce the securing member to the cardiac implant device to secure the cardiac implant device to the annulus of the valve with the securing member, characterized in that - the distal end of the second stem has a counterpart portion for the distal end of the first stem and/or for the receiving member of the first stem, and - the counterpart portion comprises an anvil for receiving and bending the securing device at least partially around or partially into the cardiac implant device and/or to the annulus of the valve during the movement of the distal end of the first stem towards the cardiac implant device. - a first elongated stem and a second elongated stem adjacent to the first stem, both having proximal (103A, 107A) and distal (103B, 107B) ends, said first and second stems are configured to be moved in relation to each other in their longitudinal direction, - the distal end of the first stem has a receiving member for receiving the securing member, - whereupon during a movement the distal end of the first stem and the receiving member in relation to each other, the distal end of the first stem with the receiving member is configured to introduce the securing member to the cardiac implant device to secure the cardiac implant device to the annulus of the valve with the securing member, - the distal end of the second stem has a counterpart portion for the distal end of the first stem and/or for the receiving member of the first stem, and - the counterpart portion comprises an anvil for receiving and bending the securing device at least partially around or partially into the cardiac implant device and/or to the annulus of the valve during the movement of the distal end of the first stem towards the cardiac implant device.
Ground milling machine, in particular stabiliser or recycler, which has a machine frame on which a milling/mixing roller is arranged, which is arranged in a roller housing which is open at the bottom and has a roller flap at the rear in the working direction which can be pivoted about a pivot axis running transversely to the longitudinal direction of the machine frame, wherein a roller flap adjustment device is provided, which has at least one actuator for pivoting the rear roller flap and a control device for controlling the at least one actuastor, so that the lower edge of the rear roller flap is adjustable in height relative to the ground, the control device of the roller flap adjustment device being designed in such a way that the at least one actuator is controlled in such a way that the rear roller flap in a floating position rests on the ground with a predetermined contact force, characterised in that the roller flap adjustment device provides an activatable roller flap position correction mode, which comprises at least one roller flap position correction cycle, wherein the control device of the roller flap adjustment device is designed in such a way that in the at least one roller flap position correction cycle, in a first step the floating position of the rear roller flap is cancelled and the rear roller flap is pivoted upwards out of a first pivoted position into a second pivoted position so that the lower edge of the rear roller flap is raised, and in a second step, after the rear roller flap has assumed the second pivoted position, the floating position is set again, so that the rear roller flap assumes a third pivoted position in which the lower edge of the rear roller flap rests on the ground.