mhurhangee/patent-ind-claim-en huggingface dataset:
A secure processor for performing a method comprising means configured to : receive , via a USB connector, a first network encrypted elementary stream, wherein the first network encrypted elementary stream is received in accordance with a first clock recovery mechanism; receive , via the USB connector, a second network encrypted elementary stream, wherein the second network encrypted elementary stream is received in accordance with the first clock recovery mechanism; decrypt the first and second network encrypted elementary streams using at least one network control word to generate first and second clear content streams, wherein decrypting the first and second network encrypted elementary streams is based at least in part on the first clock recovery mechanism; obtain at least one local control word; encrypt the first and second clear content streams to produce first and second locally encrypted content streams, wherein the first and second locally encrypted content streams are generated using the at least one local control word; multiplex the first and second locally encrypted content streams into an output stream; provide , to a video processing device via the USB connector, the output stream, wherein the output stream is provided in accordance with the first clock recovery mechanism, wherein the first clock recovery mechanism is employed in order to synchronize communications between the secure processor and other devices. receive , via a USB connector, a first network encrypted elementary stream, wherein the first network encrypted elementary stream is received in accordance with a first clock recovery mechanism; receive , via the USB connector, a second network encrypted elementary stream, wherein the second network encrypted elementary stream is received in accordance with the first clock recovery mechanism; decrypt the first and second network encrypted elementary streams using at least one network control word to generate first and second clear content streams, wherein decrypting the first and second network encrypted elementary streams is based at least in part on the first clock recovery mechanism; obtain at least one local control word; encrypt the first and second clear content streams to produce first and second locally encrypted content streams, wherein the first and second locally encrypted content streams are generated using the at least one local control word; multiplex the first and second locally encrypted content streams into an output stream; provide , to a video processing device via the USB connector, the output stream, wherein the output stream is provided in accordance with the first clock recovery mechanism, wherein the first clock recovery mechanism is employed in order to synchronize communications between the secure processor and other devices.
Cable guide device (107; 207) for a cable , which can be issued or hauled in from a reservoir arranged on an electrical consuming device which is movable in a travel direction (F), the cable guide device (107; 207) has an oscillating rocker (184; 284) arranged to be rotatable about an oscillating axis (P) and having a cable guide for the cable , characterised in that the oscillating rocker (184; 284) is movable linearly with respect to the oscillating axis (P).
Method for producing a component from at least two structural elements to be adhesively bonded to one another, having the following steps: - providing a first structural element of a fibre-composite hybrid material, which is formed from alternating fibre and metal layers and in which the fibre layers comprise a fibrous material and a matrix material of a fibre composite material, - providing at least one second structural element , which has been or is arranged on the first structural element by means of an unhardened adhesive layer between the structural elements , characterized by - controlling the temperature of the unhardened adhesive layer in at least one partial region by controlling the temperature of one or more metal layers of the fibre-composite hybrid material of the first structural element in at least this partial region in such a way that the adhesive layer in this partial region obtains a higher degree of surface adhesion than the unhardened adhesive layer without having to be completely hardened in the process, in order thus to fix the second structural element on the first structural element , and - introducing the fixed structural elements into an oven and controlling the temperature of the fixed structural elements to completely harden the adhesive layer between the first structural element and the second structural element . - providing a first structural element of a fibre-composite hybrid material, which is formed from alternating fibre and metal layers and in which the fibre layers comprise a fibrous material and a matrix material of a fibre composite material, - providing at least one second structural element , which has been or is arranged on the first structural element by means of an unhardened adhesive layer between the structural elements , - controlling the temperature of the unhardened adhesive layer in at least one partial region by controlling the temperature of one or more metal layers of the fibre-composite hybrid material of the first structural element in at least this partial region in such a way that the adhesive layer in this partial region obtains a higher degree of surface adhesion than the unhardened adhesive layer without having to be completely hardened in the process, in order thus to fix the second structural element on the first structural element , and - introducing the fixed structural elements into an oven and controlling the temperature of the fixed structural elements to completely harden the adhesive layer between the first structural element and the second structural element .
System for transferring product (P), said transfer system comprising: - a body defining a cavity extending in a main direction (Z), the transfer system being characterized in that it comprises - a transfer wheel accommodated at least partially in said cavity and separating in said main direction (Z) a product intake zone (A) and a product distribution zone (D), the transfer wheel being provided with at least one pocket at its periphery and being adapted to rotate about an axis (X) substantially orthogonal to said main direction (Z) so that said pocket feeds product from said intake zone (A) to said distribution zone (D), the transfer wheel and the body co-operating to form a substantially air-tight barrier between the intake zone (A) and the distribution zone (D). - a body defining a cavity extending in a main direction (Z), the transfer system being characterized in that it comprises - a transfer wheel accommodated at least partially in said cavity and separating in said main direction (Z) a product intake zone (A) and a product distribution zone (D), the transfer wheel being provided with at least one pocket at its periphery and being adapted to rotate about an axis (X) substantially orthogonal to said main direction (Z) so that said pocket feeds product from said intake zone (A) to said distribution zone (D), the transfer wheel and the body co-operating to form a substantially air-tight barrier between the intake zone (A) and the distribution zone (D).
Process for the manufacture of a tablet comprising a complex between: (i) a nucleic acid; and (ii) a lipid particle comprising a cationic lipid, the lipid particle being preferably a liposome or a micelle, preferably a liposome; said process comprising the following steps: a) drying, in particular by freeze-drying, an aqueous mixture comprising: - a complex between (i) a nucleic acid and (ii) a lipid particle comprising a cationic lipid, the lipid particle being preferably a liposome or a micelle, preferably a liposome; - one or more excipient(s) suitable for drying, in particular for freeze-drying; b) mixing one or more compression excipient(s) with the dry mixture obtained in step a); and c) compressing the mixture obtained in step b). (i) a nucleic acid; and (ii) a lipid particle comprising a cationic lipid, the lipid particle being preferably a liposome or a micelle, preferably a liposome; a) drying, in particular by freeze-drying, an aqueous mixture comprising: - a complex between (i) a nucleic acid and (ii) a lipid particle comprising a cationic lipid, the lipid particle being preferably a liposome or a micelle, preferably a liposome; - one or more excipient(s) suitable for drying, in particular for freeze-drying; - a complex between (i) a nucleic acid and (ii) a lipid particle comprising a cationic lipid, the lipid particle being preferably a liposome or a micelle, preferably a liposome; - one or more excipient(s) suitable for drying, in particular for freeze-drying; b) mixing one or more compression excipient(s) with the dry mixture obtained in step a); and c) compressing the mixture obtained in step b).
A method for elongating a glass preform for an optical fiber, the method being for producing a glass rod having a smaller diameter by elongating the glass preform having a large diameter, an outer diameter of a straight body of the glass preform before elongated being in a range from 150 mm to 190 mm, the method comprising: when the glass preform having a tapered transparent glass portion at one end of the straight body of the glass preform and a tapered portion including an opaque glass portion at another end is elongated, prior to the elongating, cutting a part of the tapered portion including the opaque glass portion, wherein a cut surface of the part is a lower end of the glass preform ; and welding the cut surface of the tapered portion to a pulling dummy connected to a pulling mechanism in an elongating apparatus, wherein the cut surface is circular and has an outer diameter ranging from 135 mm to 160 mm, characterized in that the cut surface includes a transparent glass portion and an opaque glass portion , the opaque glass portion having a circular shape, and wherein assuming that x is an outer diameter of the cut surface, and y is an outer diameter of the opaque glass portion at the cut surface, x and y being expressed in millimetres, a relationship between x and y satisfies formula 1 described below. 0.0698 x 2 − 19.003 x + 1352.6 ≤ y ≤ − 0.2067 x 2 + 62.567 x − 4620
A method for wireless communication, comprising: receiving , at a user equipment, UE, (115-a) control information relating to a communication performed between the UE (115-a) and a first base station (105-a-1) using a directional, first radio access technology, RAT, the control information being received at the UE (115-a) from a forwarding second base station (105-a-2) using a different, second RAT; and transmitting response information to the second base station (105-a-2) using the different, second RAT, the response information being forwarded to the first base station (105-a-1)based at least in part on the received control information. receiving , at a user equipment, UE, (115-a) control information relating to a communication performed between the UE (115-a) and a first base station (105-a-1) using a directional, first radio access technology, RAT, the control information being received at the UE (115-a) from a forwarding second base station (105-a-2) using a different, second RAT; and transmitting response information to the second base station (105-a-2) using the different, second RAT, the response information being forwarded to the first base station (105-a-1)based at least in part on the received control information.
Single-vane impeller for pumps for delivering liquids permeated with solid additions, with an impeller body , a vane being arranged in the impeller body between a first cover disc and a second cover disc , the thickness of a wall of the vane changing over its extent, and a channel being formed between the vane and the cover discs , at least portions of a supporting body being arranged in the impeller body , which supporting body has an increased density in comparison with the impeller body , characterized in that the supporting body has a base plate and at least one driver which projects from the base plate , and the base plate has, in order to balance the unbalance, a thickened portion over a circular segment-like portion and a cut-out on the opposite side.
A system for monitoring a reactor module housed in a reactor bay , comprising: a mounting structure ; one or more extendable attachment mechanisms connected to the mounting structure ; and one or more monitoring devices operably coupled to the one or more extendable attachment mechanism, wherein the one or more extendable attachment mechanisms are configured to selectively position the one or more monitoring devices at varying distances from a wall of the reactor bay to place the one or monitoring devices in proximity to the reactor module ; characterized in that the system further comprises one or more signal path devices located in an annular space between the reactor module and a containment vessel of the reactor module, wherein each of the one or more signal path devices is associated with a corresponding monitoring device , and wherein each of the one or more signal path devices is configured to increase a signal detected at the corresponding monitoring device . a mounting structure ; one or more extendable attachment mechanisms connected to the mounting structure ; and one or more monitoring devices operably coupled to the one or more extendable attachment mechanism, wherein the one or more extendable attachment mechanisms are configured to selectively position the one or more monitoring devices at varying distances from a wall of the reactor bay to place the one or monitoring devices in proximity to the reactor module ; characterized in that the system further comprises one or more signal path devices located in an annular space between the reactor module and a containment vessel of the reactor module, wherein each of the one or more signal path devices is associated with a corresponding monitoring device , and wherein each of the one or more signal path devices is configured to increase a signal detected at the corresponding monitoring device .
A device for a direct application of a medium in the form of a cell suspension, on tissue of a patient, said device comprising a carrier to be applied to said tissue with at least one micro-cavity for containing said medium, said micro-cavity being in direct contact with the tissue on which the said medium is to be applied for a targeted application of said medium, said device comprising at least one channel for the supply of the at least one micro-cavity with said medium and at least one reservoir which allows a continuous feeding of the at least one micro-cavity with medium over time through said at least one channel .
A compound of formula (II) or mesomeric forms thereof: wherein mCat+ or mAn- is an organic or inorganic positively/negatively charged counterion and m is an integer 0-3; each n is independently 0-6; Ra 1 is H, SO 3 - , sulfonamide, halogen, or a further ring fused to an adjacent carbon atom where the ring may contain SO 3 - , sulfonamide, halogen substituents; Rb 1 is SO 3 - , sulphonamide, halogen, COOH or an amide or ester thereof and Rb 1 (n) is 0-3; and X is OH, O - or an ester or amide. m is an integer 0-3; each n is independently 0-6; Ra 1 is H, SO 3 - , sulfonamide, halogen, or a further ring fused to an adjacent carbon atom where the ring may contain SO 3 - , sulfonamide, halogen substituents; Rb 1 is SO 3 - , sulphonamide, halogen, COOH or an amide or ester thereof and Rb 1 (n) is 0-3; and X is OH, O - or an ester or amide.
A taping kit comprising two or more tapes suitable to be affixed to a body and containing at least a stretchable substrate and an adhesive layer on one surface of the substrate, the taping kit comprising: a first tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the first tape , and a second tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the second tape . a first tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the first tape , and a second tape which has a hole at a center part and a plurality of slits extending from the hole in a longitudinal direction to both ends of the second tape .
A distractor, particularly to transversally extend a jaw of a patient, wherein the distractor has a case in which expansion elements are arranged that are moveable along a longitudinal axis (A), and first fixing elements to attach the distractor to the jaw of a patient, wherein the first fixing elements are pivotally connected to the expansion elements via first coupling elements , characterized in that the distractor has a second fixing element to attach the distractor to the jaw of a patient, wherein the second fixing element is held by a second coupling element and is pivotally connected to the case .
An occluding device configured for occluding a vasculature of a patient, the occluding device having first and second ends and comprising: an absorbent textile tubular biocompatible structure having a lumen with a first opening at the first end of the device and a second opening at the second end of the device, and a core element having a first end at the first end of the device, a second end at the second end of the device and a lumen within the core element, the core element positioned inside the lumen of the biocompatible structure and attached to the biocompatible structure; wherein the biocompatible structure includes a plurality of yarns spaced to wick blood when placed in contact with blood, and wherein the plurality of yarns are each formed by a plurality of polymer filaments , the polymer filaments spaced to wick blood when placed in contact with blood, said occluding device being characterized in that the plurality of filaments are braided and have a first set of pores therebetween for absorption of blood to create a first capillary effect when the biocompatible structure is exposed blood at the first end of the device, and the plurality of yarns are braided and have a second set of pores therebetween for absorption of blood to create a second capillary effect when the biocompatible structure is exposed to blood at the first end of the device. an absorbent textile tubular biocompatible structure having a lumen with a first opening at the first end of the device and a second opening at the second end of the device, and a core element having a first end at the first end of the device, a second end at the second end of the device and a lumen within the core element, the core element positioned inside the lumen of the biocompatible structure and attached to the biocompatible structure; wherein the biocompatible structure includes a plurality of yarns spaced to wick blood when placed in contact with blood, and wherein the plurality of yarns are each formed by a plurality of polymer filaments , the polymer filaments spaced to wick blood when placed in contact with blood, said occluding device being characterized in that the plurality of filaments are braided and have a first set of pores therebetween for absorption of blood to create a first capillary effect when the biocompatible structure is exposed blood at the first end of the device, and the plurality of yarns are braided and have a second set of pores therebetween for absorption of blood to create a second capillary effect when the biocompatible structure is exposed to blood at the first end of the device.
A method operable at a subordinate entity for wireless communication over a time division duplex, TDD, carrier, the method comprising: transmitting an uplink burst comprising uplink information within a downlink-centric subframe on the TDD carrier, wherein the uplink information in the uplink burst comprises: a first symbol comprising a sounding reference signal, SRS, configured to enable sounding of the TDD carrier; and a second symbol comprising information bits and a demodulation reference signal, DM-RS, , wherein the DM-RS is configured to enable demodulation of the information bits carried within the second symbol. a first symbol comprising a sounding reference signal, SRS, configured to enable sounding of the TDD carrier; and a second symbol comprising information bits and a demodulation reference signal, DM-RS, , wherein the DM-RS is configured to enable demodulation of the information bits carried within the second symbol.
A mixed transition metal Fe 2+ or Fe 3+ oxide catalyst for catalyzing partial oxidation of carbon or an organic compound with CO 2 , having the formula Fe 2 O 3 (SnO 2 ) 0.1-10 (Al 2 O 3 ) 0.1-10 .
A resin-coated metallic pigment comprising a base particle having a coating layer constituted of a single layer or a plurality of layers formed on its surface, an outermost layer of said coating layer being composed of a resin which is a polymer containing one or more compound selected from a monomer and an oligomer having two or more polymeric double bonds as constituent unit, characterized by a surface portion of said outermost layer being treated with a surface modifier which is a compound having one polymeric double bond, wherein the surface modifier is bonded to the surface portion of the outermost layer through reaction between unreacted polymeric double bond remaining at the surface portion of the outermost layer and the one polymeric double bond included in the surface modifier, wherein the amount of the surface modifier is 0.1 to 10 parts by mass with respect to 100 parts by mass of the base particles.
Method for operating a cooling fan for cooling at least one heat-pump system component of a heat-pump system in a heat-pump laundry treatment apparatus , in particular a heat-pump system dryer or a heat-pump system washer dryer, wherein a compressor is adapted to circulate a refrigerant through the heat-pump system during a laundry drying operation and wherein a cooling fan is adapted to convey cooling air (C) over the at least one heat-pump system component , the method comprising in case that the compressor operation is suspended: if the cooling fan is active at the time of suspending the compressor operation, maintaining the cooling fan operating at the same conveyance rate (r_convey) or increasing the conveyance rate (r_convey) of the cooling fan , and if the cooling fan is not active at the time of suspending the compressor operation, activating the cooling fan for conveying cooling air (C) to the at least one heat-pump system component ; and the method further comprising: resuming the compressor operation when the compressor suspension is cancelled and maintaining the cooling fan operation or maintaining the cooling fan operation at the increased conveyance rate (r-convey) for a predetermined delay operation period (t_delay) after resuming compressor operation. if the cooling fan is active at the time of suspending the compressor operation, maintaining the cooling fan operating at the same conveyance rate (r_convey) or increasing the conveyance rate (r_convey) of the cooling fan , and if the cooling fan is not active at the time of suspending the compressor operation, activating the cooling fan for conveying cooling air (C) to the at least one heat-pump system component ; and the method further comprising: resuming the compressor operation when the compressor suspension is cancelled and maintaining the cooling fan operation or maintaining the cooling fan operation at the increased conveyance rate (r-convey) for a predetermined delay operation period (t_delay) after resuming compressor operation.