mhurhangee/ep-ind-claims huggingface dataset:
A method of assembling multi-component medical products using sterile tray grids comprising the steps of: a. providing a packaging system comprising a sterile tray grid of at least two connected receptacles, wherein each receptacle has a top sealing surface and an internal chamber having a centering member configured to support at least one sub-assembly of a multi-component medical product, wherein the at least one sub-assembly is positioned on the centering member thereby fixing the sub-assembly against movement, wherein the packaging system is entirely contained within a seal (10, 11, 11a); b. removing the seal (10, 11, 11 a) in a sterile environment; c. connecting an at least one second sub-assembly to the respective first sub-assembly to form the respective finished multi-component medical product while the centering member is holding the first sub-assembly in a predefined vertical position; and d. attaching a further seal to the sealing surfaces to form a finished sterile tray grid of sealed receptacles, where the respective receptacle contains a respective multi-component medical product. a. providing a packaging system comprising a sterile tray grid of at least two connected receptacles, wherein each receptacle has a top sealing surface and an internal chamber having a centering member configured to support at least one sub-assembly of a multi-component medical product, wherein the at least one sub-assembly is positioned on the centering member thereby fixing the sub-assembly against movement, wherein the packaging system is entirely contained within a seal (10, 11, 11a); b. removing the seal (10, 11, 11 a) in a sterile environment; c. connecting an at least one second sub-assembly to the respective first sub-assembly to form the respective finished multi-component medical product while the centering member is holding the first sub-assembly in a predefined vertical position; and d. attaching a further seal to the sealing surfaces to form a finished sterile tray grid of sealed receptacles, where the respective receptacle contains a respective multi-component medical product.
Brake system for a motor vehicle, comprising a brake device for braking a wheel of the motor vehicle, an actuator device for actuating the brake device in a targeted manner, a control device for controlling the actuator device, and an emergency brake device for braking the wheel in the event of a malfunction of the motor vehicle, characterized in that the emergency brake device has an electrical energy store for storing energy for actuating the brake device and has a triggering device for releasing the energy stored in the energy store for the purposes of actuating the brake device, the triggering device being designed to release the energy store in the event of a failure of an on-board electrical system of the motor vehicle.
An input/output apparatus comprising: a plurality of information terminals for an input/output connector provided in an information terminal device, at least one of the plurality of information terminals including both a function as a standard information terminal based on a general-purpose interface standard and a function as an antenna input terminal, wherein the function as the standard information terminal includes a function to switch an internal operation of the information terminal device based on knowledge of a type of a connection target device due to an operation mode switching signal supplied to the information terminal. a plurality of information terminals for an input/output connector provided in an information terminal device, at least one of the plurality of information terminals including both a function as a standard information terminal based on a general-purpose interface standard and a function as an antenna input terminal, wherein the function as the standard information terminal includes a function to switch an internal operation of the information terminal device based on knowledge of a type of a connection target device due to an operation mode switching signal supplied to the information terminal.
A substrate cleaning apparatus, comprising: a cleaning bath in which a substrate holder holding a substrate is disposed in a vertical position, the substrate holder having a sealing member contacting a periphery of a surface of the substrate to seal a gap between the substrate and the substrate holder; and cleaning nozzles each configured to supply a jet of cleaning water to the substrate holder, the cleaning nozzles being disposed in said cleaning bath, the substrate cleaning apparatus being characterized in that the cleaning nozzles are arranged concentrically with a contact portion (D 1) of the substrate surface contacting the sealing member and located at such positions that the jet of cleaning water impinges on the contact portion (D 1) or its vicinity in an upper half of the substrate. a cleaning bath in which a substrate holder holding a substrate is disposed in a vertical position, the substrate holder having a sealing member contacting a periphery of a surface of the substrate to seal a gap between the substrate and the substrate holder; and cleaning nozzles each configured to supply a jet of cleaning water to the substrate holder, the cleaning nozzles being disposed in said cleaning bath, the substrate cleaning apparatus being characterized in that the cleaning nozzles are arranged concentrically with a contact portion (D 1) of the substrate surface contacting the sealing member and located at such positions that the jet of cleaning water impinges on the contact portion (D 1) or its vicinity in an upper half of the substrate.
Method for processing digital signals to be sent to a QAM modulator of the 256QAM type, said signals being audio and video signals encoded according to an LDPC code with a 3/5 code rate in packets comprising NFRAME bits, wherein said LDPC code with a 3/5 rate is the one of the DVB-S2 standard, wherein said packets are written into an interleaving matrix by an Interleaver block, said interleaving matrix having a total size NFRAME and comprising 16 columns and a number of rows equal to NFRAME divided by 16, and a Demux block carries out a bit permutation of the bits received from said Interleaver block prior to the constellation mapping function, and a Mapper block associates the bits outputted by said Demux block with the coordinates of a 256 QAM constellation characterized in that said permutation is carried out on 16-bit words and consists in generating a word Y comprising the bits y0 y1 y2 y3 y4 y5 y6 y7 y8 y9 y10 y11 y12 y13 y14 y15, in this order, starting from a word B comprising the bits b0 b1 b2 b3 b4 b5 b6 b7 b8 b9 b10 b11 b12 b13 b14 b15, in this order, the bits y0 and b0 being respectively the most significant bits of the words Y and B, and the bits y15 and b15 being respectively the least significant bits of the words Y and B, wherein: - y0 corresponds to b4, - y1 corresponds to b6, - y2 corresponds to b0, - y3 corresponds to b2, - y4 corresponds to b3, - y5 corresponds to b14, - y6 corresponds to b12, - y7 corresponds to b10, - y8 corresponds to b7, - y9 corresponds to b5, - y10 corresponds to b8, - y11 corresponds to b1, - y12 corresponds to b15, - y13 corresponds to b9, - y14 corresponds to b11, - y15 corresponds to b13. - y0 corresponds to b4, - y1 corresponds to b6, - y2 corresponds to b0, - y3 corresponds to b2, - y4 corresponds to b3, - y5 corresponds to b14, - y6 corresponds to b12, - y7 corresponds to b10, - y8 corresponds to b7, - y9 corresponds to b5, - y10 corresponds to b8, - y11 corresponds to b1, - y12 corresponds to b15, - y13 corresponds to b9, - y14 corresponds to b11, - y15 corresponds to b13.
Method for the operation of a ventilation system for a room with at least two air ducts (2, 3), respectively with an integrated fan unit (4, 5) comprising two or more identically controlled fans ([4a, 4b, 4c], [5a, 5b, 5c]), in which for one of the first of these fan units, via at least one of its fans, a differential pressure (Δp zu) is determined and, using this differential pressure (Δp zu),a volume flow (Qzu) transported by the first fan unit in normal operation is calculated, in which a reference pressure (p 1) is measured at a distance from the first fan unit and, from this and the volume flow (Qzu) transported by the first fan unit, a reference ratio (δ normal) is calculated and stored for use in case of faulty operation of the first fan unit, characterised by the reference ratio (δ normal) being formed as the quotient of the root of the reference pressure (pi) and the calculated volume flow (Qzu) or as the quotient of the reference pressure (p 1) and the square of the calculated volume flow (Qzu).
A drawer side wall having an inner wall and an outer wall connectable to the inner wall, wherein there is provided a container rail to which the drawer side wall is connectable, wherein the container rail is fixable to an extension rail of a drawer extension guide, wherein arranged on the container rail is an upwardly projecting front fitment separated from the container rail with a device for fixing a drawer front panel, characterised in that in a lower region the inner wall is directly fixedly connected to the container rail and in an upper region of the inner wall the front fitment is directly fixedly connected to the inner wall, preferably by welding.
A vehicle location tracking device comprising: a GPS (Global Positioning System) module configured to detect location information and time information of an owner vehicle through a GPS satellite; a transmitter/receiver configured to transmit/receive a tracking message required for vehicle tracking; a main processor configured to generate a tracking message of the owner vehicle using the location information and time information of the owner vehicle, detected through the GPS module, transmit the tracking message of the owner vehicle through the transmitter/receiver, analyze a tracking message of a tracked vehicle, received through the transmitter/receiver, and generate tracking information on the tracked vehicle; and a navigation terminal configured to output the tracking information on the tracked vehicle, generated through the main processor, characterized in that the main processor is configured to analyze the tracking message of the tracked vehicle, and to output a notification message for a preset event, when determining that the preset event occurred, wherein the event comprises one or more of the case in which a distance between the owner vehicle and the tracked vehicle is equal to or more than a preset distance and the case in which the tracked vehicle deviates from a preset traveling path. a GPS (Global Positioning System) module configured to detect location information and time information of an owner vehicle through a GPS satellite; a transmitter/receiver configured to transmit/receive a tracking message required for vehicle tracking; a main processor configured to generate a tracking message of the owner vehicle using the location information and time information of the owner vehicle, detected through the GPS module, transmit the tracking message of the owner vehicle through the transmitter/receiver, analyze a tracking message of a tracked vehicle, received through the transmitter/receiver, and generate tracking information on the tracked vehicle; and a navigation terminal configured to output the tracking information on the tracked vehicle, generated through the main processor, characterized in that the main processor is configured to analyze the tracking message of the tracked vehicle, and to output a notification message for a preset event, when determining that the preset event occurred, wherein the event comprises one or more of the case in which a distance between the owner vehicle and the tracked vehicle is equal to or more than a preset distance and the case in which the tracked vehicle deviates from a preset traveling path.
A non-aqueous oral liquid formulation comprising at least 7 wt% of the total formulation of propylene glycol and an effective amount of an inodilator selected from the group consisting of pimobendan and pharmaceutically or veterinary acceptable salts thereof; or a combination of an inodilator selected from the group consisting of pimobendan and pharmaceutically or veterinary acceptable salts thereof and an angiotensin converting enzyme inhibitor selected from the group consisting of enalapril, benazepril, cilazapril, delapril, imidapril, moexipril, spirapril, temocapril, trandolapril, ramipril, quinapril, perindopril, lisinopril and pharmaceutically and veterinary acceptable salts thereof.
A pharmaceutical composition comprising a humanised anti-IL-17 monoclonal antibody wherein said antibody comprises a LCVR polypeptide with an amino acid sequence of SEQ ID NO: 241 and a HCVR polypeptide with an amino acid sequence of SEQ ID NO: 118 and wherein the antibody further comprises a human IgG4 heavy chain constant region.
A processor-based device, comprising: a plurality of processing elements (102 -102) comprising a master PE (102) and at least one snooper PE (102, 102); and a central ordering point; the master PE configured to send a cache coherence bus command to the COP as part of a memory store operation; wherein a snooper PE refers to a PE that receives snoop commands associated with the memory store operation from the COP and then acts on the snoop commands to maintain cache coherence and the COP configured to: responsive to receiving the cache coherence bus command sent by the master PE, dynamically select, on a store-by-store basis, one of a write invalidate protocol and a write update protocol as a cache coherence protocol to use for maintaining cache coherency, based on one or more protocol preference indicators provided by one or more of the master PE, the at least one snooper PE, and the COP; and send a response message to each of the master PE and the at least one snooper PE indicating the selected cache coherence protocol, wherein the response message sent to the at least one snooper is sent as a snoop command. a plurality of processing elements (102 -102) comprising a master PE (102) and at least one snooper PE (102, 102); and a central ordering point; the master PE configured to send a cache coherence bus command to the COP as part of a memory store operation; wherein a snooper PE refers to a PE that receives snoop commands associated with the memory store operation from the COP and then acts on the snoop commands to maintain cache coherence and the COP configured to: responsive to receiving the cache coherence bus command sent by the master PE, dynamically select, on a store-by-store basis, one of a write invalidate protocol and a write update protocol as a cache coherence protocol to use for maintaining cache coherency, based on one or more protocol preference indicators provided by one or more of the master PE, the at least one snooper PE, and the COP; and send a response message to each of the master PE and the at least one snooper PE indicating the selected cache coherence protocol, wherein the response message sent to the at least one snooper is sent as a snoop command. responsive to receiving the cache coherence bus command sent by the master PE, dynamically select, on a store-by-store basis, one of a write invalidate protocol and a write update protocol as a cache coherence protocol to use for maintaining cache coherency, based on one or more protocol preference indicators provided by one or more of the master PE, the at least one snooper PE, and the COP; and send a response message to each of the master PE and the at least one snooper PE indicating the selected cache coherence protocol, wherein the response message sent to the at least one snooper is sent as a snoop command.
The antiviral compound -(1-(6-amino-9H-purin-9-yl)propan-2-yloxy)methylphosphonic acid (tenofovir) for use in the reduction of or prevention of the transmission of HSV-2 to a mammal wherein tenofovir is applied vaginally to a human female as a gel formulation, which comprises Ingredient (%w/w) Tenofovir 0.2-2.00 Hydroxyethylcellulose, NF (Natrasol®250H) 1-5.0 Propylparaben, NF 0.01-0.10 Methylparaben, NF 0.1-0.25 Edetate Disodium, USP 0.02-0.10 Glycerin, USP 3.00-30.00 Citric Acid, USP 0.5-2.00 Purified Water, USP to 100%.
Device, in particular for stacking printed products, for producing the body of a book from a stream of printed products, whereby the stream comprises the printed products of the body of the book in a sequential arrangement, whereby a printed product of the body of the book comprises a control marking, whereby the device comprises a detection means for detecting the control marking, whereby the device comprises a separating means for printed product separation of the body of a book corresponding to a sequential arrangement of printed products of the subsequent printed products of the stream, whereby the device for printed product separation is configured in dependence on a first detection signal of the detection means, whereby the device comprises a glue head (30, 30') for applying glue to a printed product of a sequential arrangement of printed products corresponding to a body of a book, whereby the device for applying glue is configured in dependence on a second detection signal of the detection means, characterised in that the stream is a lap stream.
An electric motor comprising: a stator and a rotor being arranged coaxially, with said rotor provided internally of said stator; said stator having one or more stator teeth extending radially inwardly towards said rotor; said rotor having a plurality of magnets forming an outer rotor surface; wherein a first face of the or each stator tooth faces in the direction of the outer rotor surface, and an electrically-conductive non-magnetic damper bar partially embedded in the or each stator tooth, the or each damper bar having an outer damper bar surface; wherein a groove is formed in the first face of the or each stator tooth to expose a portion of the outer damper bar surface, and wherein the groove comprises a hole formed in the stator tooth that exposes longitudinally only a portion of the damper bar, so that the groove extends longitudinally less than the entire length of the damper bar. a stator and a rotor being arranged coaxially, with said rotor provided internally of said stator; said stator having one or more stator teeth extending radially inwardly towards said rotor; said rotor having a plurality of magnets forming an outer rotor surface; wherein a first face of the or each stator tooth faces in the direction of the outer rotor surface, and an electrically-conductive non-magnetic damper bar partially embedded in the or each stator tooth, the or each damper bar having an outer damper bar surface; wherein a groove is formed in the first face of the or each stator tooth to expose a portion of the outer damper bar surface, and wherein the groove comprises a hole formed in the stator tooth that exposes longitudinally only a portion of the damper bar, so that the groove extends longitudinally less than the entire length of the damper bar.
An unmanned aerial vehicle comprising a vehicle body and arms connected to the vehicle body, wherein one of the arms is hinged to the vehicle body by using a spherical hinge portion and is folded or unfolded relative to the vehicle body, wherein the spherical hinge portion comprises a spherical hinge housing disposed on the vehicle body and a spherical hinge that is accommodated in the spherical hinge housing and that is connected to the arm or wherein the spherical hinge portion comprises a spherical hinge housing disposed on the arm and a spherical hinge that is accommodated in the spherical hinge housing and that is connected to the vehicle body; the UAV being characterized in that it comprises a limiting structure configured to prevent the arm from rotating relative to the vehicle body when the arm is in a folded or unfolded state, the limiting structure comprising a first clamping portion disposed on the spherical hinge housing and a second clamping portion that is disposed on the arm and that is clamped to the first clamping portion.
A method comprising: receiving one or more frames of a higher-resolution chroma sampling format, the one or more frames of the higher-resolution chroma sampling format including sample values of chroma components and sample values of luma components; packing the one or more frames of the higher-resolution chroma sampling format into frames of a lower-resolution chroma sampling format, wherein the lower-resolution chroma sampling format has a lower chroma resolution than the higher-resolution chroma sampling format, and wherein the packing includes assigning some of the sample values of the chroma components of the one or more frames in the higher-resolution chroma sampling format to sample values of luma and chroma components of the frames of the lower-resolution chroma sampling format according to spatial partitioning of the one or more frames of the higher-resolution chroma sampling format; signaling metadata that indicates whether and how frame packing was performed; and encoding the one or more frames of the lower-resolution chroma sampling format. receiving one or more frames of a higher-resolution chroma sampling format, the one or more frames of the higher-resolution chroma sampling format including sample values of chroma components and sample values of luma components; packing the one or more frames of the higher-resolution chroma sampling format into frames of a lower-resolution chroma sampling format, wherein the lower-resolution chroma sampling format has a lower chroma resolution than the higher-resolution chroma sampling format, and wherein the packing includes assigning some of the sample values of the chroma components of the one or more frames in the higher-resolution chroma sampling format to sample values of luma and chroma components of the frames of the lower-resolution chroma sampling format according to spatial partitioning of the one or more frames of the higher-resolution chroma sampling format; signaling metadata that indicates whether and how frame packing was performed; and encoding the one or more frames of the lower-resolution chroma sampling format.