mhurhangee/ep-ind-claims huggingface dataset:
A tracheostoma device holder for holding a tracheostoma device superimposed of a tracheostoma of a person, said tracheostoma device holder comprising: a plate for attachment over a tracheostoma via proximal side thereof, said plate being provided with a through hole; a tracheostoma device fitting being provided with a through passage arranged superimposed the through hole, said tracheostoma device fitting extending distally from the plate; whereby the tracheostoma device holder is formed by a co-molding process, wherein the plate is molded onto the tracheostoma device fitting, and characterized in that the thickness of the plate decreases in the central to lateral direction. a plate for attachment over a tracheostoma via proximal side thereof, said plate being provided with a through hole; a tracheostoma device fitting being provided with a through passage arranged superimposed the through hole, said tracheostoma device fitting extending distally from the plate; whereby the tracheostoma device holder is formed by a co-molding process, wherein the plate is molded onto the tracheostoma device fitting, and characterized in that the thickness of the plate decreases in the central to lateral direction.
Use of a Corynebacteria strain for producing xanthosine 5'-monophosphate, wherein the Corynebacteria strain has a malate dehydrogenase activity higher than its wild type endogenous activity, by increasing the number of mqo gene copies encoding the malate dehydrogenase, or by replacing or modifying a promoter of an mqo gene.
A method performed by a wireless device (211, 311, 400, 500a-b, 700, 800a-b, 1000, 1411, 2200) in a wireless communications system (200, 300, 1400), comprising: obtaining selection criteria (207, 307, 1407) that is predefined or configured as being the criteria by which both the wireless device and a network node (201, 301, 1100, 1200a-b, 1401, 1500, 1600a-b, 2100) or another wireless device (313, 1413) selects one of multiple activated semi-persistent configurations (233, 243, 333, 343, 1433, 1443) assigned to the wireless device responsive to determining that the multiple configurations have granted a same radio resource (247, 347, 1447); selecting one of the multiple configurations based on the selection criteria; and transmitting or receiving on that radio resource in accordance with the selected configuration, wherein the selection criteria is based on at least one of: an index that identifies each configuration; a size of a grant of radio resources for each configuration; and a priority of each configuration. obtaining selection criteria (207, 307, 1407) that is predefined or configured as being the criteria by which both the wireless device and a network node (201, 301, 1100, 1200a-b, 1401, 1500, 1600a-b, 2100) or another wireless device (313, 1413) selects one of multiple activated semi-persistent configurations (233, 243, 333, 343, 1433, 1443) assigned to the wireless device responsive to determining that the multiple configurations have granted a same radio resource (247, 347, 1447); selecting one of the multiple configurations based on the selection criteria; and transmitting or receiving on that radio resource in accordance with the selected configuration, wherein the selection criteria is based on at least one of: an index that identifies each configuration; a size of a grant of radio resources for each configuration; and a priority of each configuration. an index that identifies each configuration; a size of a grant of radio resources for each configuration; and a priority of each configuration.
An electrophysiologic catheter for mapping or ablation in the heart, the catheter comprising: an elongated catheter body having proximal and distal ends; a balloon electrode assembly distal of the catheter body, the balloon electrode assembly having at least an inner balloon member and an outer balloon member covering at least a portion of the inner balloon member, and at least one electrode on an outer surface of the outer balloon member; a tubing extending through the catheter body, the tubing defining a lumen adapted to pass fluid into the inner balloon member for expansion of the inner balloon member; characterized in that the catheter further comprises a distal electrode assembly distal of the balloon electrode assembly, the distal electrode assembly comprising a position sensor; and a cable attached to the position sensor which extends in a gap between the inner balloon member and outer balloon member; wherein each at least one electrode is connected to a respective lead wire that extends distally from the catheter body toward its respective electrode through the gap between the outer balloon member and the inner balloon member. an elongated catheter body having proximal and distal ends; a balloon electrode assembly distal of the catheter body, the balloon electrode assembly having at least an inner balloon member and an outer balloon member covering at least a portion of the inner balloon member, and at least one electrode on an outer surface of the outer balloon member; a tubing extending through the catheter body, the tubing defining a lumen adapted to pass fluid into the inner balloon member for expansion of the inner balloon member; characterized in that the catheter further comprises a distal electrode assembly distal of the balloon electrode assembly, the distal electrode assembly comprising a position sensor; and a cable attached to the position sensor which extends in a gap between the inner balloon member and outer balloon member; wherein each at least one electrode is connected to a respective lead wire that extends distally from the catheter body toward its respective electrode through the gap between the outer balloon member and the inner balloon member.
Operating method for a drive controller for controlling an electric drive which comprises a power component embodied as an inverter and an electric machine which is supplied with electrical energy via the power component, wherein when a starting condition is met the drive controller retrieves a configuration-specific parameter set from a data pool via a computer-to-computer interface, parameterises itself in accordance with the retrieved parameter set and then determines control commands for the power component as a function of setpoint actuation states (A*) predefined for the drive controller, taking into account their parameterisation, and actuates the power component accordingly, wherein the setpoint actuation states (A*) are setpoint currents.
A probe gas analysis system comprising: a probe body configured to be exposed to a source of process gas; a sensor cell assembly having a tube and a sensor cell mounted within the tube with a sensing side and a reference side, wherein the sensing side is disposed within the tube and configured to contact the source of process gas, and to generate a signal indicative of a detected difference in oxygen concentration between the reference side and the sensing side, wherein the tube is disposed within the probe body; a permanent seal coupling the sensor cell assembly to the probe body, wherein the permanent seal separates the reference side from the sensing side, and wherein the permanent seal is a weld; and wherein the tube comprises an internal portion disposed to contact the source of process gas, and wherein the tube is configured to separate the source of process gas from a reference gas. a probe body configured to be exposed to a source of process gas; a sensor cell assembly having a tube and a sensor cell mounted within the tube with a sensing side and a reference side, wherein the sensing side is disposed within the tube and configured to contact the source of process gas, and to generate a signal indicative of a detected difference in oxygen concentration between the reference side and the sensing side, wherein the tube is disposed within the probe body; a permanent seal coupling the sensor cell assembly to the probe body, wherein the permanent seal separates the reference side from the sensing side, and wherein the permanent seal is a weld; and wherein the tube comprises an internal portion disposed to contact the source of process gas, and wherein the tube is configured to separate the source of process gas from a reference gas.
A floral fragrance composition comprising: - a primary perfumery mixture that includes as first primary perfuming ingredient (2,5-dimethyl-2,3-dihydro-1H-inden-2-yl) methanol in an amount of 5 to 25% by weight and as second primary perfuming 3-(gem-dimethyl-5-indanyl)propanal in an amount of 0.2 to 10% by weight; and - at least one secondary perfuming ingredient selected amongst - at least one of 3-methyl-5-phenylpentanal, decanal or octanal in a total amount of 20 ppm to 1000 ppm by weight; and/or - at least one of cuminic aldehyde, cuminic alcohol, or carvone in a total amount of 20 ppm to 2000 ppm by weight; and/or - at least one of tetrahydro-2-isobutyL-4-methyl-4 -pyranol or cis-7-P-menthanol in a total amount of 60% to 95% by weight; wherein the amounts in % by weight and the ppm by weight are based in each case on the total weight of the fragrance composition. - a primary perfumery mixture that includes as first primary perfuming ingredient (2,5-dimethyl-2,3-dihydro-1H-inden-2-yl) methanol in an amount of 5 to 25% by weight and as second primary perfuming 3-(gem-dimethyl-5-indanyl)propanal in an amount of 0.2 to 10% by weight; and - at least one secondary perfuming ingredient selected amongst - at least one of 3-methyl-5-phenylpentanal, decanal or octanal in a total amount of 20 ppm to 1000 ppm by weight; and/or - at least one of cuminic aldehyde, cuminic alcohol, or carvone in a total amount of 20 ppm to 2000 ppm by weight; and/or - at least one of tetrahydro-2-isobutyL-4-methyl-4 -pyranol or cis-7-P-menthanol in a total amount of 60% to 95% by weight; - at least one of 3-methyl-5-phenylpentanal, decanal or octanal in a total amount of 20 ppm to 1000 ppm by weight; and/or - at least one of cuminic aldehyde, cuminic alcohol, or carvone in a total amount of 20 ppm to 2000 ppm by weight; and/or - at least one of tetrahydro-2-isobutyL-4-methyl-4 -pyranol or cis-7-P-menthanol in a total amount of 60% to 95% by weight;
A dispensing device for welding rod dryers, the dispensing device comprising a cabinet comprising: a) chambers each configured to receive and encase a welding rod dryer; b) connection members each provided in a different one of the chambers and configured to be connected to and supply power to a welding rod dryer, such that the welding rod dryer can be preheated if connected to the connection member; c) doors each provided at an entrance of a different one of the chambers; d) dispensing card storing members each provided in a different one of the chambers in the form of a partition perpendicularly formed to a bottom surface of the respective chamber and configured to receive a dispensing card in an upright state at one side of the respective chamber such that a dispensing state of a welding rod dryer may be determined; e) sensors each provided in a different one of the chambers and configured to sense a receiving state indicating whether a welding rod dryer is received in the respective chamber; and f) an alarm unit provided either on the cabinet or in each of the chambers and configured to notify an operator of a state of the cabinet or each of the chambers, respectively. a) chambers each configured to receive and encase a welding rod dryer; b) connection members each provided in a different one of the chambers and configured to be connected to and supply power to a welding rod dryer, such that the welding rod dryer can be preheated if connected to the connection member; c) doors each provided at an entrance of a different one of the chambers; d) dispensing card storing members each provided in a different one of the chambers in the form of a partition perpendicularly formed to a bottom surface of the respective chamber and configured to receive a dispensing card in an upright state at one side of the respective chamber such that a dispensing state of a welding rod dryer may be determined; e) sensors each provided in a different one of the chambers and configured to sense a receiving state indicating whether a welding rod dryer is received in the respective chamber; and f) an alarm unit provided either on the cabinet or in each of the chambers and configured to notify an operator of a state of the cabinet or each of the chambers, respectively.
A method for producing an agent delivery device for oral intake comprising: (i) assembling one or more layers (422, 423, 424, 426) comprising one or more materials with an agent or an agent-releasing formulation into a generally planar assembly to form an integrated device; (ii) folding said integrated delivery device to form a folded integrated delivery device defining a first axis, such that the folded device has folds of increasingly smaller amplitudes upon extending away from the first axis so as to form a partially rounded cross section; and (iii) at least partially enclosing said folded delivery device to a form suitable for oral delivery. (i) assembling one or more layers (422, 423, 424, 426) comprising one or more materials with an agent or an agent-releasing formulation into a generally planar assembly to form an integrated device; (ii) folding said integrated delivery device to form a folded integrated delivery device defining a first axis, such that the folded device has folds of increasingly smaller amplitudes upon extending away from the first axis so as to form a partially rounded cross section; and (iii) at least partially enclosing said folded delivery device to a form suitable for oral delivery.
Device for moulding plastic preforms into plastic containers with a blowing mould with an inner wall (8, 18) facing the plastic container, which blowing mould has a cavity within which a plastic preform can be formed into a plastic container, wherein the blowing mould has a base part to form a base section of the container, wherein this base part delimits the cavity, with a filling device to supply a gaseous medium to the plastic preform via its mouth in order to expand the plastic preform inside the blowing mould, with a rod-like body which is mobile in relation to the blowing mould to stretch the plastic preform during the moulding process, wherein the base part comprises a structuring section delimiting the cavity and forming part of the inner wall (8, 18), which structuring section serves to structure the base section of the container and which is adapted to a shape of the base section of the finished container, and the structuring section in a central region has a protrusion extending in the direction of the cavity, wherein the inner wall (8, 18) of the blowing mould facing the plastic preform can be heated at least in sections, characterized in that the protrusion is arranged such that during an expansion process it lies on an injection point of the container, wherein the protrusion has a flat surface.
A current limiter comprising a first circuit portion arranged in parallel with a second circuit portion, the first circuit portion comprising a superconductor element disposed within a cooling chamber and arranged in series with a switch which is operable between open and closed conditions, and the second circuit portion comprising a load element, characterised in that the switch is comprised within a switching arrangement which further comprises an actuator arranged to operate the switch, a sensor arranged to sense current density in the superconductor element and a controller arranged to receive an output of the sensor and to activate the actuator to open the switch at a pre-determined time when the current density in the superconductor element is equal to or greater than the critical current density of the superconductor element, and the cooling chamber and the switching arrangement are disposed within a vacuum chamber.
An apparatus for adding a protection function for an indirect access memory controller, comprising: a bus monitoring unit configured to monitor a memory access request having a bus address and to perform permission authentication if a controlling operation on an operation register of the indirect access memory controller is detected; a permission list unit configured to receive the bus address from the bus monitoring unit, to evaluate the bus address according to a permission list, and to determine from the permission list a permission attribute that corresponds to the bus address; a window register information bus configured to provide window register information from a memory controller to the permission list unit for controlling permission attributes provided in the permission list; and wherein the permission list comprises one or more list entries having the following content: a list entry enable bit, a base address, an address field size, and a permission attribute; the list entry enable bit indicates whether the list entry is valid; the base address and the address field size represent an address range protected by the list entry; and the permission attribute represents a permission of the address field. a bus monitoring unit configured to monitor a memory access request having a bus address and to perform permission authentication if a controlling operation on an operation register of the indirect access memory controller is detected; a permission list unit configured to receive the bus address from the bus monitoring unit, to evaluate the bus address according to a permission list, and to determine from the permission list a permission attribute that corresponds to the bus address; a window register information bus configured to provide window register information from a memory controller to the permission list unit for controlling permission attributes provided in the permission list; and wherein the permission list comprises one or more list entries having the following content: a list entry enable bit, a base address, an address field size, and a permission attribute; the list entry enable bit indicates whether the list entry is valid; the base address and the address field size represent an address range protected by the list entry; and the permission attribute represents a permission of the address field.
A method for encoding a database comprising: receiving a three-dimensional depth map for a location in a path network; identifying, using a processor, physical structures within the depth map; dividing the depth map into one or more horizontal planes at one or more elevations from a road level, wherein each horizontal plane includes data at a defined, selected elevation, as well as data that exists within a range above and below the selected elevation; extracting two-dimensional feature geometries from the one or more horizontal planes; and encoding at least a portion of the extracted feature geometries into a database. receiving a three-dimensional depth map for a location in a path network; identifying, using a processor, physical structures within the depth map; dividing the depth map into one or more horizontal planes at one or more elevations from a road level, wherein each horizontal plane includes data at a defined, selected elevation, as well as data that exists within a range above and below the selected elevation; extracting two-dimensional feature geometries from the one or more horizontal planes; and encoding at least a portion of the extracted feature geometries into a database.
A surface acoustic wave device having electrodes (12,14) disposed on a piezoelectric substrate, comprising: a sealing member (30Aa,30Ab) having a peripheral wall (32a, 32b) disposed on the piezoelectric substrate in surrounding relation to the electrodes, a first wall (80a, 80b) disposed on the piezoelectric substrate in facing relation to a liquid material imposed on a propagation path on the piezoelectric substrate and which extends parallel to a wall portion of the peripheral wall (32a, 32b) facing the propagation path, and a top plate (34a, 34b) covering the peripheral wall (32a, 32b) and the first wall (80a, 80b), the sealing member sealing the electrodes, and the propagation path being disposed between the electrodes (12,14) wherein a portion of the peripheral wall (32a, 32b) facing the top plate (34a, 34b) is bonded by an adhesive to the top plate (34a, 34b), an end of the top plate (34a, 34b) facing the propagation path extends toward the propagation path beyond the wall portion of the peripheral wall (32a, 32b) facing the propagation path, and the first wall (80a, 80b) is disposed in a gap which is formed between the end and the piezoelectric substrate, thereby defining a closed space (82a, 82b) by the top plate (34a, 34b), the wall portion of the peripheral wall (32a, 32b) facing the propagation path, the piezoelectric substrate and the first wall (80a, 80b). a sealing member (30Aa,30Ab) having a peripheral wall (32a, 32b) disposed on the piezoelectric substrate in surrounding relation to the electrodes, a first wall (80a, 80b) disposed on the piezoelectric substrate in facing relation to a liquid material imposed on a propagation path on the piezoelectric substrate and which extends parallel to a wall portion of the peripheral wall (32a, 32b) facing the propagation path, and a top plate (34a, 34b) covering the peripheral wall (32a, 32b) and the first wall (80a, 80b), the sealing member sealing the electrodes, and the propagation path being disposed between the electrodes (12,14) wherein a portion of the peripheral wall (32a, 32b) facing the top plate (34a, 34b) is bonded by an adhesive to the top plate (34a, 34b), an end of the top plate (34a, 34b) facing the propagation path extends toward the propagation path beyond the wall portion of the peripheral wall (32a, 32b) facing the propagation path, and the first wall (80a, 80b) is disposed in a gap which is formed between the end and the piezoelectric substrate, thereby defining a closed space (82a, 82b) by the top plate (34a, 34b), the wall portion of the peripheral wall (32a, 32b) facing the propagation path, the piezoelectric substrate and the first wall (80a, 80b).
An implantable medical device, for implantation in a mammal joint having at least two contacting surfaces, comprising: • an artificial contacting surface (1103; 1101; 1102; 65) adapted to be lubricated, wherein said artificial surface comprises at least one partially integrated inlet wherein said inlet is adapted to distribute said lubricating fluid to the surface of said artificial contacting surface for lubricating said artificial contacting surface, • an implantable reservoir adapted to hold lubricating fluid, • at least one outlet from said reservoir connected to said inlet of said artificial surface, characterized in that said medical device further comprises: • an injection port connected to said reservoir, and wherein said reservoir is adapted to be constantly pressurized such that lubricated fluid is pressed from said reservoir through said outlet. • an artificial contacting surface (1103; 1101; 1102; 65) adapted to be lubricated, wherein said artificial surface comprises at least one partially integrated inlet wherein said inlet is adapted to distribute said lubricating fluid to the surface of said artificial contacting surface for lubricating said artificial contacting surface, • an implantable reservoir adapted to hold lubricating fluid, • at least one outlet from said reservoir connected to said inlet of said artificial surface, characterized in that said medical device further comprises: • an injection port connected to said reservoir, and wherein said reservoir is adapted to be constantly pressurized such that lubricated fluid is pressed from said reservoir through said outlet.