mhurhangee/ep-ind-claims huggingface dataset:
A sub-assembly of a medicament delivery device, the sub-assembly comprising: a propellant source including a reservoir containing a propellant, where the propellant may provide a vapour pressure that is sufficient to cause axial movement of a stopper of a syringe to deliver a dose of medicament, a housing containing the propellant source, the housing being configured to receive a flange of the syringe; characterised in that the sub-assembly further comprises a locking ring for attachment to the housing; wherein the locking ring is configured to retain the flange of the syringe received in the housing between the locking ring and the housing when the locking ring is attached to the housing; and wherein the housing includes a non-circular aperture for receiving the flange of the syringe, wherein the non-circular aperture has a narrow dimension that is less than a maximum dimension of the non-circular aperture, the narrow dimension being configured to prevent forward axial movement of the flange of the syringe disposed axially rearward of the narrow dimension, wherein the flange of the syringe has a maximum diameter that is greater than the narrow dimension. a propellant source including a reservoir containing a propellant, where the propellant may provide a vapour pressure that is sufficient to cause axial movement of a stopper of a syringe to deliver a dose of medicament, a housing containing the propellant source, the housing being configured to receive a flange of the syringe; a locking ring for attachment to the housing; wherein the locking ring is configured to retain the flange of the syringe received in the housing between the locking ring and the housing when the locking ring is attached to the housing; and wherein the housing includes a non-circular aperture for receiving the flange of the syringe, wherein the non-circular aperture has a narrow dimension that is less than a maximum dimension of the non-circular aperture, the narrow dimension being configured to prevent forward axial movement of the flange of the syringe disposed axially rearward of the narrow dimension, wherein the flange of the syringe has a maximum diameter that is greater than the narrow dimension.
A method of producing, by injection molding, a hollow cylindrical syringe body (10, 22, 26) which is provided with a scale fitted in the longitudinal direction, the scale being applied to a thin carrier film, and the carrier film with the scale being inserted into the injection mold prior to the injection molding process, characterized in that the carrier film is pressed against the inner wall of the injection mold by the plastic composition.
A method for continuous monitoring of a model in an interactive computer simulation station, the model comprising a plurality of interrelated parameters defining a dynamic behavior of a simulated interactive object in an interactive computer simulation when inputs are provided on one or more tangible instruments of an instrument module of the interactive computer simulation station, the method comprising: - during a diagnostic period of time of the interactive computer simulation station, performing a frequency sweep of the model, in the interactive computer simulation station, for measuring the dynamic behavior of the simulated interactive object; - during the frequency sweep, causing each of the one or more tangible instruments to be automatically mechanically moved in accordance with an input function defining an input range variation at a related frequency, the frequency sweep, upon completion, providing an actual frequency response function for the one or more tangible instruments defining the dynamic behavior; and - determining that the interactive computer simulation station requires maintenance when the dynamic behavior of the simulated interactive object, measured by the frequency sweep, is outside of a target dynamic behavior range for the simulated interactive object in the interactive computer simulation station. - during a diagnostic period of time of the interactive computer simulation station, performing a frequency sweep of the model, in the interactive computer simulation station, for measuring the dynamic behavior of the simulated interactive object; - during the frequency sweep, causing each of the one or more tangible instruments to be automatically mechanically moved in accordance with an input function defining an input range variation at a related frequency, the frequency sweep, upon completion, providing an actual frequency response function for the one or more tangible instruments defining the dynamic behavior; and - determining that the interactive computer simulation station requires maintenance when the dynamic behavior of the simulated interactive object, measured by the frequency sweep, is outside of a target dynamic behavior range for the simulated interactive object in the interactive computer simulation station.
A sensor assembly for measuring the average velocity of a fluid flowing in a closed conduit or in an open channel, said sensor assembly being adapted for measuring the average velocity though closed conduits of different sizes or through open channels with different fluid levels, the sensor assembly comprising: - a housing intended to extend across the inside of the closed conduit or to extend vertically in the section of the open channel, said housing comprising pairs of electrodes (16,14) and at least one associated electromagnet for measuring the velocity distribution in the closed conduit or in the open channel; characterized in that the sensor assembly also comprises: - isolation means to isolate the pairs of electrodes (16,14) or isolating the signal from the pairs of electrodes (16,14) that are not in contact with the fluid flow to be measured; said isolation means being configured to be adapted depending on the water level in the open channel or on the size of the closed conduit. - a housing intended to extend across the inside of the closed conduit or to extend vertically in the section of the open channel, said housing comprising pairs of electrodes (16,14) and at least one associated electromagnet for measuring the velocity distribution in the closed conduit or in the open channel; - isolation means to isolate the pairs of electrodes (16,14) or isolating the signal from the pairs of electrodes (16,14) that are not in contact with the fluid flow to be measured; said isolation means being configured to be adapted depending on the water level in the open channel or on the size of the closed conduit.
A signal transmission method performed by a base station in a wireless communication system supporting first type terminals operating on a first bandwidth and second type terminals operating on a second bandwidth, the signal transmission method comprising: broadcasting a Shared CHannel, SCH, for a second type terminal to acquire system synchronization; transmitting a Low-end Master Information Block,L-MIB, including control information on an L-subframe configuration for supporting the second type terminal and a sub-band configuration of the L-subframe; transmitting a Low-end System Information Block,L-SIB, including information on downlink reception and uplink transmission of the second type terminal; and performing a random access procedure, when a Random Access Channel, RACH, preamble is received from one of the first type terminals and the second type terminals. broadcasting a Shared CHannel, SCH, for a second type terminal to acquire system synchronization; transmitting a Low-end Master Information Block,L-MIB, including control information on an L-subframe configuration for supporting the second type terminal and a sub-band configuration of the L-subframe; transmitting a Low-end System Information Block,L-SIB, including information on downlink reception and uplink transmission of the second type terminal; and performing a random access procedure, when a Random Access Channel, RACH, preamble is received from one of the first type terminals and the second type terminals.
A curable, bone reconstruction composition comprising calcium sulfate and/or calcium phosphate, an antiresorptive agent, and fosfomycin, wherein said antiresorptive agent comprises or consists of a bisphosphonate.
An agricultural machine for distributing commodity, comprising: a frame; a tank coupled to the frame and configured to store the commodity; a row unit coupled to the frame, the row unit comprising a hopper and a seed meter; a manifold assembly configured to direct commodity through the agricultural machine; a tank line coupled between the tank and the manifold assembly; a row unit line coupled between the manifold assembly and the hopper; a return line coupled between the manifold assembly and the tank; a blower configured to provide an air flow through the tank line and the row unit line to transfer commodity from the tank, through the manifold assembly, and to the hopper of the row unit; and a vacuum assembly configured to provide an air flow through the row unit line and the return line to transfer commodity from the hopper of the row unit, through the manifold assembly, and to the tank. a frame; a tank coupled to the frame and configured to store the commodity; a row unit coupled to the frame, the row unit comprising a hopper and a seed meter; a manifold assembly configured to direct commodity through the agricultural machine; a tank line coupled between the tank and the manifold assembly; a row unit line coupled between the manifold assembly and the hopper; a return line coupled between the manifold assembly and the tank; a blower configured to provide an air flow through the tank line and the row unit line to transfer commodity from the tank, through the manifold assembly, and to the hopper of the row unit; and a vacuum assembly configured to provide an air flow through the row unit line and the return line to transfer commodity from the hopper of the row unit, through the manifold assembly, and to the tank.
A method of operating regenerative heaters (14.1, 14.2, 14.3), in particular hot-blast stoves, in a blast furnace plant, said plant comprising: a blast furnace, a gas separation unit configured for separating top gas from said blast furnace into a stream of CO-enriched process gas and a stream of CO-depleted tail gas; at least three regenerative heaters (14.1, 14.2, 14.3), each having internal heat storage elements, a cold blast inlet for receiving CO-enriched process gas from said gas separation unit and a hot blast outlet for feeding CO-enriched process gas to said blast furnace; characterized in that cyclically operating said regenerative heaters (14.1, 14.2, 14.3) on blast and on gas, said cyclic operation including while operating a regenerative heater (14.1, 14.2, 14.3) on gas, producing hot flue gas with a burner and causing said hot flue gas to flow through said regenerative heater so as to heat said heat storage elements; and while operating a regenerative heater (14.1, 14.2, 14.3) on blast, blowing CO-enriched process gas through said regenerative heater for the CO-enriched process gas to take up heat from said heat storage elements; said method further comprising during a changeover of a regenerative heater (14.1, 14.2, 14.3) from on-blast to on-gas operation, purging said regenerative heater from CO-enriched process gas with flue gas collected after having passed through at least one of said regenerative heaters (14.1, 14.2, 14.3). a blast furnace, a gas separation unit configured for separating top gas from said blast furnace into a stream of CO-enriched process gas and a stream of CO-depleted tail gas; at least three regenerative heaters (14.1, 14.2, 14.3), each having internal heat storage elements, a cold blast inlet for receiving CO-enriched process gas from said gas separation unit and a hot blast outlet for feeding CO-enriched process gas to said blast furnace; characterized in that cyclically operating said regenerative heaters (14.1, 14.2, 14.3) on blast and on gas, said cyclic operation including while operating a regenerative heater (14.1, 14.2, 14.3) on gas, producing hot flue gas with a burner and causing said hot flue gas to flow through said regenerative heater so as to heat said heat storage elements; and while operating a regenerative heater (14.1, 14.2, 14.3) on blast, blowing CO-enriched process gas through said regenerative heater for the CO-enriched process gas to take up heat from said heat storage elements;
Use of a composition comprising ascorbic acid or an alkali metal salt of ascorbic acid, a buffer and a coloring agent for adjusting water quality for administration of water sanitizer sensitive medicaments or vaccines.
A method for using digital measurements to determine a concentration of an analyte in a sample, the method comprising: producing a plurality of droplets having a volume distribution, wherein the volume distribution is a continuous volume distribution, and wherein at least one of the droplets of the plurality contains contents from the sample; associating a detectable agent with the analyte; analyzing some or all of the plurality of droplets to determine individual volumes of the droplets in the some or all of the plurality and a number of droplets in the some or all of the plurality that contain the detectable agent and the analyte; and using individual volumes of the some or all of the droplets in the plurality and the number of droplets in the some or all of the plurality that contain the detectable agent and the analyte to determine the concentration of the analyte in the sample. producing a plurality of droplets having a volume distribution, wherein the volume distribution is a continuous volume distribution, and wherein at least one of the droplets of the plurality contains contents from the sample; associating a detectable agent with the analyte; analyzing some or all of the plurality of droplets to determine individual volumes of the droplets in the some or all of the plurality and a number of droplets in the some or all of the plurality that contain the detectable agent and the analyte; and using individual volumes of the some or all of the droplets in the plurality and the number of droplets in the some or all of the plurality that contain the detectable agent and the analyte to determine the concentration of the analyte in the sample.
A graphical user interface for selecting from a plurality of available fluidic scheme configurations, the graphical user interface comprising: a plurality of sequential linear arranged and adjacent displayed category regions representing respective sections of a fluidic scheme for a chromatography system, each of the plurality of adjacent category regions including a control for entering an edit mode; for each of the category regions a plurality of selectable items representing components appropriate for placement in the respective category region when the respective category region has been selected for editing, wherein selection of the selectable item by a user causes placement of the selected item into the respective category region, wherein the selectable items graphically represent components of a chromatography system appropriate for placement in the respective sections; and a control that causes selection of one of the selectable items and placement of the selected item into the respective category regions; wherein the set of items currently selected in the plurality of category regions defines a selected fluidic scheme configuration. a plurality of sequential linear arranged and adjacent displayed category regions representing respective sections of a fluidic scheme for a chromatography system, each of the plurality of adjacent category regions including a control for entering an edit mode; for each of the category regions a plurality of selectable items representing components appropriate for placement in the respective category region when the respective category region has been selected for editing, wherein selection of the selectable item by a user causes placement of the selected item into the respective category region, wherein the selectable items graphically represent components of a chromatography system appropriate for placement in the respective sections; and a control that causes selection of one of the selectable items and placement of the selected item into the respective category regions; wherein the set of items currently selected in the plurality of category regions defines a selected fluidic scheme configuration.
Aircraft gas turbine having a thrust-reversing device arranged at the rear area of an engine cowling and including multiple cascade elements that are distributed around the circumference and deflect a flow, where the cascade elements are mounted in a displaceable manner, and where each cascade element is connected to a rear area of the engine cowling via at least one coupling element for the purpose of displacing the engine cowling in the axial direction, characterized in that on both sides of each cascade element at least one gear rack is formed which can be displaced via a respective gear that is coupled to a driving device, that the driving device includes at least one central drive unit, the driven shaft of which is connected to multiple drive shafts that are coupled in a torque-proof manner to one another and on which the gears are attached, and that the drive shafts and the central drive unit form a closed drive ring which extends around the circumference of the engine cowling.
A suture winding stylus, comprising: a base member (46, 110), the base member having a top side (47, 120), a bottom side and opposed front and rear lateral sides; and, a stylus member pivotally mounted to the base, the stylus member having a proximal end, a distal end, a top side and a bottom side; and a stylus head mounted to the distal end of the stylus member; characterized in that the suture winding stylus further comprises a biasing element associated with the base member for engaging the stylus member. a base member (46, 110), the base member having a top side (47, 120), a bottom side and opposed front and rear lateral sides; and, a stylus member pivotally mounted to the base, the stylus member having a proximal end, a distal end, a top side and a bottom side; and a stylus head mounted to the distal end of the stylus member; characterized in that the suture winding stylus further comprises a biasing element associated with the base member for engaging the stylus member.
Floor system for a passenger transport vehicle, in particular a rail vehicle, comprising a body, profile rails and a plurality of sound-absorbing floor panels that are prepared ready for installation and are fastened to the floor of the body, wherein the floor panels are fastened releasably to the profile rails, which extend in the vehicle longitudinal direction and are adhesively bonded extensively to the body on their undersides, characterized in that the profile rails have upwardly open T-slots which are adjoined externally on both sides in longitudinal and transverse extension by integrally formed protrusions as supports for the lower peripheral regions of the floor panels.
Aqueous composition comprising N-vinylbenzylaminoalkyl-functional siloxanols and optionally salts of the protonated N-vinylbenzylaminoalkyl-functional siloxanols which are derived from a reaction - of hydrolysis products and optionally condensation products of hydrolysis products of at least one aminoalkyl-functional alkoxysilane or a mixture of aminoalkyl-functional alkoxysilanes with - vinylbenzyl halide, wherein - the composition comprises - 1% to 70% by weight of N-vinylbenzylaminoalkyl-functional siloxanols and/or salts of the protonated N-vinylbenzylaminoalkyl-functional siloxanols, - 30% to 99% by weight of water based on the total composition of 100% by weight with a pH of 2 to 3.5, and wherein the composition has an alcohol content, in particular a methanol content, of <1.0% by weight and a storage stability of greater than 6 months at room temperature, wherein room temperature comprises a range from 20°C to 23°C. - of hydrolysis products and optionally condensation products of hydrolysis products of at least one aminoalkyl-functional alkoxysilane or a mixture of aminoalkyl-functional alkoxysilanes with - vinylbenzyl halide, wherein - the composition comprises - 1% to 70% by weight of N-vinylbenzylaminoalkyl-functional siloxanols and/or salts of the protonated N-vinylbenzylaminoalkyl-functional siloxanols, - 30% to 99% by weight of water based on the total composition of 100% by weight with a pH of 2 to 3.5, and wherein the composition has an alcohol content, in particular a methanol content, of <1.0% by weight and a storage stability of greater than 6 months at room temperature, wherein room temperature comprises a range from 20°C to 23°C.
A method for visually assisting a catheter application on the heart of a patient using at least one image of the patient obtained by means of a C-arm X-ray device and using electroanatomical mapping data of the patient that is obtained by means of an electromagnetic position-detection and mapping system, wherein the at least one image of the patient and the electroanatomical mapping data of the patient are merged together or superimposed on one another and wherein the C-arm X-ray device and the electromagnetic position-detection and mapping system are calibrated in relation to each other by means of the determination of a coordinate transformation between a coordinate system assigned to the C-arm X-ray device and/or a coordinate system that is assigned to at least one image generated by the C-arm X-ray device and a coordinate system assigned to the electromagnetic position-detection and mapping system, and wherein the position of the patient is determined during the acquisition of the image and during the acquisition of the electroanatomical mapping data, which were obtained prior to the catheter application, and is at least indirectly assigned to the image and the electroanatomical mapping-data, wherein the C-arm X-ray device assigns an identifier to an image that has been taken of the patient at the time of acquisition of the image and transmits the identifier at the time of acquisition of the image to the electromagnetic position-detection and mapping system, the electromagnetic position-detection and mapping system storing the position of the patient, including the identifier, at the time of acquisition of the image.