mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: - an apparatus for collecting aerosolized respirable particles of an inhalable medicinal formulation, comprising an inlet for receiving an aerosolized dose of the medicinal formulation, a suction source for generating a pneumatic flow through the apparatus, a channel defining a pathway extending from said inlet to said suction source, and a dose collection section located in said pathway of said pneumatic flow through the apparatus, said dose collection section having an air-permeable filter, said filter extending across the pathway of said aerosolized respirable particles so as to retain particulate material therein on said filter, said dose collection section comprising: - an upper filter support member and a lower filter support member, said filter being circumferentially retained between said upper and lower support members (40; 50) to form a filter unit, - a lower body receiving said filter unit, said lower body having a top surface comprising recesses located around said filter unit, - a quick-release system comprising fixing means, such as hooks, movable between an open position and a closed position, wherein said fixing means, in said open position, can enter said recesses around said filter unit, and in said closed position, said fixing means can grab said filter unit, thus allowing removal of said filter unit from said lower body without any human contact on said filter unit. - an apparatus for collecting aerosolized respirable particles of an inhalable medicinal formulation, comprising an inlet for receiving an aerosolized dose of the medicinal formulation, a suction source for generating a pneumatic flow through the apparatus, a channel defining a pathway extending from said inlet to said suction source, and a dose collection section located in said pathway of said pneumatic flow through the apparatus, said dose collection section having an air-permeable filter, said filter extending across the pathway of said aerosolized respirable particles so as to retain particulate material therein on said filter, said dose collection section comprising: - an upper filter support member and a lower filter support member, said filter being circumferentially retained between said upper and lower support members (40; 50) to form a filter unit, - a lower body receiving said filter unit, said lower body having a top surface comprising recesses located around said filter unit, - an upper filter support member and a lower filter support member, said filter being circumferentially retained between said upper and lower support members (40; 50) to form a filter unit, - a lower body receiving said filter unit, said lower body having a top surface comprising recesses located around said filter unit, - a quick-release system comprising fixing means, such as hooks, movable between an open position and a closed position, wherein said fixing means, in said open position, can enter said recesses around said filter unit, and in said closed position, said fixing means can grab said filter unit, thus allowing removal of said filter unit from said lower body without any human contact on said filter unit.
Device for producing thin layers on substrates, in particular for solar cell production, comprising - a horizontal conveyor path having conveyor rollers, which consist of a temperature-resistant, non-metallic material, for conveying the substrates in continuous operation, - an APCVD coating device arranged above the conveyor path for applying the thin layers by means of an APCVD process at temperatures of more than 250°C, - a heating device and a purge gas feeding device, which are arranged in the region of the APCVD coating apparatus on that side of the conveyor path which is remote from the APCVD coating device, - wherein the purge gas feeding device includes purge nozzles which are led through the heating device and is configured to expose the substrates to purge gas from below and to direct the purge gas as a temperature-control medium for heating or for cooling the substrates onto the substrates, - wherein on the same side of the conveyor path as the APCVD coating device in the direction of passage a preheating device (20, 21) for the substrates is provided upstream of the APCVD coating device and a reheating device (23, 24) for the substrates is provided downstream of the APCVD coating device. - a horizontal conveyor path having conveyor rollers, which consist of a temperature-resistant, non-metallic material, for conveying the substrates in continuous operation, - an APCVD coating device arranged above the conveyor path for applying the thin layers by means of an APCVD process at temperatures of more than 250°C, - a heating device and a purge gas feeding device, which are arranged in the region of the APCVD coating apparatus on that side of the conveyor path which is remote from the APCVD coating device, - wherein the purge gas feeding device includes purge nozzles which are led through the heating device and is configured to expose the substrates to purge gas from below and to direct the purge gas as a temperature-control medium for heating or for cooling the substrates onto the substrates, - wherein on the same side of the conveyor path as the APCVD coating device in the direction of passage a preheating device (20, 21) for the substrates is provided upstream of the APCVD coating device and a reheating device (23, 24) for the substrates is provided downstream of the APCVD coating device.
Method for detecting the aging of a heterogeneous catalytic converter, comprising the following steps: - detecting at least one measurement signal (17, 19) in a media flow passing through the catalytic converter, downstream of the catalytic converter; - applying a time-variant input signal to the media flow and/or the catalytic converter; - evaluating a behavior of the at least one measurement signal (17, 19) as a function of the time-variant signal, and - determining a state of aging of the catalytic converter, characterized in that - two different measurement signals (17, 19), namely a first measurement signal and a second measurement signal, are detected downstream of the catalytic converter and their behavior is evaluated as a function of the time-variant input signal, and wherein a phase shift between the first measurement signal and the second measurement signal is used for the detection of aging. - detecting at least one measurement signal (17, 19) in a media flow passing through the catalytic converter, downstream of the catalytic converter; - applying a time-variant input signal to the media flow and/or the catalytic converter; - evaluating a behavior of the at least one measurement signal (17, 19) as a function of the time-variant signal, and - determining a state of aging of the catalytic converter, characterized in that - two different measurement signals (17, 19), namely a first measurement signal and a second measurement signal, are detected downstream of the catalytic converter and their behavior is evaluated as a function of the time-variant input signal, and wherein a phase shift between the first measurement signal and the second measurement signal is used for the detection of aging.
A grip-type locking device for a terminal, comprising: a body; two grips connected to opposite sides of the body, respectively; an interval adjusting pin adjusting an interval between the two grips, thus locking or releasing the terminal interposed therebetween; and a cable connected at opposite ends thereof to a controller and the terminal, respectively, wherein the cable is securely coupled to the body so that load applied to the cable on the controller is blocked by the body and thus is not transmitted to the cable on the terminal, characterized in that an injection-molded part is integrally provided on the end of the cable which is connected to the terminal, a fixing block is formed on the injection-molded part to be caught by and fixed to the body, and a coupling block is provided to be opposite to the fixing block and securely coupled to a connector holding body, the connector holding body being provided with a first connector that is connected to the terminal, wherein the injection-molded part is interposed between the body and the connector holding body. a body; two grips connected to opposite sides of the body, respectively; an interval adjusting pin adjusting an interval between the two grips, thus locking or releasing the terminal interposed therebetween; and a cable connected at opposite ends thereof to a controller and the terminal, respectively, wherein the cable is securely coupled to the body so that load applied to the cable on the controller is blocked by the body and thus is not transmitted to the cable on the terminal, characterized in that an injection-molded part is integrally provided on the end of the cable which is connected to the terminal, a fixing block is formed on the injection-molded part to be caught by and fixed to the body, and a coupling block is provided to be opposite to the fixing block and securely coupled to a connector holding body, the connector holding body being provided with a first connector that is connected to the terminal, wherein the injection-molded part is interposed between the body and the connector holding body.
Method for mounting a wing of an aircraft to a fuselage of the aircraft, the method comprising the steps of: attaching a first measuring device to a mounting section of the fuselage; arranging a first positioning device at a defined position relative to the first measuring device; transferring a position mark in the form of a hole located in the fuselage at a first target z-position to the first positioning device, resulting in a position mark in the form of a hole in the first positioning device; attaching the first positioning device to the wing by using the hole in the first positioning device; moving the wing towards the fuselage; determining a first difference between a first actual z-position of the positioning device and the first target z-position; performing a wing adjustment on the basis of the determined difference; wherein the determination of the first difference is a measurement performed on the basis of the first measurement device attached to the fuselage and the first positioning device attached to the wing. attaching a first measuring device to a mounting section of the fuselage; arranging a first positioning device at a defined position relative to the first measuring device; transferring a position mark in the form of a hole located in the fuselage at a first target z-position to the first positioning device, resulting in a position mark in the form of a hole in the first positioning device; attaching the first positioning device to the wing by using the hole in the first positioning device; moving the wing towards the fuselage; determining a first difference between a first actual z-position of the positioning device and the first target z-position; performing a wing adjustment on the basis of the determined difference; wherein the determination of the first difference is a measurement performed on the basis of the first measurement device attached to the fuselage and the first positioning device attached to the wing.
A cartridge for use in a gun, the cartridge having a case, a bullet, a gas generator, a piston, a stopper, and at least one channel for the passage of gas in or around the stopper wherein the piston is axially slideably contained in the case, wherein the cartridge comprises a single gas generator located within the case adjacent a first end of the case, and the stopper is slideably contained within the piston for closing the at least one channel, wherein gas generated or expelled by the gas generator upon contact with the firing pin of a host gun initially flows through the channel(s) in or around the stopper and exerts pressure on the bullet, but as the gas pressure rises, the flow of gas past or through the stopper causes the stopper to move thereby shutting the channel(s) and preventing gas flow to the bullet and then to atmosphere.
Continuous process for the oxidative cleavage of vegetable oils containing triglycerides of unsaturated carboxylic acids, for the obtainment of saturated carboxylic acids, characterized by comprising the steps of: a) feeding to a first continuous reactor at least a vegetable oil and an oxidizing compound in the presence of a catalyst capable of catalyzing the oxidation reaction of the olefinic double bond to obtain an intermediate compound containing vicinal diols; b) feeding to a second continuous reactor said intermediate compound, oxygen or a compound containing oxygen, and a catalyst capable of catalyzing the oxidation reaction of said diols to carboxylic groups, to obtain saturated monocarboxylic acids (i) and triglycerides containing saturated monocarboxylic acids with more than one acid function (ii); c) transferring the product of step b) to an apparatus suitable to separate the saturated monocarboxylic acids (i) from the triglycerides having more than one acid function (ii); and d) hydrolyzing in a third reactor said triglycerides (ii) to obtain glycerol and saturated carboxylic acids with more than one acid function; the operations to feed reagents and to remove products taking place simultaneously for the entire duration of the process, and the process conditions remaining substantially unchanged in each step of the process. a) feeding to a first continuous reactor at least a vegetable oil and an oxidizing compound in the presence of a catalyst capable of catalyzing the oxidation reaction of the olefinic double bond to obtain an intermediate compound containing vicinal diols; b) feeding to a second continuous reactor said intermediate compound, oxygen or a compound containing oxygen, and a catalyst capable of catalyzing the oxidation reaction of said diols to carboxylic groups, to obtain saturated monocarboxylic acids (i) and triglycerides containing saturated monocarboxylic acids with more than one acid function (ii); c) transferring the product of step b) to an apparatus suitable to separate the saturated monocarboxylic acids (i) from the triglycerides having more than one acid function (ii); and d) hydrolyzing in a third reactor said triglycerides (ii) to obtain glycerol and saturated carboxylic acids with more than one acid function;
A label that can be hooked or clicked onto a vegetable or fruit stem or a stalk, branch or supporting rod for house plants, whereby in its initial condition, it is primarily a two-dimensional object with at least one fastening strip (2,3) whereby by means of folding, this two-dimensional object can be transformed into a three-dimensional object with an information-bearing surface and a contact element in the form of a hook or a click system, wherein the fastening strip is folded along a first folding line and is on the back of the information-bearing surface, characterized in that the fastening strip has a second folding line and in that the part of the fastening strip between the first folding line and the second folding line after folding primarily runs parallel to the information-bearing surface and the surface area formed after folding along the second folding line by the hook or the click system is at right angles to the information-bearing surface.
A method for the cross-application use of objects in an electronic terminal, in which, in an application level, objects are received by an application (2.2) in form of an incoming objects manager and are checked in view of security, compatibility, permission, encryption, viruses, in which the objects, after the check via application (2.2), are delivered to an object level, where an unique description structure independent from the carrier, object type, content, origin, purpose of use is allocated to the objects, in which the objects are managed in object level, by application independently storing, updating, deleting, reading and/or transmitting the objects in the object level and by making them available via at least one application interface (1.2) of the application level, which comprises at least one application (2.1, 2.2, 2.3, 2.4, 2.5), in which the objects are application specifically processed in the application level, by application specifically generating, modifying and/or deleting the objects by means of different applications (2.1, 2.2, 2.3, 2.4, 2.5), wherein the application level communicates with the object level via at least one object interface (2.1.1, 2.2.1, 2.3.1, 2.4.1, 2.5.1) and via at least one presentation interface (2.1.2, 2.2.2, 2.3.2, 2.4.2, 2.5.2) with a presentation level, in which in the presentation level, which comprises at least one hardware interface (3.3) to a display/input device, the objects are made perceptible to a viewer, wherein the presentation level via at least one additional interface (3.2) communicates with the application level, and in which in the display device (4.1) the objects are displayed to the viewer via at least one interface (4.2).
A method of controlling at least a portion of a conveyor with a conveyor controller that controls a zone of the conveyor, the method comprising: directly connecting the conveyor controller to a second conveyor controller through a network interface (44a, 44b) of the conveyor controller, a network cable, and a network interface (44a, 44b) of the second conveyor controller, the second conveyor controller controlling another zone of the conveyor; receiving and storing in the conveyor controller configuration data that is associated with the second conveyor controller that is directly connected to the conveyor controller; recovering, by a replacement controller that is directly connected to the conveyor controller through the same network interface (44a, 44b) so as to replace the second conveyor controller, the network address of the second conveyor controller to be replaced; and in response to receiving a request for configuration data in the conveyor controller from the replacement conveyor controller, transmitting the stored configuration data associated with the second conveyor controller from the conveyor controller to the replacement conveyor controller through that same network interface (44a, 44b). directly connecting the conveyor controller to a second conveyor controller through a network interface (44a, 44b) of the conveyor controller, a network cable, and a network interface (44a, 44b) of the second conveyor controller, the second conveyor controller controlling another zone of the conveyor; receiving and storing in the conveyor controller configuration data that is associated with the second conveyor controller that is directly connected to the conveyor controller; recovering, by a replacement controller that is directly connected to the conveyor controller through the same network interface (44a, 44b) so as to replace the second conveyor controller, the network address of the second conveyor controller to be replaced; and in response to receiving a request for configuration data in the conveyor controller from the replacement conveyor controller, transmitting the stored configuration data associated with the second conveyor controller from the conveyor controller to the replacement conveyor controller through that same network interface (44a, 44b).
An environmental control system for an aircraft comprising: a higher pressure tap which in use receives air from a higher compression location in a main compressor section associated with an aircraft, and a lower pressure tap which in use receives air from a lower pressure location in the main compressor section, said lower pressure location being at a lower pressure than said higher pressure location; a first passage leading to a downstream outlet, said lower pressure tap communicating to the first passage; a turbocompressor having a turbine section and a compressor section, said higher pressure tap leading into the turbine section of the turbocompressor such that in use, air in said higher pressure tap drives said turbine section to in turn drive said compressor section of said turbocompressor; and a combined outlet of said compressor section of said turbocompressor and said turbine section intermixing and passing downstream to the downstream outlet to be delivered to an aircraft use, characterised in that the lower pressure tap has a second passage leading into said compressor section of said turbocompressor. a higher pressure tap which in use receives air from a higher compression location in a main compressor section associated with an aircraft, and a lower pressure tap which in use receives air from a lower pressure location in the main compressor section, said lower pressure location being at a lower pressure than said higher pressure location; a first passage leading to a downstream outlet, said lower pressure tap communicating to the first passage; a turbocompressor having a turbine section and a compressor section, said higher pressure tap leading into the turbine section of the turbocompressor such that in use, air in said higher pressure tap drives said turbine section to in turn drive said compressor section of said turbocompressor; and a combined outlet of said compressor section of said turbocompressor and said turbine section intermixing and passing downstream to the downstream outlet to be delivered to an aircraft use, characterised in that the lower pressure tap has a second passage leading into said compressor section of said turbocompressor.
A personal wash or hair care composition comprising a pre-mix composition, the pre-mix composition comprising: (a) 25-95% by wt. of pre-blended mixture comprising hydrocarbon liquids being petroleum derived oligomers and polymers comprising alkene monomeric groups; or two or more alkene units; wherein said hydrocarbon liquids have a melting or glass transition point < 30°C and a viscosity of 500 Pa.s or less at 20 to 25 °C and wherein the hydrocarbon liquids are polybutene or natural rubber; (b) 10 to 75% by wt. of pre-blended mixture comprising structuring material selected from the group consisting of waxes; wherein said structuring material has melting point > 30°C and wherein the wax is Candelilla wax, wherein said pre-blend mixtures comprise flowable hydrocarbon liquid materials (Component a) structured with materials of b; wherein the said pre-blends have viscosity below 1000 Pa.s measured at shear rate 10s -1 at 25°C. and wherein said pre-blend mixtures are prepared by mixing (a) and (b) at 500-1500 rpm until completely mixed at temperature higher than highest melting point of any ingredient being blended and cooling to 20 to 25 °C to form pre-blend. (a) 25-95% by wt. of pre-blended mixture comprising hydrocarbon liquids being petroleum derived oligomers and polymers comprising alkene monomeric groups; or two or more alkene units; wherein said hydrocarbon liquids have a melting or glass transition point < 30°C and a viscosity of 500 Pa.s or less at 20 to 25 °C and wherein the hydrocarbon liquids are polybutene or natural rubber; (b) 10 to 75% by wt. of pre-blended mixture comprising structuring material selected from the group consisting of waxes; wherein said structuring material has melting point > 30°C and wherein the wax is Candelilla wax,
An illumination panel detachably attachable to an underside of a boot lid of a vehicle, wherein said illumination panel has a first and a second configuration, wherein said illumination panel comprises at least two hinges such that said illumination panel, in said first configuration, is configured to be folded at said hinges to form a warning triangle, wherein in said second configuration, the illumination panel is configured to be unfolded and to extend such that its length, L, is greater than its height, and can be attached to the underside of the boot lid of the vehicle, whereby it extends in the transverse direction of the vehicle and is configured to illuminate the boot of said vehicle, and wherein the length, L, of the illumination panel is at least 50%, preferably at least 70% and most preferably at least 90% of the width, w, of the boot lid at its rear end.