mhurhangee/ep-ind-claims huggingface dataset:
A flood protection system comprising - at least one elongated flexible tube arranged for being filled with a liquid and containing said liquid, - at least one rigid coupling unit arranged for interconnecting the flexible tubes, characterised in that, the flood protection system further comprises - a monitoring system comprising at least one liquid level indicator arranged for measuring the liquid level inside the at least one coupling unit. - at least one elongated flexible tube arranged for being filled with a liquid and containing said liquid, - at least one rigid coupling unit arranged for interconnecting the flexible tubes, characterised in that, the flood protection system further comprises - a monitoring system comprising at least one liquid level indicator arranged for measuring the liquid level inside the at least one coupling unit.
A dielectric coupling system, comprising: a first device (41; 76) for conducting an EHF electromagnetic signal, the first device comprising: a first electrically conductive body (42; 78) having a first major surface, the first electrically conductive body defining a first elongate recess in the first major surface, the first elongate recess having a floor; and a first dielectric body (58; 72; 80) disposed in the first elongate recess and configured to conduct the EHF electromagnetic signal; and wherein the first electrically conductive body includes a second major surface opposite the first major surface; characterized in that, the dielectric coupling system comprises a dielectric overlay that extends over the dielectric body; wherein the floor of the first elongate recess defines a first aperture through the first electrically conductive body, the aperture extending from the recess floor to the second major surface adjacent a first end of the first elongate recess; and wherein the device further comprises a first dielectric end member disposed at the first end of the first elongate recess and extending through the first aperture in the first electrically conductive body. a first device (41; 76) for conducting an EHF electromagnetic signal, the first device comprising: a first electrically conductive body (42; 78) having a first major surface, the first electrically conductive body defining a first elongate recess in the first major surface, the first elongate recess having a floor; and a first dielectric body (58; 72; 80) disposed in the first elongate recess and configured to conduct the EHF electromagnetic signal; and a first electrically conductive body (42; 78) having a first major surface, the first electrically conductive body defining a first elongate recess in the first major surface, the first elongate recess having a floor; and a first dielectric body (58; 72; 80) disposed in the first elongate recess and configured to conduct the EHF electromagnetic signal; and wherein the first electrically conductive body includes a second major surface opposite the first major surface; characterized in that, the dielectric coupling system comprises a dielectric overlay that extends over the dielectric body; wherein the floor of the first elongate recess defines a first aperture through the first electrically conductive body, the aperture extending from the recess floor to the second major surface adjacent a first end of the first elongate recess; and wherein the device further comprises a first dielectric end member disposed at the first end of the first elongate recess and extending through the first aperture in the first electrically conductive body.
Method for treating a surface of at least one molded part produced in a 3D printing process, in particular produced in a powder-based manufacturing or printing process, using a surface treatment agent in order to smooth the surface of the molded part, wherein - at least one holding means is arranged on the surface of the molded part, which holding means protrudes from the surface, - the molded part having the at least one holding means is introduced into a treatment chamber, which has an inner wall formed by a bottom and side walls, of an etching device in such a way that the surface of the molded part does not come into contact with the inner wall, - the surface of the molded part is applied with surface treatment agent after said part has been introduced into the treatment chamber for a predetermined period of time, and - after the surface of the molded part has been applied with the surface treatment agent, the molded part is removed from the treatment chamber and the holding means is detached from the surface of the molded part, wherein - the holding means comprises at least one holding pin having at least two ends, wherein at least one end of the holding pin is fastened to the surface of the molded part, - the holding pin is designed so that the molded part can be hung with the pin in the treatment chamber of the etching device without the molded part touching the inner wall of the treatment chamber, and - the surface treatment agent comprises an etchant and/or a solvent. - at least one holding means is arranged on the surface of the molded part, which holding means protrudes from the surface, - the molded part having the at least one holding means is introduced into a treatment chamber, which has an inner wall formed by a bottom and side walls, of an etching device in such a way that the surface of the molded part does not come into contact with the inner wall, - the surface of the molded part is applied with surface treatment agent after said part has been introduced into the treatment chamber for a predetermined period of time, and - after the surface of the molded part has been applied with the surface treatment agent, the molded part is removed from the treatment chamber and the holding means is detached from the surface of the molded part, - the holding means comprises at least one holding pin having at least two ends, wherein at least one end of the holding pin is fastened to the surface of the molded part, - the holding pin is designed so that the molded part can be hung with the pin in the treatment chamber of the etching device without the molded part touching the inner wall of the treatment chamber, and - the surface treatment agent comprises an etchant and/or a solvent.
A wireless communications access method, wherein the method is applied to a wireless terminal, and comprises: obtaining, by the wireless terminal, a service capability of at least one access node accessible by the wireless terminal, wherein the service capability of each one of the at least one access node is used to indicate communication quality of service supported by that access node; determining, by the wireless terminal, a particular access node having the service capability that supports at least one of a device type and a service type of the wireless terminal as a target access node according to the service capability of the particular access node and the at least one of the device type and the service type of the wireless terminal; and accessing, by the wireless terminal, a wireless communications network by using the target access node. obtaining, by the wireless terminal, a service capability of at least one access node accessible by the wireless terminal, wherein the service capability of each one of the at least one access node is used to indicate communication quality of service supported by that access node; determining, by the wireless terminal, a particular access node having the service capability that supports at least one of a device type and a service type of the wireless terminal as a target access node according to the service capability of the particular access node and the at least one of the device type and the service type of the wireless terminal; and accessing, by the wireless terminal, a wireless communications network by using the target access node.
A radiation phase contrast imaging apparatus (100, 200, 300, 400, 500) comprising: an image signal generation system including an X-ray source and an image signal detector for detecting an image signal based on X-rays irradiated from the X-ray source; a plurality of gratings including a first grating positioned so that the X-rays from the X-ray source may be irradiated thereon and a second grating arranged between the first grating and the image signal detector; an image processing unit configured to generate a phase contrast image due to a phase shift of the X-ray caused by an object arranged between the X-ray source and the image signal detector; and an object stage configured to hold the object; characterized in that the radiation phase contrast imaging apparatus (100, 200, 300, 400, 500) further comprises a moving mechanism (40, 240) configured to move the object stage from an X-ray source side of the first grating to a second grating side of the first grating in an optical axis direction of the X-ray across the first grating, and in that when moving the object stage across the first grating in the optical axis direction, at least one of the object stage and the first grating is retracted in a direction different from the optical axis direction up to a noninterference position at which the object and the first grating do not interfere in the optical axis direction. an image signal generation system including an X-ray source and an image signal detector for detecting an image signal based on X-rays irradiated from the X-ray source; a plurality of gratings including a first grating positioned so that the X-rays from the X-ray source may be irradiated thereon and a second grating arranged between the first grating and the image signal detector; an image processing unit configured to generate a phase contrast image due to a phase shift of the X-ray caused by an object arranged between the X-ray source and the image signal detector; and an object stage configured to hold the object; characterized in that the radiation phase contrast imaging apparatus (100, 200, 300, 400, 500) further comprises a moving mechanism (40, 240) configured to move the object stage from an X-ray source side of the first grating to a second grating side of the first grating in an optical axis direction of the X-ray across the first grating, and in that when moving the object stage across the first grating in the optical axis direction, at least one of the object stage and the first grating is retracted in a direction different from the optical axis direction up to a noninterference position at which the object and the first grating do not interfere in the optical axis direction.
A temporary fixing composition comprising: a first organic component having a viscosity of less than 70 mPa•s at 25°C and a boiling point of 200°C or lower; and a second organic component having a viscosity of 70 mPa•s or greater at 25°C and a boiling point of 210°C or higher, wherein the temporary fixing composition is used to temporarily fix a first bonding target material and a second bonding target material to each other before the first bonding target material and the second bonding target material are bonded to each other, wherein the first organic component is selected among at least one of the followings: polyhydric alcohols, polyhydric alcohol alkyl ethers, polyhydric alcohol aryl ethers, esters, nitrogen-containing heterocyclic compounds, amides, amines, saturated hydrocarbons, terpene alcohols, ketones, and carboxylic acids; wherein the second organic component is selected among at least one of the followings: glycerin; 1,2,4-butanetriol; 4-(1'-acetoxy-1'-methylethyl)-cyclohexanol acetate; isobornyl cyclohexanol; borneol, 2,4,6-triisopropyl-1,3,5-trioxane; trimethylolpropane; myristyl alcohol; 2,4-diethyl-1,5-pentanediol; and wherein the temporary fixing composition is substantially free of an organic polymer compound., and wherein the viscosity is measured by the method indicated in the description. a first organic component having a viscosity of less than 70 mPa•s at 25°C and a boiling point of 200°C or lower; and a second organic component having a viscosity of 70 mPa•s or greater at 25°C and a boiling point of 210°C or higher,
A portable gamma-ray detector for indicating the direction to a source of gamma-rays, the detector comprising: a plurality of scintillation bodies respectively coupled to a corresponding plurality of photo-detectors, wherein the scintillation bodies are arranged around a pointing axis of the detector so that in use gamma-rays from different directions away from the pointing axis interact in a preferential manner with different ones of the scintillation bodies; a processing circuit adapted to receive output signals from the photo-detectors and to provide an indication of the direction to a source relative to the pointing axis of the detector based on the output signals, a display screen, wherein the processing circuit is adapted to display a graphical indication of the direction to a source relative to the pointing axis of the detector on the display screen, the portable gamma-ray detector being characterised in that the graphical indication is comprising a plurality of geometric shapes (40, 42) having relative sizes determined according to the output signals from respective ones of the photo-detectors, and wherein the processing circuit is further adapted to generate one or more energy loss spectra from the output signals. a plurality of scintillation bodies respectively coupled to a corresponding plurality of photo-detectors, wherein the scintillation bodies are arranged around a pointing axis of the detector so that in use gamma-rays from different directions away from the pointing axis interact in a preferential manner with different ones of the scintillation bodies; a processing circuit adapted to receive output signals from the photo-detectors and to provide an indication of the direction to a source relative to the pointing axis of the detector based on the output signals, a display screen, wherein the processing circuit is adapted to display a graphical indication of the direction to a source relative to the pointing axis of the detector on the display screen, the portable gamma-ray detector being characterised in that the graphical indication is comprising a plurality of geometric shapes (40, 42) having relative sizes determined according to the output signals from respective ones of the photo-detectors, and wherein the processing circuit is further adapted to generate one or more energy loss spectra from the output signals.
A set of N security symbols (5,6; 105,106,110; 205,206,210; 305,306; 405,406), each security symbol forming on its own an authentication mark different from those formed by the other security symbols, being characterized in that the various security symbols are conformed to form conjointly by superposition of the N security symbols an N+1 th authentication mark (9; 112; 212; 309; 509) unrelated to the other N authentication marks each formed by a respective one of the N security symbols.
A body model system for temporary hemorrhage control training and simulation including a thigh region, the body model system comprising: a frame simulating at least a torso of the body, the frame being substantially rigid and having a hollow portion; a simulated artery positioned in the hollow portion; a thigh patch mounted to the frame proximate to or within the hollow portion, the thigh patch constructed of a resilient material that is pierceable by a needle and the thigh patch having a foam insert defining simulated bony landmarks of the thigh region, wherein a portion of the simulated artery that extends at least partially through the thigh patch is connected to a remainder of the simulated artery via a proximal quick-connect fitting and a distal quick-connect fitting, the portion of the simulated artery being removable from the thigh patch and replaceable; a pump connected in fluid communication with the simulated artery, the pump configured to produce a pulsatile flow in the simulated artery; and a reservoir connected in fluid communication with the simulated artery and the pump. a frame simulating at least a torso of the body, the frame being substantially rigid and having a hollow portion; a simulated artery positioned in the hollow portion; a thigh patch mounted to the frame proximate to or within the hollow portion, the thigh patch constructed of a resilient material that is pierceable by a needle and the thigh patch having a foam insert defining simulated bony landmarks of the thigh region, wherein a portion of the simulated artery that extends at least partially through the thigh patch is connected to a remainder of the simulated artery via a proximal quick-connect fitting and a distal quick-connect fitting, the portion of the simulated artery being removable from the thigh patch and replaceable; a pump connected in fluid communication with the simulated artery, the pump configured to produce a pulsatile flow in the simulated artery; and a reservoir connected in fluid communication with the simulated artery and the pump.
An imaging lens, comprising in an ordered way from an object side: a first lens having positive (+) refractive power; a second lens having negative (-) refractive power; a third lens having negative (-) refractive power; and a fourth lens having negative (-) refractive power, wherein an image side surface of the first lens is convexly formed, and wherein the imaging lens meets a conditional expression of -0.5 < f/f3 < 0 and -0.5 < f/f4 < 0, where f is an entire focus distance of the imaging lens, f3: a focus distance of the third lens, and f4 is a focus distance of the fourth lens, and the imaging lens meets a conditional expression of 10 < [(vl+v3)/2-v2] < 20 and v3 < 30, where v1, v2, and v3 are Abbe's numbers of the first to third lenses (10, 20, 30), characterized in that an object side surface of the second lens is convexly formed, and that the imaging lens meets a conditional expression of 10 < [(v1+v4)/2-v2] < 20 and v4 < 30, where v1, v2 and v4 are Abbe's numbers of the first, second and fourth lenses (10, 20, 40).
A cabinet for tobacconists' and similar retail shops, comprising a frame with two side walls (14, 16) and a plurality of superposed, parallel shelves (24, 26, 28) extending between the side walls, wherein the shelves consist in respective flat boards each having a front parapet extending upward from its front edge, the front of each shelf (24, 26, 28) being staggered back with respect to the front of the immediately underlying shelf by a predetermined length, whereby, when one or more rows of boxes or packets are laid side by side on any of the shelves, the first box or packet in each row will project with respect to the overlying shelf, each shelf (24, 26, 28) being provided with a plurality of dividing means for separating respective rows of boxes or packets lying side by side, which plurality of dividing means comprise parallel rods respectively extending at right angles from the front parapet of the shelf, characterized in that each of said rods have one end received in a respective seat in the front parapet and the opposite end received in a corresponding seat in a cabinet's backboard.
A stabilizer (100;300;500) for use in a wellbore, comprising: a tubular body; a mandrel (10;510) disposed in the tubular body; and an arm rotatably coupled to the mandrel and movable between an extended position and a retracted position; characterised by a coupling sleeve (22;322;522) configured to prevent axial movement of the mandrel for retaining the arm in the extended position, the coupling sleeve being releasably coupled to the tubular body by a shearable member (23;523) and configured to allow movement of the mandrel relative to the tubular body upon release of the coupling sleeve from the tubular body. a tubular body; a mandrel (10;510) disposed in the tubular body; and an arm rotatably coupled to the mandrel and movable between an extended position and a retracted position; characterised by a coupling sleeve (22;322;522) configured to prevent axial movement of the mandrel for retaining the arm in the extended position, the coupling sleeve being releasably coupled to the tubular body by a shearable member (23;523) and configured to allow movement of the mandrel relative to the tubular body upon release of the coupling sleeve from the tubular body.
Method of detecting the presence of a liquid fuel leak in a gas turbine, in which: - a reference value is determined for at least a first operating parameter of the turbine, - a value of the said operating parameter is measured during a start-up phase of the turbine, - the measurement value and the reference value are compared, - whether a first anomaly is present is identified, - an alert notification is generated if a first anomaly is detected for the first parameter, and - shutdown of the turbine is triggered if a second anomaly is detected for a second operating parameter, the measurement step for the said operating parameters being carried out during the start-up phase between shutdown of the activating system of the turbine and detection of at least one combustion flame. - a reference value is determined for at least a first operating parameter of the turbine, - a value of the said operating parameter is measured during a start-up phase of the turbine, - the measurement value and the reference value are compared, - whether a first anomaly is present is identified, - an alert notification is generated if a first anomaly is detected for the first parameter, and - shutdown of the turbine is triggered if a second anomaly is detected for a second operating parameter, the measurement step for the said operating parameters being carried out during the start-up phase between shutdown of the activating system of the turbine and detection of at least one combustion flame.
A liquid lipid core/solid lipid shell capsule surface-functionalized with at least one compound containing at least one amine function, characterized in that the lipid core/lipid shell architecture is on the nanometric scale and in that said compound is covalently bonded to said solid lipid shell via a transacylation reaction.
A method of treating exhaust gas from an internal combustion engine, the method comprising: injecting an ammonium carbamate solution into the exhaust gas at a first location upstream of a first treatment element during a cold temperature operating state; injecting diesel exhaust fluid into the exhaust gas at a second location between the first treatment element and a second treatment element located downstream of the first treatment element during a warm temperature operating state; converting DEF into additional ammonium carbamate solution in a reaction chamber during the warm temperature operating state; and storing the converted ammonium carbamate solution for use during the cold temperature operating state. injecting an ammonium carbamate solution into the exhaust gas at a first location upstream of a first treatment element during a cold temperature operating state; injecting diesel exhaust fluid into the exhaust gas at a second location between the first treatment element and a second treatment element located downstream of the first treatment element during a warm temperature operating state; converting DEF into additional ammonium carbamate solution in a reaction chamber during the warm temperature operating state; and storing the converted ammonium carbamate solution for use during the cold temperature operating state.