mhurhangee/ep-ind-claims huggingface dataset:
Method for executing the entry/exit of an instrument in a tank intended to contain a fluid at a pressure greater than atmospheric pressure, implementing a shuttle for receiving the instrument and a guide for the shuttle in the tank, with the shuttle being mobile inside the guide according to a given direction of sliding, the method being characterised in that it comprises the steps of: - providing a zone of cooperation of the guide with the shuttle comprising a tubular recess surrounding the shuttle, the recess being delimited: * laterally, by an internal surface of the guide and an external surface of the shuttle, and * longitudinally, by at least two contact zones, upper and lower, between said external surface of the shuttle and of the respective extensions (8a, 8b) of said internal surface of the guide, and - during a displacement of the shuttle in the guide according to the given direction of sliding, maintaining in the recess a pressure greater than or equal to the pressure of the fluid contained in the tank, with the maintaining in pressure carried out by injection of an inert gas into the recess. - providing a zone of cooperation of the guide with the shuttle comprising a tubular recess surrounding the shuttle, the recess being delimited: * laterally, by an internal surface of the guide and an external surface of the shuttle, and * longitudinally, by at least two contact zones, upper and lower, between said external surface of the shuttle and of the respective extensions (8a, 8b) of said internal surface of the guide, and * laterally, by an internal surface of the guide and an external surface of the shuttle, and * longitudinally, by at least two contact zones, upper and lower, between said external surface of the shuttle and of the respective extensions (8a, 8b) of said internal surface of the guide, - during a displacement of the shuttle in the guide according to the given direction of sliding, maintaining in the recess a pressure greater than or equal to the pressure of the fluid contained in the tank, with the maintaining in pressure carried out by injection of an inert gas into the recess.
A turbofan engine comprising: a fan first-stage moving blade for taking an air therein; and a spinner rotationally driving the fan first-stage moving blade, wherein the spinner has a spiral blade extending spirally to an outer side in a radial direction, sucking the air from a front face of the spinner and supplying the air to the fan first-stage moving blade, characterized in that the spiral blade and the fan first-stage moving blade are separated, and a separated region at the radial direction formed between a rear edge end of the spiral blade and a front edge end of the fan first-stage moving blade arranged at the nearest position of the rear edge end of the spiral blade is formed in such a manner as to extend in a direction of 90 degree or an angle close thereto with respect to a hub side passage surface. a fan first-stage moving blade for taking an air therein; and a spinner rotationally driving the fan first-stage moving blade, wherein the spinner has a spiral blade extending spirally to an outer side in a radial direction, sucking the air from a front face of the spinner and supplying the air to the fan first-stage moving blade, characterized in that the spiral blade and the fan first-stage moving blade are separated, and a separated region at the radial direction formed between a rear edge end of the spiral blade and a front edge end of the fan first-stage moving blade arranged at the nearest position of the rear edge end of the spiral blade is formed in such a manner as to extend in a direction of 90 degree or an angle close thereto with respect to a hub side passage surface.
A device configured to cut hair using laser light, the device comprising: a shaving portion configured to be coupled to a handle portion, the shaving portion comprising: a support (140, 402); a waveguide (104, 300, 406) supported by the support (140, 402), the waveguide (104, 300, 406) having a first end, a second end, an outer side wall, and a cutting region (106, 132, 308, 504, 604) positioned towards the second end and extending along a portion of the outer side wall; and wherein the shaving portion is configured to provide laser light having a wavelength selected to target a chromophore to cut a hair shaft, and wherein the waveguide (104, 300, 406) is positioned to receive laser light at the first end, conduct the laser light from the first end toward the second end, and emit at least a portion of the laser light out of the cutting region (106, 132, 308, 504, 604) and toward hair, and wherein the cutting region (106, 132, 308, 504, 604) of the waveguide (104, 300, 406) is configured to have a refractive index that is greater than the refractive index of skin. a support (140, 402); a waveguide (104, 300, 406) supported by the support (140, 402), the waveguide (104, 300, 406) having a first end, a second end, an outer side wall, and a cutting region (106, 132, 308, 504, 604) positioned towards the second end and extending along a portion of the outer side wall; and wherein the shaving portion is configured to provide laser light having a wavelength selected to target a chromophore to cut a hair shaft, and wherein the waveguide (104, 300, 406) is positioned to receive laser light at the first end, conduct the laser light from the first end toward the second end, and emit at least a portion of the laser light out of the cutting region (106, 132, 308, 504, 604) and toward hair, and wherein the cutting region (106, 132, 308, 504, 604) of the waveguide (104, 300, 406) is configured to have a refractive index that is greater than the refractive index of skin.
One-way valve for medicinal use, comprises at least one valve housing, an inlet and outlet opening and a valve arrangement which comprises a valve body and a valve seal, characterised in that the valve body has a through-flow opening which opens in a sealable expansion space between the valve body and the valve seal, and that the valve seal has an opening which can be closed by the valve body during relative movement of two housing parts (2, 3) so that the valve seal adjoins with a sealing lip against the valve body where it can be resiliently lifted.
A memory management method comprising: allocating a first buffer in a first physical memory region of a memory device; characterised by configuring the first buffer to operate in a first shared virtual memory mode; allocating a second buffer in a second physical memory region of the memory device; and configuring the second buffer to operate in a second SVM mode, wherein the second SVM mode is distinct from the first SVM mode. allocating a first buffer in a first physical memory region of a memory device; characterised by configuring the first buffer to operate in a first shared virtual memory mode; allocating a second buffer in a second physical memory region of the memory device; and configuring the second buffer to operate in a second SVM mode, wherein the second SVM mode is distinct from the first SVM mode.
A composition comprising: a) a core comprising at least one active principle with low bioavailability, a polysorbate and a N-acetylcysteine-chitosan salt; b) an enteric coating layer enclosing said core a), wherein said N-acetylcysteine-chitosan salt comprised in a) is obtained by the protonation of the free amino group of chitosan by means of N-acetyl-cistein, behaving as an acid. a) a core comprising at least one active principle with low bioavailability, a polysorbate and a N-acetylcysteine-chitosan salt; b) an enteric coating layer enclosing said core a), wherein said N-acetylcysteine-chitosan salt comprised in a) is obtained by the protonation of the free amino group of chitosan by means of N-acetyl-cistein, behaving as an acid.
A connector housing for a communications network comprising a housing assembly, the housing assembly having a front panel that is rotatable, a rear panel that is rotatable, a first side panel, a second side panel, a bottom panel, a top panel, wherein the top panel comprises a stationary portion, characterized in that the top panel comprises further a jumper management panel that is rotatable into at least two different positions relative to the stationary portion of said top panel of the housing assembly, said jumper management panel being rotatable relative to the stationary portion comprises a plurality of cable routing guides, a splice shelf assembly being attached to the housing assembly is rotatable relative to the housing assembly about a generally vertical axis, said splice shelf assembly has a latch mechanism for securing the splice shelf assembly in a stored position.
A composition comprising a propylene-based polymer, an elastomer of ethylene and α-olefin comonomer having 4 to 10 carbon atoms and an inorganic filler, wherein the propylene-based polymer has a melt flow index of 60 to 150 dg/min measured according to ASTM D1238 (2.16 kg/230°C) and wherein the elastomer has a density of 0.840 to 0.865 g/cm 3, wherein the elastomer has a melt flow index of 3 to 13 dg/min measured in accordance with ASTM D1238 using a 2.16 kg weight and at a temperature of 190 °C, wherein the amount of the elastomer is 2 to 30 wt% based on the total composition, wherein the amount of the inorganic filler is 0.1 to 30 wt% based on the total composition, wherein the elastomer is an ethylene-1-octene copolymer.
Mobile crane support device comprising - a first support segment which can be fastened to the undercarriage of the mobile crane; - a second support segment which is mounted such that it can travel within and relative to the first support segment and which has an outrigger that is movable in the vertical direction; - a locking device for preventing a movement of the second support segment in the travel direction and in any relative position between the first support segment and the second support segment; characterised in that the locking device has a clamping member which is held in contact with a contact surface formed between the first and the second support segment (1, 2) by a holding device and which is mounted relative to the first and the second support segment (1, 2) in such a way that a travel movement of the second support segment in a direction pointing away from the outrigger causes the force applied to the contact surface by the clamping member to be increased, thereby locking the second support segment with respect to the first support segment. - a first support segment which can be fastened to the undercarriage of the mobile crane; - a second support segment which is mounted such that it can travel within and relative to the first support segment and which has an outrigger that is movable in the vertical direction; - a locking device for preventing a movement of the second support segment in the travel direction and in any relative position between the first support segment and the second support segment;
A fluid ejection device comprising: a fluid ejection die molded into a molding; and a number of fluid actuators (201,202) within the fluid ejection die, characterised in that the fluid ejection device further comprises a number of heat exchangers at least partially molded into the molding and thermally coupled to an ejection side of the fluid ejection die; and a number of cooling channels defined in the molding thermally coupled to the heat exchangers. a fluid ejection die molded into a molding; and a number of fluid actuators (201,202) within the fluid ejection die, characterised in that the fluid ejection device further comprises a number of heat exchangers at least partially molded into the molding and thermally coupled to an ejection side of the fluid ejection die; and a number of cooling channels defined in the molding thermally coupled to the heat exchangers.
An indirect bonding tray for orthodontic treatment comprising: a set of orthodontic appliances (46, 46a); a first matrix material extending over the appliances; a second matrix material extending over the first matrix material, wherein the second matrix material includes a portion having a surface with a configuration that matches the configuration of a portion of side tooth surfaces, wherein the second matrix material after hardening exhibits a tensile stress at 20 percent elongation that exceeds the tensile stress at 20 percent elongation of the first matrix material after hardening; and an occlusal stop member connected to the second matrix material, the occlusal stop member including a section having a surface with a configuration that matches at least a portion of occlusal tooth surfaces. a set of orthodontic appliances (46, 46a); a first matrix material extending over the appliances; a second matrix material extending over the first matrix material, wherein the second matrix material includes a portion having a surface with a configuration that matches the configuration of a portion of side tooth surfaces, wherein the second matrix material after hardening exhibits a tensile stress at 20 percent elongation that exceeds the tensile stress at 20 percent elongation of the first matrix material after hardening; and an occlusal stop member connected to the second matrix material, the occlusal stop member including a section having a surface with a configuration that matches at least a portion of occlusal tooth surfaces.
A protease variant, comprising a substitution in a position corresponding to position 121 in SEQ ID NO: 3, wherein (a) the variant has a sequence identity to SEQ ID NO: 3 of at least 75% and less than 100%, and (b) the variant has protease activity. (a) the variant has a sequence identity to SEQ ID NO: 3 of at least 75% and less than 100%, and (b) the variant has protease activity.
Baby seat device with a baby seat, which is intended for connection to a basic module, comprises at least one carrying handle, which may be adjusted between two positions, characterized in that the baby seat may be adjusted at least between a connection configuration and a comfort configuration, and in that the baby seat comprises at least one lateral wing (24, 26), which may be moved from a connection configuration into a comfort configuration, characterized in that the adjustable carrying handle, at least in one carrying position, secures at least one lateral wing (24, 26) in the connection configuration, wherein the carrying handle rests with its inner surfaces in its carrying position against the exterior surfaces of the lateral wing (24, 26).
A work vehicle, comprising: - a plurality of control valves configured to selectively convey hydraulic fluid to a hydraulic machine, - a plurality of controllers connected to said control valves, - a terminal comprising a display screen displaying graphics associated with said valves, - a setting button configured to selectively modify the connection between the control valves and the controllers, and modifying graphics based on changes of the connection, the work vehicle being characterized in that the setting button is configured to selectively invert a flow direction of the hydraulic fluid of a selected control valve. - a plurality of control valves configured to selectively convey hydraulic fluid to a hydraulic machine, - a plurality of controllers connected to said control valves, - a terminal comprising a display screen displaying graphics associated with said valves, - a setting button configured to selectively modify the connection between the control valves and the controllers, and modifying graphics based on changes of the connection,
A curable silicone composition containing a curable organosiloxane composition, silver, and at least one electrically conductive metal other than silver, the curable silicone composition being characterizable by a total silver concentration of from 50 to less than 60 weight percent and a thixotropic index that is adjustable from 3 to 10 measured according to TI Test Method while the composition remains curable to an electrically conductive silicone adhesive having a volume resistivity of less than 0.001 Ohm-centimeter measured according to Volume Resistivity Test Method without increasing the total concentration of electrically conductive metal in the curable silicone composition to 72 weight percent or higher.
A last, the last comprising: a last body with a first surface and a second surface, wherein the first surface and the second surface are configured for exposure during a lasting process for lasting an upper for an article of footwear; and an opening extending from the first surface, characterized in that the opening is configured to receive a lasting element of an article of footwear, the lasting element at least partially being fed through the opening, wherein the opening extends from the first surface to the second surface such that it defines a channel from the first surface to the second surface.
A method of encoding a user's input into an electronic device, the method comprising: generating an operable virtual keyboard and providing said operable virtual keyboard within a display zone of a screen associated with the electronic device; presenting an image of a keyboard within at least part of the display zone such that a user is able to operate at least one key of the operable virtual keyboard via the image; wherein: the configuration of keys of the operable virtual keyboard and/or the keys depicted in the image are scrambled to enable an encoded version of the user's input to be generated due to a mapping between the different configurations of the operable virtual keyboard and the keyboard image; and the order of the operable keys in the operable virtual keyboard and/or the order of keys depicted in the image is at least partially determined using biometric data derived from or associated with the user. generating an operable virtual keyboard and providing said operable virtual keyboard within a display zone of a screen associated with the electronic device; presenting an image of a keyboard within at least part of the display zone such that a user is able to operate at least one key of the operable virtual keyboard via the image; wherein: the configuration of keys of the operable virtual keyboard and/or the keys depicted in the image are scrambled to enable an encoded version of the user's input to be generated due to a mapping between the different configurations of the operable virtual keyboard and the keyboard image; and the order of the operable keys in the operable virtual keyboard and/or the order of keys depicted in the image is at least partially determined using biometric data derived from or associated with the user. the configuration of keys of the operable virtual keyboard and/or the keys depicted in the image are scrambled to enable an encoded version of the user's input to be generated due to a mapping between the different configurations of the operable virtual keyboard and the keyboard image; and the order of the operable keys in the operable virtual keyboard and/or the order of keys depicted in the image is at least partially determined using biometric data derived from or associated with the user.
A printing system comprising: a control system; a print engine that is configured to apply colorant onto a continuous-form medium; a radiant dryer disposed downstream of the print engine along a media path; a drum disposed downstream of the radiant dryer along the media path; and an energy source within the drum that is configured to heat the drum based on a heating power; wherein the control system is configured to estimate a temperature of the medium, to estimate a temperature of the drum, and to adjust the heating power to maintain the temperature of the drum below the temperature of the medium within a threshold amount, wherein the threshold amount is about twenty degrees Celsius or about ten degrees Celsius. a control system; a print engine that is configured to apply colorant onto a continuous-form medium; a radiant dryer disposed downstream of the print engine along a media path; a drum disposed downstream of the radiant dryer along the media path; and an energy source within the drum that is configured to heat the drum based on a heating power; wherein the control system is configured to estimate a temperature of the medium, to estimate a temperature of the drum, and to adjust the heating power to maintain the temperature of the drum below the temperature of the medium within a threshold amount, wherein the threshold amount is about twenty degrees Celsius or about ten degrees Celsius.
A method of manufacturing a lead tin telluride Pb x Sn 1-x Te nanomaterial comprising: introducing lead into a container; adding a tin (Sn) precursor solution and a telluride (Te) solution to the lead within the container to form a mixed solution; and maintaining the mixed solution at an elevated temperature for a period of time prior to cooling to an ambient temperature to form the Pb x Sn 1-x Te nanomaterial, wherein the mixed solution is maintained at an elevated temperature for a dwell time of at least 15 minutes, following a final injection of additional amounts of the tin (Sn) precursor solution and the telluride (Te) solution, wherein maintaining the mixed solution at an elevated temperature comprises maintaining the mixed solution at at least 120°C for the dwell time after adding the tin (Sn) precursor solution and the telluride (Te) solution. introducing lead into a container; adding a tin (Sn) precursor solution and a telluride (Te) solution to the lead within the container to form a mixed solution; and maintaining the mixed solution at an elevated temperature for a period of time prior to cooling to an ambient temperature to form the Pb x Sn 1-x Te nanomaterial, wherein the mixed solution is maintained at an elevated temperature for a dwell time of at least 15 minutes, following a final injection of additional amounts of the tin (Sn) precursor solution and the telluride (Te) solution, wherein maintaining the mixed solution at an elevated temperature comprises maintaining the mixed solution at at least 120°C for the dwell time after adding the tin (Sn) precursor solution and the telluride (Te) solution.
A process for reducing the levels of undesirable impurities in a mesotrione sample, said process comprising the steps of: (i) forming a mesotrione enolate solution in an aqueous solvent, (ii) carrying out carbon adsorption purification on said enolate solution, and (iii) crystallising the purified mesotrione out of solution. (i) forming a mesotrione enolate solution in an aqueous solvent, (ii) carrying out carbon adsorption purification on said enolate solution, and (iii) crystallising the purified mesotrione out of solution.