mhurhangee/patent-ind-claim-en huggingface dataset:
X-ray analysis apparatus for analysis of specimens at partial or full atmospheric pressure comprising: an electron beam assembly for generating a focused electron beam within a first gas pressure environment; a sample assembly for retaining a sample within a second gas pressure environment and arranged when in use such that the sample receives the electron beam from the electron beam assembly and such that the gas pressure in the second gas pressure environment is greater than the gas pressure within the first gas pressure environment, and, an x-ray detector having a plurality of x-ray sensor elements within the first gas pressure environment, the plurality of x-ray sensor elements being arranged in a distributed manner around the electron beam axis and proximal to the sample assembly so that the sensor elements, by minimising the distance between the sensor elements and the sample, subtend a large solid angle at the beam spot in use to receive x-rays generated by the interaction between the electron beam and the sample, the apparatus further comprising a module within which the plurality of x-ray sensor elements are located, the module being arranged in pressure communication with the electron beam assembly such that the first pressure environment is provided within the module, wherein the electron beam assembly includes a polepiece from which the electron beam emerges towards the sample and wherein the module is mounted within the polepiece or to the end of the polepiece, or is positioned immediately below the final lens polepiece of the electron beam assembly. an electron beam assembly for generating a focused electron beam within a first gas pressure environment; a sample assembly for retaining a sample within a second gas pressure environment and arranged when in use such that the sample receives the electron beam from the electron beam assembly and such that the gas pressure in the second gas pressure environment is greater than the gas pressure within the first gas pressure environment, and, an x-ray detector having a plurality of x-ray sensor elements within the first gas pressure environment, the plurality of x-ray sensor elements being arranged in a distributed manner around the electron beam axis and proximal to the sample assembly so that the sensor elements, by minimising the distance between the sensor elements and the sample, subtend a large solid angle at the beam spot in use to receive x-rays generated by the interaction between the electron beam and the sample, the apparatus further comprising a module within which the plurality of x-ray sensor elements are located, the module being arranged in pressure communication with the electron beam assembly such that the first pressure environment is provided within the module, wherein the electron beam assembly includes a polepiece from which the electron beam emerges towards the sample and wherein the module is mounted within the polepiece or to the end of the polepiece, or is positioned immediately below the final lens polepiece of the electron beam assembly.
An apparatus for recording, manipulating and creating sound pressure waves through energy transfer between photons and media particles, the apparatus comprising: a medium , the medium being isotropic or anisotropic and having photorefractive properties; a first laser configured to produce a first coherent source of photons; and a second laser configured to produce a second coherent source of photons, wherein the first and second lasers are configured to be operated simultaneously, and arranged so that photon beams emitted therefrom are directed onto the medium mutually orthogonally, and photons are directed from the medium to target media particles of a target medium outside the medium. a medium , the medium being isotropic or anisotropic and having photorefractive properties; a first laser configured to produce a first coherent source of photons; and a second laser configured to produce a second coherent source of photons, wherein the first and second lasers are configured to be operated simultaneously, and arranged so that photon beams emitted therefrom are directed onto the medium mutually orthogonally, and photons are directed from the medium to target media particles of a target medium outside the medium.
Agglomerated zeolitic adsorbent, based on crystals of zeolite X and on at least one non-zeolitic phase, in which adsorbent: - the crystals of zeolite X exhibit: i. a number-average diameter of less than or equal to 1.7 μm, preferably of less than or equal to 1.5 μm and more preferably of less than or equal to 1.2 μm, ii. an Si/AI atomic ratio of between 1.00 and 1.50, preferably between 1.05 and 1.50 and more preferably between 1.10 and 1.50, limits included, - the content by weight of non-zeolitic phase (NZP) is such that 2.0% < NZP < 5.0%, preferably such that 3.0% < NZP < 5.0%, more preferably such that 3.0% < NZP < 4.0%, advantageously such that 3.2% < NZP < 3.7%, by weight of the total mass of the adsorbent, - the content by weight of barium oxide (BaO) is greater than 23%, preferably greater than 32% and more preferably greater than 33% by weight, with respect to the total mass of the adsorbent, - the content by weight of potassium oxide K 2 O is less than 9%, preferably less than 8% and more preferably between 0% and 2% and advantageously between 0% and 1%, limits included, with respect to the total mass of the adsorbent, and - the total content by weight of oxides of alkali metal or alkaline earth metal ions, other than BaO and K 2 O, is less than 5% and preferably comprised between 0% and 2% and advantageously between 0% and 1%, limits included, with respect to the total mass of the adsorbent. - the crystals of zeolite X exhibit: i. a number-average diameter of less than or equal to 1.7 μm, preferably of less than or equal to 1.5 μm and more preferably of less than or equal to 1.2 μm, ii. an Si/AI atomic ratio of between 1.00 and 1.50, preferably between 1.05 and 1.50 and more preferably between 1.10 and 1.50, limits included, i. a number-average diameter of less than or equal to 1.7 μm, preferably of less than or equal to 1.5 μm and more preferably of less than or equal to 1.2 μm, ii. an Si/AI atomic ratio of between 1.00 and 1.50, preferably between 1.05 and 1.50 and more preferably between 1.10 and 1.50, limits included, - the content by weight of non-zeolitic phase (NZP) is such that 2.0% < NZP < 5.0%, preferably such that 3.0% < NZP < 5.0%, more preferably such that 3.0% < NZP < 4.0%, advantageously such that 3.2% < NZP < 3.7%, by weight of the total mass of the adsorbent, - the content by weight of barium oxide (BaO) is greater than 23%, preferably greater than 32% and more preferably greater than 33% by weight, with respect to the total mass of the adsorbent, - the content by weight of potassium oxide K 2 O is less than 9%, preferably less than 8% and more preferably between 0% and 2% and advantageously between 0% and 1%, limits included, with respect to the total mass of the adsorbent, and - the total content by weight of oxides of alkali metal or alkaline earth metal ions, other than BaO and K 2 O, is less than 5% and preferably comprised between 0% and 2% and advantageously between 0% and 1%, limits included, with respect to the total mass of the adsorbent.
A cable comprising: one or more conductors each having an outer surface; and a coating layer on at least a portion of the outer surface of at least one of the conductors, the coating layer comprising a coating composition having a minimum film formation temperature ("MFFT") of 20 °C or less; and wherein the coating composition comprises a binder agent comprising: a fluorocopolymer comprising the polymerization product of vinylidene fluoride monomer and one or more unsaturated fluorinated monomers; and a non-fluorinated film-forming copolymer. one or more conductors each having an outer surface; and a coating layer on at least a portion of the outer surface of at least one of the conductors, the coating layer comprising a coating composition having a minimum film formation temperature ("MFFT") of 20 °C or less; and wherein the coating composition comprises a binder agent comprising: a fluorocopolymer comprising the polymerization product of vinylidene fluoride monomer and one or more unsaturated fluorinated monomers; and a non-fluorinated film-forming copolymer. a fluorocopolymer comprising the polymerization product of vinylidene fluoride monomer and one or more unsaturated fluorinated monomers; and a non-fluorinated film-forming copolymer.
A siphon guard comprising: a housing having an inlet and an outlet ; a primary flow path disposed within the housing and in fluid communication with the inlet and the outlet ; a secondary flow path disposed within the housing and in fluid communication with the inlet and the outlet , the secondary flow path having a higher resistance to fluid flow than the primary path ; and a valve disposed within the primary flow path , the valve having a valve seat and a first ball , characterized in that : the valve has a second ball , the first ball and second ball are disposed downstream of the valve seat in the primary flow path, the first ball is movable between a valve closed position where the first ball is in contact with the valve seat and a valve open position where the first ball is spaced from the valve seat , the first ball is disposed between the second ball and the valve seat , and the second ball is movable between a valve closed position and a valve open position, wherein the siphon guard is configured such that, when the siphon guard is in an upright position, the first ball and second ball are biased by gravity towards the closed valve position. a housing having an inlet and an outlet ; a primary flow path disposed within the housing and in fluid communication with the inlet and the outlet ; a secondary flow path disposed within the housing and in fluid communication with the inlet and the outlet , the secondary flow path having a higher resistance to fluid flow than the primary path ; and a valve disposed within the primary flow path , the valve having a valve seat and a first ball , characterized in that : the valve has a second ball , the first ball and second ball are disposed downstream of the valve seat in the primary flow path, the first ball is movable between a valve closed position where the first ball is in contact with the valve seat and a valve open position where the first ball is spaced from the valve seat , the first ball is disposed between the second ball and the valve seat , and the second ball is movable between a valve closed position and a valve open position, the valve has a second ball , the first ball and second ball are disposed downstream of the valve seat in the primary flow path, the first ball is movable between a valve closed position where the first ball is in contact with the valve seat and a valve open position where the first ball is spaced from the valve seat , the first ball is disposed between the second ball and the valve seat , and the second ball is movable between a valve closed position and a valve open position,
An electrochromic, EC, window lite comprising: a monolithic EC device disposed on a transparent substrate, the monolithic EC device comprising first and second transparent conductor layers and an EC stack between the first and second transparent conductor layers; and a resistive zone in one or both of the first and second transparent conducting layers of the monolithic EC device, wherein the resistive zone has a higher electrical resistance than a portion of the one or both of the first and second transparent conducting layers outside the resistive zone, whereby the resistive zone defines two or more tinting zones in the monolithic EC device, and characterized in that one or both of the first and second transparent conducting layers is thinner, but not cut through, in the resistive zone than the rest of the first and second transparent conducting layers. a monolithic EC device disposed on a transparent substrate, the monolithic EC device comprising first and second transparent conductor layers and an EC stack between the first and second transparent conductor layers; and a resistive zone in one or both of the first and second transparent conducting layers of the monolithic EC device, wherein the resistive zone has a higher electrical resistance than a portion of the one or both of the first and second transparent conducting layers outside the resistive zone, whereby the resistive zone defines two or more tinting zones in the monolithic EC device, and characterized in that one or both of the first and second transparent conducting layers is thinner, but not cut through, in the resistive zone than the rest of the first and second transparent conducting layers.
An in vitro method for preparing a cell composition comprising human cells that express both forkhead box protein A2 (FOXA2) and LIM homeobox transcription factor 1 (LMX1) (FOXA2 + /LMX1 + cells) comprising culturing human pluripotent cells in the presence of the following signaling modulators: (a) a single inhibitor of Small Mothers Against Decapentaplegic (SMAD) signaling, wherein the inhibitor of SMAD signaling is a BMP inhibitor or a TGFβ inhibitor, (b) at least one activator of Sonic hedgehog (SHH) signaling, and (c) at least one activator of wingless (Wnt) signaling; and culturing said cells in the presence of said modulators for a period of time sufficient to provide a cell composition comprising said FOXA2 + /LMX1 + cells. (a) a single inhibitor of Small Mothers Against Decapentaplegic (SMAD) signaling, wherein the inhibitor of SMAD signaling is a BMP inhibitor or a TGFβ inhibitor, (b) at least one activator of Sonic hedgehog (SHH) signaling, and (c) at least one activator of wingless (Wnt) signaling; and culturing said cells in the presence of said modulators for a period of time sufficient to provide a cell composition comprising said FOXA2 + /LMX1 + cells.
Method for operating a vehicle in automated driving mode, wherein - a rear area of the vehicle is continuously monitored, - in the event of a detected critical approach of a following vehicle to the vehicle , a warning message (W) is output to the following vehicle characterized in that - in the event that the following vehicle continues the critical approach to the vehicle after a predeterminable period of time, a takeover request with regard to a driving task is output to a vehicle user of the vehicle . - a rear area of the vehicle is continuously monitored, - in the event of a detected critical approach of a following vehicle to the vehicle , a warning message (W) is output to the following vehicle - in the event that the following vehicle continues the critical approach to the vehicle after a predeterminable period of time, a takeover request with regard to a driving task is output to a vehicle user of the vehicle .
Compound of the formula (I) in crystalline form of the modification A characterized in that the x-ray powder diffraction diagram of the compound shows peak maxima of the 2 theta angle at 7.6°, 9.1°, 11.1°, 11.3°, 11.9° and 12.3°.
Device for adjusting the inclination of the seat portion of a seat relative to a support of said seat portion positioned on a foot of the seat at an assembled stage, and comprising: - the support ; - a base frame of the padded seat portion, comprising two longitudinal angle brackets and two transverse shafts connecting the angle brackets and located in the vicinity of their ends, said frame being rotatable relative to the support by means of one of said transverse shafts mounted so as to be freely rotatable on the support ; - at least two cams secured to a rotary shaft which is controlled by manual control means and able to angularly move the frame of the seat portion between a first and a second stable angular position relative to the support ; Characterized in that it comprises eccentric cam discs which each engage with at least two follower lugs projecting from the angle brackets and comprising at least one outer profile and at least one inner profile for guiding the lugs between stops arranged in said profiles to stabilize the frame in the two stable angular positions, each profile of a cam engaging with a single lug . - the support ; - a base frame of the padded seat portion, comprising two longitudinal angle brackets and two transverse shafts connecting the angle brackets and located in the vicinity of their ends, said frame being rotatable relative to the support by means of one of said transverse shafts mounted so as to be freely rotatable on the support ; - at least two cams secured to a rotary shaft which is controlled by manual control means and able to angularly move the frame of the seat portion between a first and a second stable angular position relative to the support ; Characterized in that it comprises eccentric cam discs which each engage with at least two follower lugs projecting from the angle brackets and comprising at least one outer profile and at least one inner profile for guiding the lugs between stops arranged in said profiles to stabilize the frame in the two stable angular positions, each profile of a cam engaging with a single lug .
A compressor comprising: a driving motor ; a rotation shaft configured to transfer a rotation force of the driving motor, the rotation shaft having an eccentric portion ; a cylinder provided at one side of the driving motor; a rolling piston coupled to the eccentric portion of the rotation shaft, and having a hinge recess at an outer circumferential surface thereof; and a vane movably coupled to the cylinder, and having a vane body slidably inserted into the cylinder and a hinge protrusion inserted into the hinge recess of the rolling piston to be rotatable by a predetermined angle, the hinge protrusion extended from the vane body, wherein a diameter of the hinge protrusion is greater than an interval between both ends of an opening of the hinge recess , wherein at least one bearing surface contacting an inner circumferential surface of the hinge recess is provided on an outer circumferential surface of the hinge protrusion, and wherein the bearing surface is formed within the range of ±90° based on a central line (CL) in a lengthwise direction of the vane, characterized in that a flat surface is formed on an outer circumferential surface of the hinge protrusion , wherein a virtual line (L1), which passes across a rotation center (O) of the hinge protrusion , forms a right angle with respect to the central line (CL) in the lengthwise direction of the vane , and wherein the flat surface is formed at the vane body side of the outer circumferential surface of the hinge protrusion based on the virtual line (L1). a driving motor ; a rotation shaft configured to transfer a rotation force of the driving motor, the rotation shaft having an eccentric portion ; a cylinder provided at one side of the driving motor; a rolling piston coupled to the eccentric portion of the rotation shaft, and having a hinge recess at an outer circumferential surface thereof; and a vane movably coupled to the cylinder, and having a vane body slidably inserted into the cylinder and a hinge protrusion inserted into the hinge recess of the rolling piston to be rotatable by a predetermined angle, the hinge protrusion extended from the vane body, wherein a diameter of the hinge protrusion is greater than an interval between both ends of an opening of the hinge recess , wherein at least one bearing surface contacting an inner circumferential surface of the hinge recess is provided on an outer circumferential surface of the hinge protrusion, and wherein the bearing surface is formed within the range of ±90° based on a central line (CL) in a lengthwise direction of the vane, characterized in that a flat surface is formed on an outer circumferential surface of the hinge protrusion , wherein a virtual line (L1), which passes across a rotation center (O) of the hinge protrusion , forms a right angle with respect to the central line (CL) in the lengthwise direction of the vane , and wherein the flat surface is formed at the vane body side of the outer circumferential surface of the hinge protrusion based on the virtual line (L1).
A display apparatus for a vehicle, comprising: a screen unit configured to output a corresponding image according to a closed mode or an open mode, wherein some regions of the screen unit are exposed in the closed mode and all regions of the screen unit are exposed in the open mode; a driving unit configured to adjust a position of the screen unit according to the mode; and a driving motor , characterized in that when a load is applied to the driving motor due to an external force during the adjustment of the position of the screen unit , the driving unit is configured to control driving of the driving motor according to a measured current according to the load. a screen unit configured to output a corresponding image according to a closed mode or an open mode, wherein some regions of the screen unit are exposed in the closed mode and all regions of the screen unit are exposed in the open mode; a driving unit configured to adjust a position of the screen unit according to the mode; and a driving motor , characterized in that when a load is applied to the driving motor due to an external force during the adjustment of the position of the screen unit , the driving unit is configured to control driving of the driving motor according to a measured current according to the load.
Restraint device for an occupant of a motor vehicle, comprising a safety belt and a belt tensioner , by means of which a tensile force can be transmitted to the safety belt , and a guide element for the safety belt , which is equipped with an inlet opening and an outlet opening for the safety belt , the width of the inlet opening corresponding at least to the width of the safety belt , and the width of the outlet opening being substantially smaller than the width of the safety belt , the belt tensioner comprising a coupling element which is connected to the safety belt and is movable in a translational manner along a straight movement axis in a receptacle which is tubular at least in portions, characterized in that the concave edge region of the guide element surrounds the relevant side edge of the safety belt over more than 180° and in that the width of the inlet opening approximately corresponds to the width of the belt strap, while the width of the outlet opening is substantially smaller than the width of the belt strap, so that the safety belt is folded at least once in a longitudinal direction of the safety belt on its side facing the belt tensioner , as a result of which the safety belt is fed to the belt tensioner in multiple layers.