mhurhangee/ep-ind-claims huggingface dataset:
A cooking appliance comprising: a cavity to define a cooking chamber; a door to open and close the cooking chamber; a partition plate to partition the cavity into a first chamber and a second chamber, the partition plate facing the door in the closed state, wherein the door closes the first chamber; a burner provided in the second chamber to burn gas, thereby generating flame; a burner cover arranged to cover the burner and define a combustion chamber in which the burner is disposed, and a fan provided in the second chamber to allow heated air to flow and disposed at an outside of the combustion chamber, wherein the burner cover includes a first cover covering the burner at a front side of the burner, and wherein the burner comprises a burner tube having one end in which a supply part to receive gas is disposed and an other end that is blocked, characterized in that: the burner cover further includes a second cover covering the burner at a rear side of the burner, wherein the second cover includes a second plate and a second extension part extending forward from the second plate, and in that a plurality of brackets (125, 126) for installing the burner tube on the second cover are disposed on the burner tube, and in the state where the plurality of brackets (125, 126) are coupled to the second cover, the burner tube is spaced apart from the second plate of the second cover. a cavity to define a cooking chamber; a door to open and close the cooking chamber; a partition plate to partition the cavity into a first chamber and a second chamber, the partition plate facing the door in the closed state, wherein the door closes the first chamber; a burner provided in the second chamber to burn gas, thereby generating flame; a burner cover arranged to cover the burner and define a combustion chamber in which the burner is disposed, and a fan provided in the second chamber to allow heated air to flow and disposed at an outside of the combustion chamber, wherein the burner cover includes a first cover covering the burner at a front side of the burner, and wherein the burner comprises a burner tube having one end in which a supply part to receive gas is disposed and an other end that is blocked, characterized in that: the burner cover further includes a second cover covering the burner at a rear side of the burner, wherein the second cover includes a second plate and a second extension part extending forward from the second plate, and in that the burner cover further includes a second cover covering the burner at a rear side of the burner, wherein the second cover includes a second plate and a second extension part extending forward from the second plate, and in that a plurality of brackets (125, 126) for installing the burner tube on the second cover are disposed on the burner tube, and in the state where the plurality of brackets (125, 126) are coupled to the second cover, the burner tube is spaced apart from the second plate of the second cover.
A biaxially oriented polypropylene film for production in a continuous process comprising a polypropylene composition, wherein the polypropylene composition comprises (i) from 90 to 99.9 wt%, based on the total weight of the polypropylene composition, of a homopolymer of propylene having a content of isotactic pentad fraction of from 93 to 98 % and a melt flow rate MFR 2 of from 0.4 to 10 g/10 min, and either (ii) from 0.0000001 to 1 wt%, based on the total weight of the polypropylene composition, of a polymeric α-nucleating agent, or (iii) from 0.1 to 9.99 wt%, based on the total weight of the polypropylene composition, of a branched propylene polymer having a branching index g' of not more than 0.9, wherein the film is stretched simultaneously in machine direction and transverse direction in a continuous process, wherein the draw ratio in either transverse direction or machine direction is at least 8.0, and wherein the biaxially oriented polypropylene film does not comprise mechanical failure sites as determined by scanning electron microscopy according to the present description. (i) from 90 to 99.9 wt%, based on the total weight of the polypropylene composition, of a homopolymer of propylene having a content of isotactic pentad fraction of from 93 to 98 % and a melt flow rate MFR 2 of from 0.4 to 10 g/10 min, and either (ii) from 0.0000001 to 1 wt%, based on the total weight of the polypropylene composition, of a polymeric α-nucleating agent, or (iii) from 0.1 to 9.99 wt%, based on the total weight of the polypropylene composition, of a branched propylene polymer having a branching index g' of not more than 0.9, wherein the film is stretched simultaneously in machine direction and transverse direction in a continuous process, wherein the draw ratio in either transverse direction or machine direction is at least 8.0, and wherein the biaxially oriented polypropylene film does not comprise mechanical failure sites as determined by scanning electron microscopy according to the present description.
A chemical vapour deposition system, including: a process tube configured to receive at least one sample for deposition of a material thereon; a pumping system to evacuate the process tube; one or more gas inlets for introducing one or more process gases into the evacuated process tube; and a heater to heat the process tube and thereby heat the one or more process gases and the at least one sample within the process tube to cause a material to be deposited onto the at least one sample within the process tube by chemical vapour deposition; wherein the pumping system is configured to evacuate the process tube from respective ends thereof, the process tube is constructed of silicon carbide, impregnated with silicon, and coated with silicon carbide so as to have a vacuum integrity such that, in combination with the pumping speed of the pumping system, and the pumping conductance and vacuum integrity of the system, the process tube is evacuated to a high vacuum base pressure in the 10 -6 mBar range or lower. a process tube configured to receive at least one sample for deposition of a material thereon; a pumping system to evacuate the process tube; one or more gas inlets for introducing one or more process gases into the evacuated process tube; and a heater to heat the process tube and thereby heat the one or more process gases and the at least one sample within the process tube to cause a material to be deposited onto the at least one sample within the process tube by chemical vapour deposition; wherein the pumping system is configured to evacuate the process tube from respective ends thereof, the process tube is constructed of silicon carbide, impregnated with silicon, and coated with silicon carbide so as to have a vacuum integrity such that, in combination with the pumping speed of the pumping system, and the pumping conductance and vacuum integrity of the system, the process tube is evacuated to a high vacuum base pressure in the 10 -6 mBar range or lower.
A linear actuator preferably for water cutting, comprising a motor operatively associated with a lead nut so to cause a rotation of the lead nut on itself, a translation unit comprising a screw coupled to the lead nut and a rod constrained to the screw by a constraining system, the actuator comprising an anti-rotation system designed to exert an anti-rotation torque on the translation unit so that the rotation of the lead nut causes a translation of the translation unit along a direction of translation, wherein the constraining system comprises elastic means by means of which the constraining system is at least partly elastic at least in a direction which is transversal to the direction of translation, so as to at least partly absorb the radial loads acting parallel to the transversal direction during the rotation of the lead nut on the translation unit, characterised in that the elastic means comprise a plurality of springs which are angularly distributed around the direction of translation, each of which is designed to act in a direction parallel to the direction of translation and is operatively interposed between the screw and the rod, at least two springs (10a, 10b) of the plurality being located on opposite sides from each other relative to a plane containing the direction of translation, the constraining system between the screw and the rod is at least partly elastic in a direction transversal to the direction of translation thanks to the possibility of the at least two springs (10a, 10b) moving in opposite directions from each other parallel to the direction of translation and/or to the axis of extension.
A system comprising: a control valve assembly including a stem; an actuator; a stem connector coupling the stem to the actuator, the stem connector configured to transmit a mechanical actuator output to an input of the control valve assembly; a communication module integrated within the stem connector; and one or more sensors (210, 212) integrated within the stem connector and communicably coupled to the communication module, the one or more sensors configured to measure one or more parameters indicative of the health and/or remaining service life of the control valve assembly and/or one or more components of the control valve assembly, wherein the communication module is configured to transmit the measured one or more parameters to a controller via a communication link, and wherein the one or more sensors (210, 212) includes an acoustic emission sensor disposed near or against a flat end of the stem. a control valve assembly including a stem; an actuator; a stem connector coupling the stem to the actuator, the stem connector configured to transmit a mechanical actuator output to an input of the control valve assembly; a communication module integrated within the stem connector; and one or more sensors (210, 212) integrated within the stem connector and communicably coupled to the communication module, the one or more sensors configured to measure one or more parameters indicative of the health and/or remaining service life of the control valve assembly and/or one or more components of the control valve assembly, wherein the communication module is configured to transmit the measured one or more parameters to a controller via a communication link, and wherein the one or more sensors (210, 212) includes an acoustic emission sensor disposed near or against a flat end of the stem.
A functionalized elastomer comprising the reaction product of a living anionic elastomeric polymer and a polymerization terminator of formula I where n is an integer from 1 to 3; X is a tetravalent organic group selected from a hydrocarbyl group of formula C m H 2m-2 where m is an integer from 1 to 10, a group of formula II where R 3 is selected from a C1 alkane diyl to a C10 alkane diyl, and the group of phenyl diyl; R 1 and R 2 are independently selected from a C1 alkyl to a C10 alkyl and a group of formula III where R 4, R 5 are independently selected from a C1 alkyl to a C10 alkyl, and R 6 is C1 to C10 alkanediyl; or R 1 and R 2 taken together with their common Si atom form a five-membered heterocyclic ring selected from formulas IV and V where R7 is selected from a from C1 alkyl to a C10 alkyl. where n is an integer from 1 to 3; X is a tetravalent organic group selected from a hydrocarbyl group of formula C m H 2m-2 where m is an integer from 1 to 10, a group of formula II where R 3 is selected from a C1 alkane diyl to a C10 alkane diyl, and the group of phenyl diyl; R 1 and R 2 are independently selected from a C1 alkyl to a C10 alkyl and a group of formula III where R 4, R 5 are independently selected from a C1 alkyl to a C10 alkyl, and R 6 is C1 to C10 alkanediyl; or R 1 and R 2 taken together with their common Si atom form a five-membered heterocyclic ring selected from formulas IV and V
A dual structured contact for a Gas Insulated Switchgear comprising: a moving contact unit being formed of conducting material, the moving contact unit including first and second terminals, the first terminal being formed of cylinder and the second terminal being extended to a driving unit such that the moving contact unit moves back and forth by the driving unit; and a fixed contact unit being formed of conducting material, the fixed contact unit including first and second cylinders having same axis, the second cylinder being disposed inside the first cylinder so that an inner surface of the first cylinder can come in contact with an outer surface of said first terminal of the moving contact unit and an outer surface of the second cylinder can come in contact with an inner surface of said first terminal of the moving contact unit when the moving contact unit is brought into contact with the fixed contact unit by said driving unit; arching contact pairs (611, 621) are located in a center of the fixed and moving contact units, wherein a first arching contact unit is projected from said second cylinder of the fixed contact unit, characterized by the fact that the first arching contact unit is embodied into a bolt directly linking together the first and second cylinders of the fixed contact unit. a moving contact unit being formed of conducting material, the moving contact unit including first and second terminals, the first terminal being formed of cylinder and the second terminal being extended to a driving unit such that the moving contact unit moves back and forth by the driving unit; and a fixed contact unit being formed of conducting material, the fixed contact unit including first and second cylinders having same axis, the second cylinder being disposed inside the first cylinder so that an inner surface of the first cylinder can come in contact with an outer surface of said first terminal of the moving contact unit and an outer surface of the second cylinder can come in contact with an inner surface of said first terminal of the moving contact unit when the moving contact unit is brought into contact with the fixed contact unit by said driving unit; arching contact pairs (611, 621) are located in a center of the fixed and moving contact units, wherein a first arching contact unit is projected from said second cylinder of the fixed contact unit, characterized by the fact that the first arching contact unit is embodied into a bolt directly linking together the first and second cylinders of the fixed contact unit.
A microchip comprising: a channel permitting a sheath liquid to flow therethrough; a microtube configured to introduce a sample liquid containing particulates into a laminar flow of said sheath liquid flowing through said channel, wherein liquid feeding is performed in the condition where a laminar flow of said sample liquid introduced through said microtube is surrounded by said laminar flow of said sheath liquid; wherein said channel has a narrow-down section in which its area in a section orthogonal to the liquid feed direction decreases gradually or stepwise along the liquid feed direction, said sheath liquid laminar flow and said sample liquid laminar flow are made to pass while the laminar flow widths of said laminar flows are narrowed down in said narrow-down section; characterized by at least a fluid introduction inlet (91, 92) provided, as seen in a plan view, on a lateral side of the channel at a joining section located downstream of the narrow-down section, said fluid introduction inlet (91, 92) being adapted to introduce a fluid into the channel and to split the laminar flow of said sheath liquid surrounding said sample fluid into droplets. a channel permitting a sheath liquid to flow therethrough; a microtube configured to introduce a sample liquid containing particulates into a laminar flow of said sheath liquid flowing through said channel, wherein liquid feeding is performed in the condition where a laminar flow of said sample liquid introduced through said microtube is surrounded by said laminar flow of said sheath liquid; wherein said channel has a narrow-down section in which its area in a section orthogonal to the liquid feed direction decreases gradually or stepwise along the liquid feed direction, said sheath liquid laminar flow and said sample liquid laminar flow are made to pass while the laminar flow widths of said laminar flows are narrowed down in said narrow-down section; characterized by at least a fluid introduction inlet (91, 92) provided, as seen in a plan view, on a lateral side of the channel at a joining section located downstream of the narrow-down section, said fluid introduction inlet (91, 92) being adapted to introduce a fluid into the channel and to split the laminar flow of said sheath liquid surrounding said sample fluid into droplets.
A method for producing in vitro functional beta cells comprising culturing immature beta cells in a medium supplemented with one or more of UNC0638, UNC0642, UCN0646, TC-E5003, G9a and GLP histone lysine methyltransferase inhibitor, PF03814735, ZM447439, SB747651A, PFI1, LY303511, MS436, 5-Azacytidine, 3-Deazaneplanocin A (DEZA), pyroxamide, CI994 or MC1568, thereby differentiating the immature beta cells into functional beta cells which have a more matured phenotype as compared to the immature beta cells, wherein said immature beta cells express insulin and at least one of the following transcription factors: PDX1, NKX2.2, NKX6.1, NeuroD1, ISL1, HNF3β, HB9, MAFA, and PAX6.
A camera lens module (100, 300, 400) comprising: a lens housing having at least one lens; a main frame for containing the lens housing along an optical axis; a support portion engaged with the lens housing and the main frame to be movable along the optical axis; a cover engaged with the main frame, for retaining the lens housing within the main frame; and a control member engaged with the cover, for moving the support portion along the optical axis, characterized in that the control member is configured for positioning and keeping the lens housing at an initial focal length of the camera lens module (100, 300, 400), and the control member is screw-engaged with a through hole of the cover and, in accordance with rotation in a direction, it makes a linear movement together with the support portion along the optical axis over the main frame, thus positioning and keeping the lens housing at an initial focal length of the camera lens module (100, 300 400). a lens housing having at least one lens; a main frame for containing the lens housing along an optical axis; a support portion engaged with the lens housing and the main frame to be movable along the optical axis; a cover engaged with the main frame, for retaining the lens housing within the main frame; and a control member engaged with the cover, for moving the support portion along the optical axis, characterized in that the control member is configured for positioning and keeping the lens housing at an initial focal length of the camera lens module (100, 300, 400), and the control member is screw-engaged with a through hole of the cover and, in accordance with rotation in a direction, it makes a linear movement together with the support portion along the optical axis over the main frame, thus positioning and keeping the lens housing at an initial focal length of the camera lens module (100, 300 400).
A combustor section for a gas turbine engine comprising: an outer wall assembly; an inner wall assembly inboard of the outer wall assembly to define an annular combustion chamber therebetween; a forward fuel injection system in communication with the annular combustion chamber; a downstream fuel injection system in communication with the annular combustion chamber through the outer wall assembly; and a swirl mixer system in communication with the annular combustion chamber through the inner wall assembly, characterised in that each of the pilot zones is circumferentially located in line with each first main zone, and the combustor section further comprises eight pilot zones; sixteen quench zones; eight first main zones; and eight second main zones. an outer wall assembly; an inner wall assembly inboard of the outer wall assembly to define an annular combustion chamber therebetween; a forward fuel injection system in communication with the annular combustion chamber; a downstream fuel injection system in communication with the annular combustion chamber through the outer wall assembly; and a swirl mixer system in communication with the annular combustion chamber through the inner wall assembly, characterised in that each of the pilot zones is circumferentially located in line with each first main zone, and the combustor section further comprises eight pilot zones; sixteen quench zones; eight first main zones; and eight second main zones.
A protective golf bag system, comprising: a golf bag comprising: a top opening leading to a cavity and a cavity bottom, and a collar configured to attach to the top opening, wherein the collar comprises a divider that forms a plurality of compartments for insertion of one or more golf clubs in the golf bag; and a protector comprising: a plate affixed to the cavity bottom, an extension arm, a tube configured to accept the extension arm such that the extension arm is slidably coupled to move within the tube between a retracted position and an extended position, the extension arm extending through a center of the divider wherein a bottom of the tube is releasably joined to the plate, and a removable cap attachable to an end of the extension arm, wherein the removable cap is configured so that in the retracted position the removable cap nests within or abuts substantially flush with the divider and in extended position the removable cap provides protection to the one or more golf clubs in the golf bag. a golf bag comprising: a top opening leading to a cavity and a cavity bottom, and a collar configured to attach to the top opening, wherein the collar comprises a divider that forms a plurality of compartments for insertion of one or more golf clubs in the golf bag; and a top opening leading to a cavity and a cavity bottom, and a collar configured to attach to the top opening, wherein the collar comprises a divider that forms a plurality of compartments for insertion of one or more golf clubs in the golf bag; and a protector comprising: a plate affixed to the cavity bottom, an extension arm, a tube configured to accept the extension arm such that the extension arm is slidably coupled to move within the tube between a retracted position and an extended position, the extension arm extending through a center of the divider wherein a bottom of the tube is releasably joined to the plate, and a removable cap attachable to an end of the extension arm, wherein the removable cap is configured so that in the retracted position the removable cap nests within or abuts substantially flush with the divider and in extended position the removable cap provides protection to the one or more golf clubs in the golf bag. a plate affixed to the cavity bottom, an extension arm, a tube configured to accept the extension arm such that the extension arm is slidably coupled to move within the tube between a retracted position and an extended position, the extension arm extending through a center of the divider wherein a bottom of the tube is releasably joined to the plate, and a removable cap attachable to an end of the extension arm, wherein the removable cap is configured so that in the retracted position the removable cap nests within or abuts substantially flush with the divider and in extended position the removable cap provides protection to the one or more golf clubs in the golf bag.