mhurhangee/ep-ind-claims huggingface dataset:
A medical appliance for a patient comprising: a nasal tube comprising a distal portion; a biasing member disposed about the distal portion of said nasal tube, wherein said biasing member is configured to receive a volume of fluid to expand said biasing member to exert a force upon a soft palate and/or base of a tongue of said patient, wherein the biasing member includes a multi-lobed balloon, wherein lumens between lobes of the multi-lobed balloon maintain an open passageway for the flow of air; a valve positioned proximal to said biasing member; and a lumen disposed between said valve and said biasing member, wherein said valve being in fluid communication with said biasing member, wherein said valve is positioned to receive the volume of fluid prior to said biasing member receiving the volume of fluid, and wherein said valve is capable of maintaining said biasing member in an expanded state. a nasal tube comprising a distal portion; a biasing member disposed about the distal portion of said nasal tube, wherein said biasing member is configured to receive a volume of fluid to expand said biasing member to exert a force upon a soft palate and/or base of a tongue of said patient, wherein the biasing member includes a multi-lobed balloon, wherein lumens between lobes of the multi-lobed balloon maintain an open passageway for the flow of air; a valve positioned proximal to said biasing member; and a lumen disposed between said valve and said biasing member, wherein said valve being in fluid communication with said biasing member, wherein said valve is positioned to receive the volume of fluid prior to said biasing member receiving the volume of fluid, and wherein said valve is capable of maintaining said biasing member in an expanded state.
Method for controlling the lane keeping of a motor vehicle, wherein the motor vehicle has a lane keeping assistant having at least the states inactive and active that is used for keeping the vehicle in its own lane, comprising the following steps: checking whether the vehicle is drifting off onto the opposite carriageway, checking whether there is oncoming traffic on the opposite carriageway, activating the lane keeping assistant if the vehicle is drifting off and there is oncoming traffic, controlling the lane keeping assistant with respect to the oncoming object by activating steering intervention, the oncoming vehicle being interpreted as a lane boundary for the ego vehicle lane, characterized in that the lane keeping assistant looks for lane markings in the surroundings of the vehicle and, if lane markings are present, then it is allowable for the lane markings found to be crossed by the lane keeping assistant. checking whether the vehicle is drifting off onto the opposite carriageway, checking whether there is oncoming traffic on the opposite carriageway, activating the lane keeping assistant if the vehicle is drifting off and there is oncoming traffic, controlling the lane keeping assistant with respect to the oncoming object by activating steering intervention, the oncoming vehicle being interpreted as a lane boundary for the ego vehicle lane, characterized in that the lane keeping assistant looks for lane markings in the surroundings of the vehicle and, if lane markings are present, then it is allowable for the lane markings found to be crossed by the lane keeping assistant.
Segmented monoblock container with wheels (3, 4) comprising a main body made from a single piece of material, which is segmented such that it results in two compartments (1, 2), said two compartments having distinct volumes, wherein each compartment (1, 2) is defined by a bottom and four lateral walls, T wherein the two compartments (1, 2) are joined, resultant from the main body division in two, the two compartments (1, 2) having different dimensions, and including in total two bottoms and eight walls, T wherein the container has four wheels (3, 4), wherein two back wheels are placed at the back part of a bottom surface of the larger volume compartment and are fixed, and wherein two front wheels are placed at the front part of the bottom surface of the larger volume compartment and are of the pivoting type, T wherein the bottom surface of the larger volume compartment comprises a mechanism to attach said four wheels (3, 4) which are arranged on said bottom surface, T wherein the larger volume compartment has a volume of 50L and the smaller dimensions compartment has a volume of 5L, T and wherein the larger volume compartment comprises a back-lateral wall which is longer than the remaining ones, said back-lateral wall having a handle arranged at its upper end, opposite to the end contacting the bottom surface of said compartment, to maneuver the container. a main body made from a single piece of material, which is segmented such that it results in two compartments (1, 2), said two compartments having distinct volumes, wherein each compartment (1, 2) is defined by a bottom and four lateral walls, T wherein the two compartments (1, 2) are joined, resultant from the main body division in two, the two compartments (1, 2) having different dimensions, and including in total two bottoms and eight walls, T wherein the container has four wheels (3, 4), wherein two back wheels are placed at the back part of a bottom surface of the larger volume compartment and are fixed, and wherein two front wheels are placed at the front part of the bottom surface of the larger volume compartment and are of the pivoting type, T wherein the bottom surface of the larger volume compartment comprises a mechanism to attach said four wheels (3, 4) which are arranged on said bottom surface, T wherein the larger volume compartment has a volume of 50L and the smaller dimensions compartment has a volume of 5L, T and wherein the larger volume compartment comprises a back-lateral wall which is longer than the remaining ones, said back-lateral wall having a handle arranged at its upper end, opposite to the end contacting the bottom surface of said compartment, to maneuver the container.
Foldable modular packaging, comprising: - at least four panels which can move between: - a folded position, in which the panels are stacked on each other, and - an unfolded position, in which the panels form a parallelepiped frame which, defining an internal volume; - a flexible inner container able to be placed in the said internal volume; and - an assembly system comprising linking elements forming a pivot link between each panel and at least one adjacent panel; the package being such that in the folded position the flexible inner container is retracted between the panels; the panels being interchangeable; characterised in that the package comprises a standardized handling pallet and a lower frame designed to be interposed between a lower one of said panels of the package and the pallet, the frame having a lower face comprising protruding elements corresponding in size and position to open spaces of the pallet. - at least four panels which can move between: - a folded position, in which the panels are stacked on each other, and - an unfolded position, in which the panels form a parallelepiped frame which, defining an internal volume; - a folded position, in which the panels are stacked on each other, and - an unfolded position, in which the panels form a parallelepiped frame which, defining an internal volume; - a flexible inner container able to be placed in the said internal volume; and - an assembly system comprising linking elements forming a pivot link between each panel and at least one adjacent panel; the package being such that in the folded position the flexible inner container is retracted between the panels; the panels being interchangeable; characterised in that the package comprises a standardized handling pallet and a lower frame designed to be interposed between a lower one of said panels of the package and the pallet, the frame having a lower face comprising protruding elements corresponding in size and position to open spaces of the pallet. the package being such that in the folded position the flexible inner container is retracted between the panels; the panels being interchangeable; characterised in that the package comprises a standardized handling pallet and a lower frame designed to be interposed between a lower one of said panels of the package and the pallet, the frame having a lower face comprising protruding elements corresponding in size and position to open spaces of the pallet.
A rectangular acoustical panel comprising a drywall sheet of a thickness of at least 1/2 inch (12.7 mm) or metric industry equivalent having a gypsum-based core (24, 62) and paper front and rear face layers (23, 25, 63), the drywall sheet being perforated through its faces (23, 25) and core with holes at least 1/8 inch (3.175 mm) in diameter and of sufficient number to comprise at least 9% of a face area of the panel, the front face being covered by a porous non-woven glass fiber veil having a translucence rendering it incapable of fully concealing the holes, the veil being covered with a non-bridging coating, the combined veil and coating being effective to conceal the holes while affording sufficient porosity therethrough to allow the panel to exhibit an NRC of at least 0.55, short edges of the panel for forming butt joints with identical panels having locally recessed areas at a front face of the panel for reception of joint tape and joint compound below a plane of a major part of the front face of the panel, the locally recessed areas being formed by providing the panel with a surface area that tapers from the plane of the front face towards the plane of the rear face with increasing proximity to the butt joint forming edges.
A transcriptional control unit of up to 2500 nucleotides in length comprising in a 5' to 3' direction: (a) a Locus Control Region comprising (i) SEQ ID NO 1; or (ii) a sequence having at least 90% sequence identity to said sequence (a)(i); and (b) a promoter element comprising (i) at least the last 200 nucleotides of SEQ ID NO: 17; or (ii) at least the last 200 nucleotides of SEQ ID NO: 2 wherein nucleotides corresponding to nucleotides 1934 to 1939 of SEQ ID NO: 2 have been replaced by SEQ ID NO: 16; or (iii) a sequence having at least 90% sequence identity to said sequence (b)(ii), wherein nucleotides corresponding to nucleotides 1934 to 1939 of SEQ ID NO: 2 have been replaced by SEQ ID NO: 16; said TCU exhibiting cone photoreceptor-specific promoter activity. (a) a Locus Control Region comprising (i) SEQ ID NO 1; or (ii) a sequence having at least 90% sequence identity to said sequence (a)(i); and (i) SEQ ID NO 1; or (ii) a sequence having at least 90% sequence identity to said sequence (a)(i); and (b) a promoter element comprising (i) at least the last 200 nucleotides of SEQ ID NO: 17; or (ii) at least the last 200 nucleotides of SEQ ID NO: 2 wherein nucleotides corresponding to nucleotides 1934 to 1939 of SEQ ID NO: 2 have been replaced by SEQ ID NO: 16; or (iii) a sequence having at least 90% sequence identity to said sequence (b)(ii), wherein nucleotides corresponding to nucleotides 1934 to 1939 of SEQ ID NO: 2 have been replaced by SEQ ID NO: 16; said TCU exhibiting cone photoreceptor-specific promoter activity. (i) at least the last 200 nucleotides of SEQ ID NO: 17; or (ii) at least the last 200 nucleotides of SEQ ID NO: 2 wherein nucleotides corresponding to nucleotides 1934 to 1939 of SEQ ID NO: 2 have been replaced by SEQ ID NO: 16; or (iii) a sequence having at least 90% sequence identity to said sequence (b)(ii), wherein nucleotides corresponding to nucleotides 1934 to 1939 of SEQ ID NO: 2 have been replaced by SEQ ID NO: 16;
A rotary engine rotor comprising three rotor flanks arranged in a generally equilateral triangle shape, each rotor flank having a leading edge and a trailing edge, at least one rotor flank comprising a cavity having a leading edge and a trailing edge, wherein at least a portion of the base of the cavity proximal to a trailing edge thereof is curved outwardly, and characterised in that the cavity is partially located within a recess extending from the leading edge of the rotor flank. wherein at least a portion of the base of the cavity proximal to a trailing edge thereof is curved outwardly, and characterised in that the cavity is partially located within a recess extending from the leading edge of the rotor flank.
A method for operating a wellbore, comprising: performing a drilling operation by injecting fluid to the wellbore having a tubular string disposed therein to circulate the fluid in a path including a bore of the tubular string and an annulus between the tubular string and a wall of the wellbore, and while performing the drilling operation: drilling through a formation while a bottomhole pressure is at a target bottomhole pressure; engaging a seal of a rotating control device with the tubular string; increasing the bottomhole pressure from the target bottomhole pressure to an expected pressure while drilling through the formation, wherein the expected pressure is a pressure expected during cementing of the formation exposed to the wellbore; measuring a difference between an injection flow rate and a return flow rate in the path to detect leak and determine whether the formation withstands the expected pressure; and returning the bottomhole pressure to the target bottomhole pressure after maintaining the bottomhole pressure at the expected pressure while drilling through a depth or drilling for a period of time. drilling through a formation while a bottomhole pressure is at a target bottomhole pressure; engaging a seal of a rotating control device with the tubular string; increasing the bottomhole pressure from the target bottomhole pressure to an expected pressure while drilling through the formation, wherein the expected pressure is a pressure expected during cementing of the formation exposed to the wellbore; measuring a difference between an injection flow rate and a return flow rate in the path to detect leak and determine whether the formation withstands the expected pressure; and returning the bottomhole pressure to the target bottomhole pressure after maintaining the bottomhole pressure at the expected pressure while drilling through a depth or drilling for a period of time.
Handheld tool rechargeable battery comprising a housing, at least one rechargeable battery cell and one inductive charging unit which has at least one coil core and one inductive charging coil for charging the at least one rechargeable battery cell, characterized in that the inductive charging unit is held in a detachable manner in the housing.
A method for prediction of the rotation speed of a crankshaft of an internal combustion engine in the end of rotation phase, characterized in that: - The actual rotation speed of the crankshaft is determined and recorded at angular positions of said crankshaft for a range of angular positions of the crankshaft delimited by a first angular position and a second angular position corresponding to periodic oscillations in an angular manner of reduction of the rotation speed of the crankshaft. - A constant (C 0) is determined as a function of the deviation of the squares of the actual speeds determined for the first and second angular positions. - A predicted rotation speed of the crankshaft is determined for a third angular position of the crankshaft, not included in the range of angular positions of the crankshaft, as a function of the constant (C 0) and of the actual speed determined at a fourth angular position comprised in said range and such that the deviation between the third fourth angular positions is equal to said range or is a multiple thereof. - The actual rotation speed of the crankshaft is determined and recorded at angular positions of said crankshaft for a range of angular positions of the crankshaft delimited by a first angular position and a second angular position corresponding to periodic oscillations in an angular manner of reduction of the rotation speed of the crankshaft. - A constant (C 0) is determined as a function of the deviation of the squares of the actual speeds determined for the first and second angular positions. - A predicted rotation speed of the crankshaft is determined for a third angular position of the crankshaft, not included in the range of angular positions of the crankshaft, as a function of the constant (C 0) and of the actual speed determined at a fourth angular position comprised in said range and such that the deviation between the third fourth angular positions is equal to said range or is a multiple thereof.
A connector, comprising: a first tube member having a coupling-accepting part; a second tube member having a coupling member for coupling with said coupling-accepting part, attached to be movable to a coupled position and an uncoupled position on an end part into which said first tube member can be pushed, a ring member attached on the second tube member to be movable to a locked position and an unlocked position along an axial direction on an outer perimeter part thereof; a coupling mechanism provided on at least one of said coupling member and said coupling-accepting part, for coupling said coupling member and said coupling-accepting part in said coupled position when said first tube member and said second tube member are connected; and a moving mechanism (66, 70) provided on at least one of said coupling member and said ring member, for moving said coupling member toward a direction of said uncoupled position when said ring member moves from said locked position to said unlocked position, wherein the connector further comprises a movement-preventing mechanism provided on said ring member, for preventing movement of said coupling member from the coupled position to the uncoupled position when said ring member is in said locked position, characterized in that said movement-preventing mechanism comprises a bump part which contacts with an inner perimeter side surface of a cam part provided on the coupling member when said ring member is in a locked position. a first tube member having a coupling-accepting part; a second tube member having a coupling member for coupling with said coupling-accepting part, attached to be movable to a coupled position and an uncoupled position on an end part into which said first tube member can be pushed, a ring member attached on the second tube member to be movable to a locked position and an unlocked position along an axial direction on an outer perimeter part thereof; a coupling mechanism provided on at least one of said coupling member and said coupling-accepting part, for coupling said coupling member and said coupling-accepting part in said coupled position when said first tube member and said second tube member are connected; and a moving mechanism (66, 70) provided on at least one of said coupling member and said ring member, for moving said coupling member toward a direction of said uncoupled position when said ring member moves from said locked position to said unlocked position, wherein the connector further comprises a movement-preventing mechanism provided on said ring member, for preventing movement of said coupling member from the coupled position to the uncoupled position when said ring member is in said locked position, characterized in that said movement-preventing mechanism comprises a bump part which contacts with an inner perimeter side surface of a cam part provided on the coupling member when said ring member is in a locked position.
A method for transmitting information, wherein the method comprises: when a source base station supporting an Enhancements for Diverse Data Applications, eDDA, assistance information reporting and processing capability determines that a User Equipment, UE, needs to be handed over between base stations, inquiring about whether a candidate target base station supports the eDDA assistance information reporting and processing capability (101, 102); if the source base station determines as a result of an inquiry that the candidate target base station supports the eDDA assistance information reporting and processing capability, or fails to inquire about whether the candidate target base station supports the eDDA assistance information reporting and processing capability, then transmitting, by the source base station, eDDA assistance information of the UE to the candidate target base station so that the candidate target base station supporting the eDDA assistance information reporting and processing capability configures the UE with a radio resource parameter based upon the received eDDA assistance information of the UE (103, 104); and, when the source base station does not support the eDDA assistance information reporting and processing capability, but the candidate target base station supports the eDDA assistance information reporting and processing capability, transmitting, by the candidate target base station, an instruction message to the UE to instruct the UE to report the eDDA assistance information to the candidate target base station. when a source base station supporting an Enhancements for Diverse Data Applications, eDDA, assistance information reporting and processing capability determines that a User Equipment, UE, needs to be handed over between base stations, inquiring about whether a candidate target base station supports the eDDA assistance information reporting and processing capability (101, 102); if the source base station determines as a result of an inquiry that the candidate target base station supports the eDDA assistance information reporting and processing capability, or fails to inquire about whether the candidate target base station supports the eDDA assistance information reporting and processing capability, then transmitting, by the source base station, eDDA assistance information of the UE to the candidate target base station so that the candidate target base station supporting the eDDA assistance information reporting and processing capability configures the UE with a radio resource parameter based upon the received eDDA assistance information of the UE (103, 104); and, when the source base station does not support the eDDA assistance information reporting and processing capability, but the candidate target base station supports the eDDA assistance information reporting and processing capability, transmitting, by the candidate target base station, an instruction message to the UE to instruct the UE to report the eDDA assistance information to the candidate target base station.
One or more compositions for use in a method of treating a cardiac medical condition, wherein said method comprises in vivo reprogramming of cardiac cells, comprising the step of providing a therapeutically effective amount of one or more compositions to the heart of an individual, wherein said one or more compositions comprises an agent that partially or completely downregulates or inactivates p63, p53, and/or p21.