mhurhangee/ep-ind-claims huggingface dataset:
A spinal implant comprising: a body portion defining a longitudinal axis, the body portion including a distal end portion, a proximal end portion, opposed side surfaces that extend between the distal and proximal end portions, and top and bottom surfaces configured and adapted to engage vertebral bodies, the top and bottom surfaces having a surface roughness between about 3-4 μm; a cavity extending through the top and bottom surfaces, the cavity defining a surface area that is at least 25% of a surface area of the top surface or the bottom surface; first orifices defined through the top surface; second orifices defined through the bottom surface, the second orifices connected to the first orifices by a plurality of channels; and wherein a through-bore is defined through the spinal implant and further wherein an interior dimension of the through-bore increases in a direction towards each respective opposed side surface and yet further wherein a bevel is interposed between each opposed side surface and an interior wall defining the through-bore. a body portion defining a longitudinal axis, the body portion including a distal end portion, a proximal end portion, opposed side surfaces that extend between the distal and proximal end portions, and top and bottom surfaces configured and adapted to engage vertebral bodies, the top and bottom surfaces having a surface roughness between about 3-4 μm; a cavity extending through the top and bottom surfaces, the cavity defining a surface area that is at least 25% of a surface area of the top surface or the bottom surface; first orifices defined through the top surface; second orifices defined through the bottom surface, the second orifices connected to the first orifices by a plurality of channels; and wherein a through-bore is defined through the spinal implant and further wherein an interior dimension of the through-bore increases in a direction towards each respective opposed side surface and yet further wherein a bevel is interposed between each opposed side surface and an interior wall defining the through-bore.
A fitment for a package with an interior compartment for containment of a flowable material, the fitment comprising: a body having an exterior wall and an interior wall (400; 405), the interior wall (400; 405) defining a passageway extending through the body from a top opening to a bottom opening; at least a first dispersion member having an edge extending into the passageway, the edge dividing at least a portion of a width of the passageway extending between the interior wall (400; 405); a baffle member having a surface extending into, and at least partially obstructing, the passageway, and a flange portion associated with the exterior wall, the flange portion positioned to interface the fitment with the package, wherein a first plane is defined by the top opening; and wherein the baffle member includes a planar surface, the planar surface of the baffle member being co-planar with the first plane defined by the top opening of the passageway, characterised in that a second plane is defined by the bottom opening that is disposed at an angle (α, β) with respect to the first plane. a body having an exterior wall and an interior wall (400; 405), the interior wall (400; 405) defining a passageway extending through the body from a top opening to a bottom opening; at least a first dispersion member having an edge extending into the passageway, the edge dividing at least a portion of a width of the passageway extending between the interior wall (400; 405); a baffle member having a surface extending into, and at least partially obstructing, the passageway, and a flange portion associated with the exterior wall, the flange portion positioned to interface the fitment with the package, wherein a first plane is defined by the top opening; and wherein the baffle member includes a planar surface, the planar surface of the baffle member being co-planar with the first plane defined by the top opening of the passageway, characterised in that a second plane is defined by the bottom opening that is disposed at an angle (α, β) with respect to the first plane.
A passenger transport vehicle of the public transport, comprising - a car body, - a vehicle floor being provided in the car body for accommodating passengers such that a height difference is formed between a floor level of the vehicle floor and a floor level of a surrounding floor of a direct environment of the vehicle, and - a lifting arrangement for a passenger to overcome the height difference, - wherein the lifting arrangement comprises o a platform for receiving the passenger, o a lifting system with a lifting unit being arranged displaceable in a vertical direction with respect to the car body for lifting the platform and the passenger, in particular at least partially, in the vertical direction, and o a positioning system being configured for guiding and displacing the platform and the passenger during lifting, particularly at least partially, in a horizontal or transverse direction, wherein the platform is supported relative to the car body via the lifting system and via the positioning system, respectively, such that a force flow from the platform into the car body occurs in parallel via the lifting system and via the positioning system. - a car body, - a vehicle floor being provided in the car body for accommodating passengers such that a height difference is formed between a floor level of the vehicle floor and a floor level of a surrounding floor of a direct environment of the vehicle, and - a lifting arrangement for a passenger to overcome the height difference, - wherein the lifting arrangement comprises o a platform for receiving the passenger, o a lifting system with a lifting unit being arranged displaceable in a vertical direction with respect to the car body for lifting the platform and the passenger, in particular at least partially, in the vertical direction, and o a positioning system being configured for guiding and displacing the platform and the passenger during lifting, particularly at least partially, in a horizontal or transverse direction, wherein the platform is supported relative to the car body via the lifting system and via the positioning system, respectively, such that a force flow from the platform into the car body occurs in parallel via the lifting system and via the positioning system. o a platform for receiving the passenger, o a lifting system with a lifting unit being arranged displaceable in a vertical direction with respect to the car body for lifting the platform and the passenger, in particular at least partially, in the vertical direction, and o a positioning system being configured for guiding and displacing the platform and the passenger during lifting, particularly at least partially, in a horizontal or transverse direction,
A variable compression ratio internal combustion engine (1, 1') comprising: a variable compression ratio mechanism able to change a mechanical compression ratio; an exhaust promotion mechanism (50, 55) able to reduce cylinder residual gas after an exhaust stroke of cylinders; and a control device configured to control the mechanical compression ratio by the variable compression ratio mechanism and control an operation of the exhaust promotion mechanism (50, 55), wherein the control device is configured to operate the exhaust promotion mechanism (50, 55) in at least a partial time period of a time period from when it is demanded that the mechanical compression ratio be raised to when the mechanical compression ratio finishes being changed. a variable compression ratio mechanism able to change a mechanical compression ratio; an exhaust promotion mechanism (50, 55) able to reduce cylinder residual gas after an exhaust stroke of cylinders; and a control device configured to control the mechanical compression ratio by the variable compression ratio mechanism and control an operation of the exhaust promotion mechanism (50, 55), wherein the control device is configured to operate the exhaust promotion mechanism (50, 55) in at least a partial time period of a time period from when it is demanded that the mechanical compression ratio be raised to when the mechanical compression ratio finishes being changed.
A liquid cooling structure of a rotating electric machine, for cooling coils by supplying a cooling liquid in an axial direction of a stator in a direction between adjacent teeth portions of the stator in which bobbins each having a coil mounted thereon are respectively attached to the teeth portions that are projectingly formed in a circumferential direction of an inner periphery of a yoke portion of an annular stator core, characterized in that each bobbin has guide block walls provided on both sides in a width direction of the bobbin along the axial direction of the stator so as to position each guide block wall between the adjacent teeth portions in a circumferential direction of the stator, wherein a gap is formed between the coil and each guide block wall of each bobbin, and wherein adjacent bobbins are positioned adjacent to each other in the circumferential direction of the stator to make a closing between adjacent guide block walls of the adjacent bobbins such that the cooling liquid is allowed to flow into the gap between the guide block wall and the coil and flow therethrough while being guided by the guide block wall. each bobbin has guide block walls provided on both sides in a width direction of the bobbin along the axial direction of the stator so as to position each guide block wall between the adjacent teeth portions in a circumferential direction of the stator, wherein a gap is formed between the coil and each guide block wall of each bobbin, and wherein adjacent bobbins are positioned adjacent to each other in the circumferential direction of the stator to make a closing between adjacent guide block walls of the adjacent bobbins such that the cooling liquid is allowed to flow into the gap between the guide block wall and the coil and flow therethrough while being guided by the guide block wall.
A fusion protein for use in a method of treatment of a mitochondrial disorder in a subject, said fusion protein comprising a protein transduction domain fused to a functional component of a mitochondrial enzyme and a mitochondria targeting sequence, wherein said MTS is situated between said PTD and said functional component and wherein said MTS is an MTS of another mitochondrial enzyme that is encoded by a nuclear gene, wherein said mitochondrial enzyme is an enzyme of a mitochondrial multi-component enzyme complex, and wherein said protein transduction domain is a TAT peptide, wherein said treatment comprises administering said fusion protein to said subject and is a continuous prolonged treatment for a chronic disease or comprises a single or few time administrations for treatment of an acute condition.
A laser welding system for welding around a circumference of a workpiece, the system comprising: a laser beam source configured to direct a laser beam; an assembly including a unitary optical reflector having at least two optical reflecting surface portions on a first side surface and a second side surface, respectively (262a,262b), of the optical reflector, the first and second side surfaces of the optical reflector being arranged at a fixed obtuse angle relative to each other, the workpiece being moveable relative to the optical reflector, which is fixed, along an axis that is transverse to a longitudinal axis of the workpiece to adjust a vertical distance between the optical reflector and the workpiece, the first and second side surfaces defining a curve that is transverse to the longitudinal axis; and a drive mechanism controlled by a processor and configured to move the laser beam source along the optical reflector to thereby produce a 360 degree circumferential weld around the workpiece. a laser beam source configured to direct a laser beam; an assembly including a unitary optical reflector having at least two optical reflecting surface portions on a first side surface and a second side surface, respectively (262a,262b), of the optical reflector, the first and second side surfaces of the optical reflector being arranged at a fixed obtuse angle relative to each other, the workpiece being moveable relative to the optical reflector, which is fixed, along an axis that is transverse to a longitudinal axis of the workpiece to adjust a vertical distance between the optical reflector and the workpiece, the first and second side surfaces defining a curve that is transverse to the longitudinal axis; and a drive mechanism controlled by a processor and configured to move the laser beam source along the optical reflector to thereby produce a 360 degree circumferential weld around the workpiece.
A machine for washing and drying, having a treatment tub to contain items to be washed and dried, wherein the machine comprises a washing circuit (5, 10, 11, 12, 21, S), for drawing a washing liquid from the tub and conveying it back into the tub, the washing circuit (5, 10, 11, 12, S) having a pump and means for heating the washing liquid, a heat pump arrangement having a refrigerating circuit for a refrigerant fluid, which includes a first condenser, a first evaporator, a first lamination valve and a compressor, the means for heating the washing liquid comprising the first condenser, a control system, including a control unit, prearranged for controlling execution of a plurality of treatment programs that can be carried out by the machine, wherein the refrigerating circuit of the heat pump arrangement further comprises a second condenser in series to the first condenser and a second evaporator, the machine being characterized in that it further comprises a drying circuit (13, 14, 25, 26), for forcedly drawing air from the tub and conveying it back into the tub, the drying circuit (13, 14, 25, 26) having a first fan, means for dehumidifying the air extracted from the tub and means for heating the dehumidified air to be conveyed back into the tub, in that the means for dehumidifying the air extracted from the tub comprises the second evaporator and in that the means for heating the air dehumidified to be conveyed back into the tub comprises the second condenser.
A method for reporting cell information performed by a terminal, the method comprising: • detecting a connection failure occurring on the terminal, wherein the connection failure is a radio link failure, RLF, that occurs in a source cell of the terminal, wherein the source cell is a cell to which the terminal is connected before re-establishing a radio resource control, RRC, connection; • re-establishing the RRC connection; • sending to a base station that controls a cell where the RRC connection is re-established a cell identity of a neighboring cell of the source cell and event information of the neighboring cell that is recorded by the terminal before the connection failure occurs, characterized in that before the RLF occurs on the terminal and if the time when signal quality of the neighboring cell meets a preset signal quality threshold exceeds a preset time to trigger, TTT, length, the event information of the neighboring cell is a TTT timeout. • detecting a connection failure occurring on the terminal, wherein the connection failure is a radio link failure, RLF, that occurs in a source cell of the terminal, wherein the source cell is a cell to which the terminal is connected before re-establishing a radio resource control, RRC, connection; • re-establishing the RRC connection; • sending to a base station that controls a cell where the RRC connection is re-established a cell identity of a neighboring cell of the source cell and event information of the neighboring cell that is recorded by the terminal before the connection failure occurs,
A bicruciate retaining tibial implant baseplate comprising: a superior surface; a bone contacting surface; a lateral condylar portion; a medial condylar portion spaced from the lateral condylar portion defining an opening therebetween; a bridge portion connecting the medial and lateral condylar portions (110, 105) at an anterior end portion of the baseplate; a cylindrical lateral fixation peg; and a cylindrical medial fixation peg; characterized by a keel extending inferiorly from the bone contacting surface of the baseplate, the keel having an anterior portion and two posterior portions, each posterior portion having a posteriormost end, the keel extending from the lateral condylar portion across the bridge portion to the medial condylar portion, wherein an inferior edge of the keel continuously slopes from an anteriormost end to each posteriormost end so that the posteriormost rends of the keel extend from the bone contacting surface farther inferiorly than the anteriormost end of the keel, wherein the cylindrical lateral fixation peg is proximate a lateral end of the keel and 2. extends inferiorly from the bone contacting surface and the cylindrical medial fixation peg is proximate a medial end of the keel and extends inferiorly from the bone contacting surface. a superior surface; a bone contacting surface; a lateral condylar portion; a medial condylar portion spaced from the lateral condylar portion defining an opening therebetween; a bridge portion connecting the medial and lateral condylar portions (110, 105) at an anterior end portion of the baseplate; a cylindrical lateral fixation peg; and a cylindrical medial fixation peg; a cylindrical lateral fixation peg; and a cylindrical medial fixation peg;
An oil supply device for an internal combustion engine, comprising: a variable displacement pump that varies a discharge pressure at which oil is discharged; an oil passage through which the oil discharged from the variable displacement pump flows; an oil cooler arranged in the oil passage on a discharge side of the variable displacement pump; a bypass passage that bypasses the oil cooler and supplies the oil to various parts of the internal combustion engine; the oil supply device being characterized in that it further comprises: a controller that adjusts the discharge pressure of the variable displacement pump according to operating conditions of the internal combustion engine including a temperature of the oil and a rotation speed of the internal combustion engine; and a bypass valve arranged in the bypass passage and opened or closed to restrict the oil from flowing to the oil cooler when a pressure of the oil in the oil passage is lower than a predetermined pressure level (Pa), wherein: the controller is configured to control the variable displacement pump to adjust the discharge pressure thereof in such a manner that the pressure of the oil becomes higher than or equal to the predetermined pressure level (Pa) when the temperature of the oil is higher than a predetermined oil temperature level determined based on the rotation speed of the internal combustion engine. a variable displacement pump that varies a discharge pressure at which oil is discharged; an oil passage through which the oil discharged from the variable displacement pump flows; an oil cooler arranged in the oil passage on a discharge side of the variable displacement pump; a bypass passage that bypasses the oil cooler and supplies the oil to various parts of the internal combustion engine; a controller that adjusts the discharge pressure of the variable displacement pump according to operating conditions of the internal combustion engine including a temperature of the oil and a rotation speed of the internal combustion engine; and a bypass valve arranged in the bypass passage and opened or closed to restrict the oil from flowing to the oil cooler when a pressure of the oil in the oil passage is lower than a predetermined pressure level (Pa), wherein: the controller is configured to control the variable displacement pump to adjust the discharge pressure thereof in such a manner that the pressure of the oil becomes higher than or equal to the predetermined pressure level (Pa) when the temperature of the oil is higher than a predetermined oil temperature level determined based on the rotation speed of the internal combustion engine.
A robotic surgical system comprising a pulley arrangement, the pulley arrangement comprising: a base pulley portion (1212, 1640) rotatable around an axis; an adjustable pulley portion (1214, 1650) coupled to the base pulley portion and movable in a first direction parallel to the axis; a first sliding block and a second sliding block each engaged with the adjustable pulley portion; and a driving member (1220, 1220', 1620, 1620') coupled to the first and second sliding blocks (1660a, 1660b), wherein the first and second sliding blocks (1660a, 1660b) are disposed in an arcuate gap in the adjustable pulley portion (1214, 1650) and engaged with the adjustable pulley portion (1214, 1650), wherein the first and second sliding blocks (1660a, 1660b) are configured to move circumferentially toward each other in response to compression of the adjustable pulley portion (1214, 1650) against the base pulley portion (1212, 1640), thereby applying tension to the driving member (1220, 1220', 1620, 1620'). a base pulley portion (1212, 1640) rotatable around an axis; an adjustable pulley portion (1214, 1650) coupled to the base pulley portion and movable in a first direction parallel to the axis; a first sliding block and a second sliding block each engaged with the adjustable pulley portion; and a driving member (1220, 1220', 1620, 1620') coupled to the first and second sliding blocks (1660a, 1660b), wherein the first and second sliding blocks (1660a, 1660b) are disposed in an arcuate gap in the adjustable pulley portion (1214, 1650) and engaged with the adjustable pulley portion (1214, 1650), wherein the first and second sliding blocks (1660a, 1660b) are configured to move circumferentially toward each other in response to compression of the adjustable pulley portion (1214, 1650) against the base pulley portion (1212, 1640), thereby applying tension to the driving member (1220, 1220', 1620, 1620').
A detachable lift gate hinge cover assembly, comprising: a bracket fixed to a roof of an automobile vehicle; a plate assembly releasably connected to the bracket, the plate assembly when positioned in an installed position at least partially within and covering a lift gate hinge pocket; and wherein the bracket includes an attachment member having an integrally connected coupling portion, the coupling portion including a clearance opening, and wherein the plate assembly includes a panel having a retention member integrally connected to the panel, the plate assembly when rotated in a first direction of rotation aligning the retention member with the clearance opening of the coupling portion for insertion and removal of the retention member through the clearance opening allowing both connection and disconnection of the plate assembly with the bracket. a bracket fixed to a roof of an automobile vehicle; a plate assembly releasably connected to the bracket, the plate assembly when positioned in an installed position at least partially within and covering a lift gate hinge pocket; and wherein the bracket includes an attachment member having an integrally connected coupling portion, the coupling portion including a clearance opening, and wherein the plate assembly includes a panel having a retention member integrally connected to the panel, the plate assembly when rotated in a first direction of rotation aligning the retention member with the clearance opening of the coupling portion for insertion and removal of the retention member through the clearance opening allowing both connection and disconnection of the plate assembly with the bracket.