mhurhangee/ep-ind-claims huggingface dataset:
A tether assembly of a medical device delivery system, the tether assembly comprising: a tether handle assembly comprising: a housing defining a curved channel that defines a first end and a second end; a force transmitter received within the curved channel; a slidable member received within the housing such that a portion of the slidable member is received within the channel at the first end of the channel; and a button defining a proximal surface and comprising a distal portion received within the channel at the second end of the channel, wherein the button surrounds at least a proximal portion of the slidable member; and a pull wire defining a proximal end and a distal end, wherein the proximal end of the pull wire is received within the housing and retained by the slidable member, wherein the button is configured to move from a first position to a second position in response to application of a distally-directed force to the button, thereby moving the force transmitter toward the first end of the curved channel such that the force transmitter applies a proximally-directed force to the portion of the slidable member received within the channel that causes the slidable member and the pull wire to move proximally. a tether handle assembly comprising: a housing defining a curved channel that defines a first end and a second end; a force transmitter received within the curved channel; a slidable member received within the housing such that a portion of the slidable member is received within the channel at the first end of the channel; and a button defining a proximal surface and comprising a distal portion received within the channel at the second end of the channel, wherein the button surrounds at least a proximal portion of the slidable member; and a housing defining a curved channel that defines a first end and a second end; a force transmitter received within the curved channel; a slidable member received within the housing such that a portion of the slidable member is received within the channel at the first end of the channel; and a button defining a proximal surface and comprising a distal portion received within the channel at the second end of the channel, wherein the button surrounds at least a proximal portion of the slidable member; and a pull wire defining a proximal end and a distal end, wherein the proximal end of the pull wire is received within the housing and retained by the slidable member, wherein the button is configured to move from a first position to a second position in response to application of a distally-directed force to the button, thereby moving the force transmitter toward the first end of the curved channel such that the force transmitter applies a proximally-directed force to the portion of the slidable member received within the channel that causes the slidable member and the pull wire to move proximally.
Method for selecting and activating an at least partially prepared and factory-loaded program combination comprising a base program and associated program data for program-controlled and machine processing of wet or dry laundry treatment processes on the basis of program combinations stored in a storage device, each of which can be displayed on at least one display (5, 12) and selected by at least one selecting actuator (6, 13 to 17) and activated by a start actuator, wherein a number of program combinations each suitable for prespecified target groups of users are combined into one program group packet under a name for the corresponding target group and can be called up by said name, and that one of the program group packets is called up first and a base program having associated program data is selected from the called-up program packet and activated, wherein the base programs are selected via their own input unit and the associated program data is assigned via a further input unit, wherein the further input unit comprises a multi-column and at least two-line display and a multi-part input actuator (13 to 17), characterised in that the columns (18 to 22) of one line of the display are provided for the display of the target groups and the columns (18 to 22) of at least one further line are provided for the display of the program data.
A composition to be applied as a spray to a subject, the composition comprising a self-assembling peptide, wherein the self-assembling peptide self-assembles and thereby gels when the composition is applied to a bleeding site of the subject, wherein the self-assembling peptide is a peptide comprising IEIKIEIKIEIKI (SEQ ID NO: 2), and the self-assembling peptide is contained in the composition at a concentration at which the composition has an improved hemostatic ability as compared with that when directly applied, wherein the concentration of the self-assembling peptide is 1.5% by weight or higher. the self-assembling peptide self-assembles and thereby gels when the composition is applied to a bleeding site of the subject, wherein the self-assembling peptide is a peptide comprising IEIKIEIKIEIKI (SEQ ID NO: 2), and the self-assembling peptide is contained in the composition at a concentration at which the composition has an improved hemostatic ability as compared with that when directly applied, wherein the concentration of the self-assembling peptide is 1.5% by weight or higher.
Device for receiving at least one kitchen tool in the form of a spoon, a cooking spoon, a fork, a skewer, a ladle or the like or a meat thermometer, the device having a cup-shaped base body with at least one interior (3.1A, 3.2A), the cup-shaped base body being open at the top and having a substantially vertically upwardly extending circumferential wall (3.3) and a base (3.4), the cup-shaped base body having at least one fastening means for producing a connection to a kitchen appliance in such a way that the cup-shaped base body is located outside the kitchen appliance, and in that the device has a cover which extends from the base body to above an upper edge of the kitchen appliance, the cover covering an intermediate space between the base body and the kitchen appliance, and in that the cup-shaped base body has at least one fastening means for producing a connection to the kitchen appliance and - characterized in that the fastening means is in the form of one or more magnets which are arranged on the cup-shaped base body, and in that the cup-shaped base body can be fastened to the kitchen appliance by means of the magnets, and/or - in that the fastening means is in the form of at least one suction cup. - characterized in that the fastening means is in the form of one or more magnets which are arranged on the cup-shaped base body, and in that the cup-shaped base body can be fastened to the kitchen appliance by means of the magnets, and/or - in that the fastening means is in the form of at least one suction cup.
- An adjustable spotlight mounting device intended to equip a false wall, mostly of the false ceiling type, comprising on the one hand a peripheral frame attached to the walls or to the ceiling of a room and on the other hand, a stretchable fabric stretched inside said frame and intended to hide the ceiling of said room, with said device comprising a fixed connector so arranged as to be secured to the ceiling of the room, at least a support, a cradle fixed on said support and adapted to receive said spotlight, characterized in that it comprises at least three adjusting members angularly offset relative to each other, with each one connecting the fixed connector to the support, and making it possible to move the support /cradle /spotlight assembly closer to or away from the fixed connector at least along the longitudinal axis of the mounting device and to adjust the position of said assembly in all three dimensions with respect to the visible face of said false wall, with each adjusting member comprising a threaded rod having one end cooperating with one orifice associated with the fixed connector, with the other end of the threaded rod going through the orifice associated with the support, with said orifices of the support being angularly offset relative to each other, with each threaded rod being secured to the support by means of a mechanical linkage of the "pivot" type, using a first and a second nut (102, 103) fixed on the threaded rod, on either side of the orifice associated with the support.
A cover adapted to be arranged around a port on a surface of a tank arranged to receive a liquid through said port, wherein the cover comprises: a tray adapted to receive liquid overflowing from the port; a reservoir adapted to retain liquid overflowing from the port; a side wall (121, 122, 123) provided upright around the reservoir; and a drain hole formed in a deepest region of the reservoir, characterised by a roof extending above the reservoir from the side wall (121, 122, 123); wherein the roof extends above said deepest region; wherein a bottom of the reservoir is inclined to become deeper towards the side wall (121, 122, 123) from the port. a tray adapted to receive liquid overflowing from the port; a reservoir adapted to retain liquid overflowing from the port; a side wall (121, 122, 123) provided upright around the reservoir; and a drain hole formed in a deepest region of the reservoir, characterised by a roof extending above the reservoir from the side wall (121, 122, 123); wherein the roof extends above said deepest region; wherein a bottom of the reservoir is inclined to become deeper towards the side wall (121, 122, 123) from the port.
A polymer scaffold for preventing compression and instability in a segmental bone defect comprising: an outer shell sized to fit over a segmental defect in a bone; said outer shell having a first end, a second end; an inner surface, an outer surface, a thickness and an internal diameter; said inner surface defining an inner cavity; and a collagen containing material located within the inner cavity of said outer shell, characterized in that the outer shell comprises a poly(ester urea) polymer; and, wherein said outer shell has one or more struts running along the inner surface of said outer shell between the first end and second end of said outer shell. an outer shell sized to fit over a segmental defect in a bone; said outer shell having a first end, a second end; an inner surface, an outer surface, a thickness and an internal diameter; said inner surface defining an inner cavity; and a collagen containing material located within the inner cavity of said outer shell, characterized in that the outer shell comprises a poly(ester urea) polymer; and, wherein said outer shell has one or more struts running along the inner surface of said outer shell between the first end and second end of said outer shell.
A device with a rotating element, comprising: a housing body formed from a light alloy, wherein the housing body has a housing body thermal expansion coefficient; a bearing liner formed from a liner material disposed within the housing body, wherein the bearing liner has a bearing liner thermal expansion coefficient; and a bearing to support the rotating element with an outer race, wherein the bearing has a bearing thermal expansion coefficient, the outer race is press fit within the bearing liner, and the bearing liner thermal expansion coefficient is lower than the bearing thermal expansion coefficient, characterized in that the bearing is formed of steel and has a thermal expansion coefficient between 9.9 ∗ 10 -6 meters/(meters ∗ Kelvin) to 17.3 ∗ 10 -6 meters/(meters ∗ Kelvin), the bearing liner material is formed of one of Kovar, Inconel, or a nickel-cobalt alloy and the bearing liner has a thermal expansion coefficient of approximately 5 ∗ 10 -6 meters/(meters ∗ Kelvin) between 30 degrees Celsius and 200 degrees Celsius. a housing body formed from a light alloy, wherein the housing body has a housing body thermal expansion coefficient; a bearing liner formed from a liner material disposed within the housing body, wherein the bearing liner has a bearing liner thermal expansion coefficient; and a bearing to support the rotating element with an outer race, wherein the bearing has a bearing thermal expansion coefficient, the outer race is press fit within the bearing liner, and the bearing liner thermal expansion coefficient is lower than the bearing thermal expansion coefficient, characterized in that the bearing is formed of steel and has a thermal expansion coefficient between 9.9 ∗ 10 -6 meters/(meters ∗ Kelvin) to 17.3 ∗ 10 -6 meters/(meters ∗ Kelvin), the bearing liner material is formed of one of Kovar, Inconel, or a nickel-cobalt alloy and the bearing liner has a thermal expansion coefficient of approximately 5 ∗ 10 -6 meters/(meters ∗ Kelvin) between 30 degrees Celsius and 200 degrees Celsius.
A system for printing a three-dimensional object, comprising: an open platform configured to hold a film of a viscous liquid comprising a photoactive resin. wherein said open platform comprises a print window; a deposition head comprising a nozzle in fluid communication with a source of said viscous liquid, wherein said deposition head is configured to move across said open platform and deposit said film over said print window; an optical source that provides light through said print window for curing at least a portion of said film of said viscous liquid; and a controller operatively coupled to said deposition head and said optical source, wherein said controller is programmed to (i) direct said deposition head to move across said open platform and dispense said viscous liquid through said nozzle to deposit said film over said print window, and (ii) direct said optical source to provide said light to cure said photoactive resin in at least said portion of said film of said viscous liquid, thereby printing at least a portion of said 3D object. an open platform configured to hold a film of a viscous liquid comprising a photoactive resin. wherein said open platform comprises a print window; a deposition head comprising a nozzle in fluid communication with a source of said viscous liquid, wherein said deposition head is configured to move across said open platform and deposit said film over said print window; an optical source that provides light through said print window for curing at least a portion of said film of said viscous liquid; and a controller operatively coupled to said deposition head and said optical source, wherein said controller is programmed to (i) direct said deposition head to move across said open platform and dispense said viscous liquid through said nozzle to deposit said film over said print window, and (ii) direct said optical source to provide said light to cure said photoactive resin in at least said portion of said film of said viscous liquid, thereby printing at least a portion of said 3D object.
An apparatus for simulating deposition of an inhaled drug on lungs of an individual, the apparatus comprising: a mouth-throat model; an inhalation device connected to the mouth-throat model and adapted to disperse a drug in the mouth-throat model; a breath simulator connected to the mouth-throat model and adapted to disperse a respiration flow in the mouth-throat model, wherein the respiration flow is generated based on a respiration profile of the individual; a controlling unit in communication with the breath simulator and the inhalation device, comprising one or more sensors, wherein the controlling unit is adapted to: detect the dispersion of the respiration flow into the mouth-throat model, wherein the controlling unit is adapted to detect the dispersion when the breath simulator receives a predetermined respiration flow; transmit a signal to the inhalation device, in response to the detection; and actuate the inhalation device to simultaneously disperse the drug in the mouth-throat model, in response to the transmission of the signal; a mixing unit formed downstream to the mouth-throat model and the breath simulator, such that the respiration flow and the drug are uniformly mixed while passing through the mixing unit; and a lung cast model formed downstream to the mixing unit and adapted to receive the mixture to accommodate deposition of the drug. a mouth-throat model; an inhalation device connected to the mouth-throat model and adapted to disperse a drug in the mouth-throat model; a breath simulator connected to the mouth-throat model and adapted to disperse a respiration flow in the mouth-throat model, wherein the respiration flow is generated based on a respiration profile of the individual; a controlling unit in communication with the breath simulator and the inhalation device, comprising one or more sensors, wherein the controlling unit is adapted to: detect the dispersion of the respiration flow into the mouth-throat model, wherein the controlling unit is adapted to detect the dispersion when the breath simulator receives a predetermined respiration flow; transmit a signal to the inhalation device, in response to the detection; and actuate the inhalation device to simultaneously disperse the drug in the mouth-throat model, in response to the transmission of the signal; detect the dispersion of the respiration flow into the mouth-throat model, wherein the controlling unit is adapted to detect the dispersion when the breath simulator receives a predetermined respiration flow; transmit a signal to the inhalation device, in response to the detection; and actuate the inhalation device to simultaneously disperse the drug in the mouth-throat model, in response to the transmission of the signal; a mixing unit formed downstream to the mouth-throat model and the breath simulator, such that the respiration flow and the drug are uniformly mixed while passing through the mixing unit; and a lung cast model formed downstream to the mixing unit and adapted to receive the mixture to accommodate deposition of the drug.
Air vent comprising a housing with an air outlet opening, a first connection to an air supply channel and a continuous flow channel, wherein the flow channel is formed to be so curved at at least two opposite sections (26; 28) that the cross-section of the flow channel increases towards the air outlet opening, and the at least two sections (26; 28) each have openings (30, 32, 34) which each open into a respective chamber (36, 38) lying behind the sections (26; 28), wherein the chambers (36; 38) each have a second connection (40; 42), which is separated from the first connection, for supplying or removing air so as to generate an overpressure and/or a vacuum and wherein the sections (26, 28) have a plurality of rows of openings (30, 32, 34).
A foldable mobile terminal comprising a first main body, a second main body, and a third main body, the first main body comprising a frame and a body portion, the body portion comprising a display surface and a rear surface, the second main body being pivotably connected to the frame, the second main body being rotatable relative to the frame, the third main body being pivotably connected to the second main body, the third main body being rotatable relative to the second main body, wherein the foldable mobile terminal further comprises a flexible screen provided on surfaces of the first main body, the second main body and the third body, wherein a portion of the flexible screen on the surface of the second main body is located between the second main body and the third main body in a folded state, and a portion of the flexible screen on the surface of the third main body is located between the third main body and the second main body in the folded state, wherein the body portion is received and secured in the frame, and the display surface is disposed to face toward an upper surface of the frame; the second main body can be rotated relative to the frame such that the second main body is superposed on the rear surface of the body portion; and the third main body can be rotated relative to the second main body such that the third main body is superposed on a surface of the second main body away from the body portion, characterized in that the frame comprises an accommodating chamber, the body portion is received and secured in the accommodating chamber, the second main body can be rotated relative to the frame to be received in the accommodating chamber, the third main body can be rotated relative to the second main body to be received in the accommodating chamber, the frame includes a first arm, a second arm and a third arm, the first arm being parallel to the third arm, the second arm perpendicularly connecting with the first arm and the third arm, and the first arm, the second arm and the third arm connecting with each other to define the accommodating chamber.
Body workstation for processing vehicle bodies, comprising a vehicle parking space and a first suction device for removing processing residues produced during abrasive body processing from the vehicle parking space using a first suction flow, characterized in that the first suction device has a magnetic separator having at least one magnet for separating ferromagnetic processing residues from the first suction flow, and in that the body workstation has a second suction device for suctioning smoke and vapors from the vehicle parking space using a second suction flow which is separate from the first suction flow.
A method of forming a contact window structure, comprising: providing a target layer; forming an annular pad on a surface of the target layer, wherein a central via, from which a partial surface of the target layer is exposed, is formed in a middle part of the annular pad; forming a dielectric layer covering the target layer and the annular pad; etching the dielectric layer to form an etch hole connected to the central via in the dielectric layer; and removing the annular pad to form the contact window structure. providing a target layer; forming an annular pad on a surface of the target layer, wherein a central via, from which a partial surface of the target layer is exposed, is formed in a middle part of the annular pad; forming a dielectric layer covering the target layer and the annular pad; etching the dielectric layer to form an etch hole connected to the central via in the dielectric layer; and removing the annular pad to form the contact window structure.
A synchronisation symbol detector for detecting a synchronisation symbol in an input signal, the detector comprising: a first correlation module configured to perform one or more first correlations between the input signal and a down-converted version of the input signal and generate a first correlation metric based on the one or more first correlations; a second correlation module configured to perform one or more second correlations between the input signal and an up-converted version of the input signal and generate a second correlation metric based on the one or more second correlations; and a comparison module configured to determine whether the input signal comprises a synchronisation symbol based on a comparison of the first and second correlation metrics and output an indication of the determination; characterized in that the comparison module is configured to determine that the input signal comprises a synchronisation symbol when only one of the first and second correlation metrics indicates that the input signal comprises a synchronisation symbol. a first correlation module configured to perform one or more first correlations between the input signal and a down-converted version of the input signal and generate a first correlation metric based on the one or more first correlations; a second correlation module configured to perform one or more second correlations between the input signal and an up-converted version of the input signal and generate a second correlation metric based on the one or more second correlations; and a comparison module configured to determine whether the input signal comprises a synchronisation symbol based on a comparison of the first and second correlation metrics and output an indication of the determination; characterized in that the comparison module is configured to determine that the input signal comprises a synchronisation symbol when only one of the first and second correlation metrics indicates that the input signal comprises a synchronisation symbol.