mhurhangee/ep-ind-claims huggingface dataset:
A floating body device for suppressing vibration of enclosure, comprising a floating body surrounding the enclosure and an excitation device configured to excite the floating body to float up and down; wherein the excitation device comprises a tether connected to the floating body; wherein the enclosure comprises a tower of a wind turbine generator system, a television tower or an anemometer tower; characterized in that the floating body is directly filled with a gas having a density smaller than that of air; the excitation device further comprises a rope actuator, one end of the tether is connected to the floating body, the other end of the tether is connected to the rope actuator; the rope actuator controls the tether to extend and retract, so as to actively excite the floating body to float up and down; and further comprises: a follow-up system supporting and rotating platform on which the rope actuator is arranged, a track fixed on a foundation base or the enclosure, and a driving motor used to drive the follow-up system supporting and rotating platform to move along the track, wherein the follow-up system supporting and rotating platform rotates around the enclosure when moving along the track, to allow the tethers, the rope actuator and the floating body to follow. a follow-up system supporting and rotating platform on which the rope actuator is arranged, a track fixed on a foundation base or the enclosure, and a driving motor used to drive the follow-up system supporting and rotating platform to move along the track, wherein the follow-up system supporting and rotating platform rotates around the enclosure when moving along the track, to allow the tethers, the rope actuator and the floating body to follow.
Fibronectin, or a functional variant thereof, as well as salts or solvates thereof, for use in the treatment or prevention of Chronic Myeloid Leukemia.
Method for recovering a target protein from a feedstock, said feedstock comprising said target protein and at least one impurity compound selected from host cell proteins, DNA, RNA or other nucleic acid, or a combination of two or more thereof, and optionally further comprising albumins, endotoxins, detergents and microorganisms, or fragments thereof, or a combination of two or more thereof, the feedstock being in the form of a solution or suspension, and the target protein being characterized by a hydrodynamic radius R h1 and the impurity compound being characterized by a hydrodynamic radius R h2, wherein R h1 > R h2, the method comprising the following steps (i) to (iv) and optionally step (v): (i) providing a polymeric mesh comprising at least one crosslinked polymer containing positively charged amino groups, the polymer being characterized by a pore size exclusion limit R hi which can be set variably; (ii) adapting the variable pore size exclusion limit R hi of the polymeric mesh to the hydrodynamic radii R h1 and R h2 such that R h2 < R hi and R h1 > R hi; (iii) contacting the polymeric mesh with the feedstock for a time sufficient to allow retaining the impurity compound in the polymeric mesh and excluding the target protein from the polymeric mesh; (iv) separating the polymeric mesh containing the retained impurity compound from the feedstock containing the excluded target protein in order to obtain a purified feedstock; (v) optionally, isolating the target protein from the purified feedstock. (i) providing a polymeric mesh comprising at least one crosslinked polymer containing positively charged amino groups, the polymer being characterized by a pore size exclusion limit R hi which can be set variably; (ii) adapting the variable pore size exclusion limit R hi of the polymeric mesh to the hydrodynamic radii R h1 and R h2 such that R h2 < R hi and R h1 > R hi; (iii) contacting the polymeric mesh with the feedstock for a time sufficient to allow retaining the impurity compound in the polymeric mesh and excluding the target protein from the polymeric mesh; (iv) separating the polymeric mesh containing the retained impurity compound from the feedstock containing the excluded target protein in order to obtain a purified feedstock; (v) optionally, isolating the target protein from the purified feedstock.
An appliance including a chassis for releasably receiving an item, and a temperature sensor assembly mounted in the chassis, the temperature sensor assembly for detecting a temperature of the item, the assembly including: a resilient support attached to the chassis, and including a mounting that has a longitudinal axis; a temperature sensor secured in the mounting and extending therealong, the temperature sensor having an end portion positioned relative to the chassis so as to be locatable adjacent the item to detect the temperature thereof; a resilient member associated with the temperature sensor and adapted to urge the temperature sensor to a predetermined position with respect to the chassis; wherein the resilient support and the resilient member provide for movement of the temperature sensor in a direction along said longitudinal axis for enabling said end portion to accommodate positioning of said item on said chassis, and for urging the temperature sensor assembly into contact with the item, and wherein the mounting of the resilient support is a resiliently deformable cylindrical mounting part in which a sensor body containing the temperature sensor is engaged, and wherein the resilient support includes a flexible diaphragm having a central opening for receiving the sensor body, the flexibility of the diaphragm providing for an angular movement of the temperature sensor about two further axes (500, 501), with the longitudinal axis and the two further axes (500, 501) being mutually perpendicular. a resilient support attached to the chassis, and including a mounting that has a longitudinal axis; a temperature sensor secured in the mounting and extending therealong, the temperature sensor having an end portion positioned relative to the chassis so as to be locatable adjacent the item to detect the temperature thereof; a resilient member associated with the temperature sensor and adapted to urge the temperature sensor to a predetermined position with respect to the chassis; wherein the resilient support and the resilient member provide for movement of the temperature sensor in a direction along said longitudinal axis for enabling said end portion to accommodate positioning of said item on said chassis, and for urging the temperature sensor assembly into contact with the item, and wherein the mounting of the resilient support is a resiliently deformable cylindrical mounting part in which a sensor body containing the temperature sensor is engaged, and wherein the resilient support includes a flexible diaphragm having a central opening for receiving the sensor body, the flexibility of the diaphragm providing for an angular movement of the temperature sensor about two further axes (500, 501), with the longitudinal axis and the two further axes (500, 501) being mutually perpendicular.
Pump or compressor plunger, having a tube-shaped housing which, in the region of a first annular face, receives a roller for running on of a periodic lift generator within its inner shell, which roller runs on a separate pin in a manner which is mounted by way of a plain bearing or an anti-friction bearing, which pin has axle stubs as end pieces which protrude in one piece from end sides of the roller, via which axle stubs the said pin is seated in receptacles of the housing, the housing being penetrated axially below the roller by a separate bridge piece, the underside of which, which faces a second annular face of the housing, serves as a rest for a plunger following part, characterized in that the inner shell of the housing has two steps, consisting of a thinned material portion in the upper section of the housing, which thinned material portion emanates from the first annular face, is configured as a circumferential ring, and into which thinned material portion the roller protrudes with its annular edges, and consisting of a remaining inner shell ring at the second annular face, which thinned material portion ends below an axial line of the roller, but above its lower edge on the side of the second annular face.
Yoke for attaching surface coating blades comprising a longitudinal groove (43,45) on each side which is essentially vertical to the external and internal faces of said coating blades, the said yoke being essentially U-shaped and comprising a web and two flanges (5,7), at least one of which comprising a projection (9,11) projecting from the inner surface of said flange, the web of said yoke bearing on its outer surface at least two hooks (17,19) arranged next to one another and oriented in opposite directions, characterized in that said hooks comprise a segment (17',19') approximately vertical to the web of the yoke and a segment (17",19") contiguous with the previous segment (17',19') and folded at 90° thereto and terminated by an end segment (17"', 19"') spaced outwardly or raised by an angle of 0 to 35°, preferably of 15 to 30°.
A vaccine vector comprising a membrane or envelope and at least two antigenic polynucleotides, wherein a first antigenic polynucleotide encodes an M2e polypeptide of SEQ ID NO: 5 or SEQ ID NO: 20 and a second antigenic polynucleotide encodes an M2e polypeptide of SEQ ID NO: 1 or an immunogenic fragment thereof, wherein the antigenic polynucleotides are inserted into a polynucleotide sequence encoding an external portion of a transmembrane protein, wherein the vaccine vector is capable of expressing the polynucleotide, and wherein the vaccine vector enhances the immune response of a subject to Influenza A.
A grill comprising: a lid, the lid having an inner wall and an outer wall and a hollow plenum formed between the inner wall and the outer wall; an exterior grill body having a bottom and a plurality of elongated key shaped air intake slots radiating from the center of the bottom of the body; an annular retaining member; a fuel grate; and an interior grill body member within the exterior grill body, the interior body member having an open top portion, an intermediate portion adapted to support the annular retaining member and an open bottom portion adapted to support the fuel grate, the open bottom portion in fluid communication with the plurality of air intake slots and wherein a hollow space is created between the sides of the interior grill body member and the exterior grill body member. a lid, the lid having an inner wall and an outer wall and a hollow plenum formed between the inner wall and the outer wall; an exterior grill body having a bottom and a plurality of elongated key shaped air intake slots radiating from the center of the bottom of the body; an annular retaining member; a fuel grate; and an interior grill body member within the exterior grill body, the interior body member having an open top portion, an intermediate portion adapted to support the annular retaining member and an open bottom portion adapted to support the fuel grate, the open bottom portion in fluid communication with the plurality of air intake slots and wherein a hollow space is created between the sides of the interior grill body member and the exterior grill body member.
A user/machine interface comprising a panel (5, 25) having a surface, the panel being capable of supporting bending waves, a touch-sensitive input device associated with the surface, means including a force transducer for providing force feedback to the input device to simulate a button click sensation to a touching finger tip of a user of the input device, the force feedback to the input device being in the form of pulses to the input device, the pulses being in the form of a modulated signal, where the modulated signal has a dominant carrier frequency in the range 150 to 750 Hz and being of a duration of at least 10ms, and comprising digital signal processing means adapted to shape the pulses to enhance the panel displacement at the touch location wherein the modulated signal is amplitude modulated in the form of a damped sinusoid.
A floor panel (1a, 1b) comprising a core and a decorative surface comprising a pattern of wear resistant particles, characterised in that the wear resistant particles are arranged in a raster pattern with pre-determined distances (D1, D2) between the wear resistant particles, the distance between the wear resistant particles being about 0.2-0.6 mm. the wear resistant particles are arranged in a raster pattern with pre-determined distances (D1, D2) between the wear resistant particles, the distance between the wear resistant particles being about 0.2-0.6 mm.
Extractor hood having an extractor hood housing with at least one suction slot and at least one filter unit, wherein the filter unit comprises an ionization unit and a separation unit, the separation unit is mounted downstream of the ionisation unit in the direction of flow and the ionization unit and the separation unit are accommodated in a common housing, wherein the suction slot is formed between the extractor hood housing and an impact plate which is arranged offset thereto below the extractor hood housing, wherein the at least one filter unit is arranged in the suction slot, and wherein the at least one filter unit is releasably arranged in the suction slot, characterised in that the suction slot extends over at least a part of the periphery of the extractor hood housing and is preferably oriented vertically, such that the at least one filter unit can be inserted into the suction slot from the side, and that an electric contact element (25, 26) that is accessible from the outside is arranged on at least one wall of the housing.
A vaccine composition comprising an attenuated strain of Tilapia Lake Virus (TiLV), wherein said TiLV comprises a TiLV-specific 250 bp sequence that is detected by a One-Step Real-Time PCR assay designed as a single-tube PCR probe hydrolysis (TaqMan) assay using the following PCR probes (i) forward primer 5'-GTTGGGCACAAGGCATCCTA-3' and reverse primer 5'-TATCACGTGCGTACTCGTTCAGT-3' and (ii) fluorogenic probe 5'-AGGGAACGGCTATTG-3'.
A filter for e-vaping, comprising: a contained filter material including, one or more portions of a filter material, including at least one sheet of filter material that is crimped to define interstices running through a longitudinal length of the contained filter material, the interstices being configured to allow an airflow to pass through the longitudinal length of the contained filter material, and at least one first consumable substance infused within the filter material, the at least one first consumable substance including at least one of nicotine, at least one first flavorant, a pre-vapor formulation, a sub-combination thereof, or a combination thereof. one or more portions of a filter material, including at least one sheet of filter material that is crimped to define interstices running through a longitudinal length of the contained filter material, the interstices being configured to allow an airflow to pass through the longitudinal length of the contained filter material, and at least one first consumable substance infused within the filter material, the at least one first consumable substance including at least one of nicotine, at least one first flavorant, a pre-vapor formulation, a sub-combination thereof, or a combination thereof.
A method for accessing memory cells arranged in rows and columns, the method comprising: in response to receiving an active command, activating a specific row of the rows of the memory cells; and flipping data bits stored in memory cells of the specific row in response to determining that a concentrated activation occurs at the specific row, and wherein the flipping of the data bits stored in the memory cells of the specific row in response to determining that the concentrated activation occurs at the specific row comprises: flipping the data bits stored in the memory cells of the specific row in response to determining that a number of times that the specific row is activated or a frequency at which the specific row is activated reaches a threshold value. in response to receiving an active command, activating a specific row of the rows of the memory cells; and flipping data bits stored in memory cells of the specific row in response to determining that a concentrated activation occurs at the specific row, and wherein the flipping of the data bits stored in the memory cells of the specific row in response to determining that the concentrated activation occurs at the specific row comprises: flipping the data bits stored in the memory cells of the specific row in response to determining that a number of times that the specific row is activated or a frequency at which the specific row is activated reaches a threshold value.
, A non-pneumatic wheel which rolls about a central axis, a radial direction extending perpendicular to the central axis, and a circumferential axis extending perpendicular to the radial direction and perpendicular to the central axis, the non-pneumatic wheel possessing a compliant outer band and an inner hub and at least one spoke comprising: a first spoke portion attached to the outer band, the first spoke portion possessing a length in the radial direction and a thickness extending in the circumferential direction; a second spoke portion attached to the hub, the second spoke portion possessing a length in the radial direction and a thickness extending in the circumferential direction; and at least one shear deforming member (350, 351, 352) joining the first spoke portion and the second spoke portion, the shear deforming member (350, 351, 352) possessing a thickness in the radial direction and a length extending in the circumferential direction, the wheel being characterized in that the at least one spoke is pretensioned, wherein the spoke pretension creates a spoke displacement from a neutral position to an extended position, where the neutral position is the position the spoke would assume if it was not connected to the hub structure or the outer band and the tire is in an unloaded state. a first spoke portion attached to the outer band, the first spoke portion possessing a length in the radial direction and a thickness extending in the circumferential direction; a second spoke portion attached to the hub, the second spoke portion possessing a length in the radial direction and a thickness extending in the circumferential direction; and at least one shear deforming member (350, 351, 352) joining the first spoke portion and the second spoke portion, the shear deforming member (350, 351, 352) possessing a thickness in the radial direction and a length extending in the circumferential direction, the wheel being characterized in that the at least one spoke is pretensioned, wherein the spoke pretension creates a spoke displacement from a neutral position to an extended position, where the neutral position is the position the spoke would assume if it was not connected to the hub structure or the outer band and the tire is in an unloaded state.
A heating, ventilation, and air-conditioning (HVAC) module for a vehicle, said module comprising: a base configured to define a post protruding from a wall of the base: a cover configured to define a hole that cooperates with the post to couple the cover to the base to form a housing of the module, said base further configured to define a clamp coupled to the wall by a hinge, said clamp operable between an open position where the hole can be placed around the post and a closed position where the clamp retains the hole around the post, characterized in that the clamp includes a shroud portion configured cover the post when the clamp is in the closed position. a base configured to define a post protruding from a wall of the base: a cover configured to define a hole that cooperates with the post to couple the cover to the base to form a housing of the module, said base further configured to define a clamp coupled to the wall by a hinge, said clamp operable between an open position where the hole can be placed around the post and a closed position where the clamp retains the hole around the post, a cover configured to define a hole that cooperates with the post to couple the cover to the base to form a housing of the module, said base further configured to define a clamp coupled to the wall by a hinge, said clamp operable between an open position where the hole can be placed around the post and a closed position where the clamp retains the hole around the post,
A power supply apparatus interconnected to a grid together with a power generation apparatus, and configured to control a solar cell and a storage battery, the power supply apparatus comprising: an inverter configured to convert DC power from the solar cell and the storage battery into AC power; a first relay configured to switch on or off a connection between the inverter and the grid; an AC-DC converter capable of converting AC power from the power generation apparatus into DC power and supplying the DC power to the storage battery during a grid-independent operation; and a controller characterised by being configured to control, at the time of recovery of the grid from power outage, such that the AC-DC converter starts operating, that the first relay is switched on, and that the AC-DC converter keeps operating until a reverse power flow to the grid is detected. an inverter configured to convert DC power from the solar cell and the storage battery into AC power; a first relay configured to switch on or off a connection between the inverter and the grid; an AC-DC converter capable of converting AC power from the power generation apparatus into DC power and supplying the DC power to the storage battery during a grid-independent operation; and a controller characterised by being configured to control, at the time of recovery of the grid from power outage, such that the AC-DC converter starts operating, that the first relay is switched on, and that the AC-DC converter keeps operating until a reverse power flow to the grid is detected.
An apparatus comprising a calculator configured to calculate one or more values for determination of an uplink hybrid automatic repeat request acknowledgement/non-acknowledgement resource for each scheduled user terminal (102A, 102B) such that the uplink hybrid automatic repeat request acknowledgement/non-acknowledgement resource becomes the same for all user terminals which are not scheduled non-adaptively.
Process for grinding particles comprising the steps of: - providing a jet mill comprising a grinding chamber and at least one jetting nozzle to feed grinding gas into said grinding chamber; - providing particles of layered structure material having an interplanar distance ranging from 0.30 nm to 0.40 nm as measured by X-ray diffraction method into the grinding chamber, - feeding grinding gas under pressure to the grinding chamber through the at least one jetting nozzle to perform the micronisation of the particles, and - collecting micronized particles, the process being characterized in that it further comprises the step of adding an alkaline grinding aid to the grinding gas before said grinding gas is fed into the grinding chamber; wherein the particles material of layered structure for grinding is selected from the group consisting of natural graphite, synthetic graphite, petroleum coke, pitch coke, anthracite, hexagonal boron nitride and clay minerals. - providing a jet mill comprising a grinding chamber and at least one jetting nozzle to feed grinding gas into said grinding chamber; - providing particles of layered structure material having an interplanar distance ranging from 0.30 nm to 0.40 nm as measured by X-ray diffraction method into the grinding chamber, - feeding grinding gas under pressure to the grinding chamber through the at least one jetting nozzle to perform the micronisation of the particles, and - collecting micronized particles,