mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a silicate phosphor represented by a composition formula of Ba 1-x Eu x ZrSi y O 3+2y (where 0.001≤x≤0.5 and 2.5≤y≤3), the silicate phosphor having: a diffraction pattern of BaZrSi 3 O 9 as a powder X-ray diffraction pattern; an emission intensity at an excitation wavelength of 400 nm, the emission intensity being 72,9% or higher of an emission intensity at an excitation wavelength of 300 nm; and an emission intensity change ratio represented by [Equation 1] Emission intensity change ratio % = I ex 380 nm − I ex 420 nm / I ex 380 nm × 100 with I ex 380nm: emission intensity at an excitation wavelength of 380 nm, and I ex 420nm: emission intensity at an excitation wavelength of 420 nm, the emission intensity change ratio being 30% or lower in a range of excitation wavelengths of 380 nm to 420 nm, the method comprising the following steps 1 to 4: Step 1 of mixing Ba, Zr, Eu, and Si elements, the elements being metal components in constituents, as an aqueous solution, adding oxycarbonic acid therein, heating the mixed solution to cause gelation of the mixed solution, and then drying to form a gel; Step 2 of baking the gel formed in the step 1 in atmosphere to remove an organic substance contained in the gel and producing a precursor with the constituents uniformly distributed therein; and Step 3 of performing a heat treatment on the precursor obtained in the step 2 in reducing atmosphere to obtain a BaZrSi 3 O 9 crystal phase and, at the same time, reducing and doping a Ba site with Eu to form silicate phosphor powder, Step 4 of performing a heat treatment on the silicate phosphor powder produced in the step 3 at temperatures 500°C to 1500°C under atmosphere containing oxygen. Step 1 of mixing Ba, Zr, Eu, and Si elements, the elements being metal components in constituents, as an aqueous solution, adding oxycarbonic acid therein, heating the mixed solution to cause gelation of the mixed solution, and then drying to form a gel; Step 2 of baking the gel formed in the step 1 in atmosphere to remove an organic substance contained in the gel and producing a precursor with the constituents uniformly distributed therein; and Step 3 of performing a heat treatment on the precursor obtained in the step 2 in reducing atmosphere to obtain a BaZrSi 3 O 9 crystal phase and, at the same time, reducing and doping a Ba site with Eu to form silicate phosphor powder, Step 4 of performing a heat treatment on the silicate phosphor powder produced in the step 3 at temperatures 500°C to 1500°C under atmosphere containing oxygen.
A method implemented by a radio network node for downlink signal transmission to a user equipment over an adaptively selected beam, the method comprising: transmitting, over different beams, different beam selection signals that are respectively configured to prompt a response from the user equipment on different uplink radio resources, wherein the different uplink radio resources comprise different time resources on a random access channel, and wherein the different beam selection signals comprise uplink grants that assign the user equipment the different uplink radio resources for uplink transmission; receiving, from the user equipment, a response over a responsive radio resource of the uplink radio resources; selecting, from the different beams, a beam over which was transmitted a beam selection signal configured to prompt a response on the responsive uplink radio resource; and transmitting a downlink signal to the user equipment over the selected beam. transmitting, over different beams, different beam selection signals that are respectively configured to prompt a response from the user equipment on different uplink radio resources, wherein the different uplink radio resources comprise different time resources on a random access channel, and wherein the different beam selection signals comprise uplink grants that assign the user equipment the different uplink radio resources for uplink transmission; receiving, from the user equipment, a response over a responsive radio resource of the uplink radio resources; selecting, from the different beams, a beam over which was transmitted a beam selection signal configured to prompt a response on the responsive uplink radio resource; and transmitting a downlink signal to the user equipment over the selected beam.
A fixation apparatus for releasably securing a fixation structure to an airway tube of an artificial airway device, comprising a collet defining a bore, a collet nut, and one or more fixation strap, wherein the apparatus is adapted to allow captive axial movement thereof relative to an outer surface of the airway tube in a release position, and to substantially prevent axial movement thereof relative to the airway tube in a secured position, wherein the assembly includes compression means for application of compressive load to an area of the airway tube outer surface when the apparatus is in the secured position, there being radial load focussing means disposed to focus the compressive load onto the airway tube outer surface, wherein the collet and one or more fixation strap are captive on and freely slidable axially along the airway tube to any desired position when the fixation apparatus is not in the secured position, characterised by that the radial load focussing means comprises one or more set of a plurality of closely spaced ridges.
A method of identifying and/or selecting a maize plant with anthracnose stalk rot resistance, said method comprising: a. analyzing DNA of a maize plant for the presence of a QTL allele associated with anthracnose stalk rot resistance, wherein said QTL allele comprises: i. a "C" at position 201 in the sequence set forth in SEQ ID NO: 9, ii. a "C" at position 201 in the sequence set forth in SEQ ID NO: 10, iii. an "A" at position 201 in the sequence set forth in SEQ ID NO: 11, iv. a "G" at position 201 in the sequence set forth in SEQ ID NO: 12, and v. an "A" at position 201 in the sequence set forth in SEQ ID NO: 13; and b. selecting said maize plant as having anthracnose stalk rot resistance if said QTL allele is detected. a. analyzing DNA of a maize plant for the presence of a QTL allele associated with anthracnose stalk rot resistance, wherein said QTL allele comprises: i. a "C" at position 201 in the sequence set forth in SEQ ID NO: 9, ii. a "C" at position 201 in the sequence set forth in SEQ ID NO: 10, iii. an "A" at position 201 in the sequence set forth in SEQ ID NO: 11, iv. a "G" at position 201 in the sequence set forth in SEQ ID NO: 12, and v. an "A" at position 201 in the sequence set forth in SEQ ID NO: 13; and i. a "C" at position 201 in the sequence set forth in SEQ ID NO: 9, ii. a "C" at position 201 in the sequence set forth in SEQ ID NO: 10, iii. an "A" at position 201 in the sequence set forth in SEQ ID NO: 11, iv. a "G" at position 201 in the sequence set forth in SEQ ID NO: 12, and v. an "A" at position 201 in the sequence set forth in SEQ ID NO: 13; and b. selecting said maize plant as having anthracnose stalk rot resistance if said QTL allele is detected.
Facade or roof element comprising several photovoltaic solar cells or modules, respectively, a heat conducting layer being connected to the solar cells (31, 32, 33) or modules, respectively, as well as at least a thermal insulation, which is arranged at the surface of the heat conducting layer, the surface being opposite to the solar cells or modules, the heat conducting layer being formed by several segments and receiving several solar cells or modules, respectively, such that one or several gradations are provided in the heat conducting layer or the segments of the heat conducting layer, that the overlapping of the solar cells or modules is provided in the area of the gradations of the heat conduction layer or the segments, and that means to supply or divert of heat to and from the heat conducting layer are arranged in or at the heat conducting layers.
A ported catheter comprising: a catheter adapter having an inner lumen; a catheter extending distally from the catheter adapter; a side port forming an opening through a sidewall of the catheter adapter into the inner lumen; a tubing positioned within the inner lumen to cover the opening formed by the side port; and an actuator contained within the side port, the actuator being configured to compress the tubing inwardly when a device is inserted into the side port, the inward compression of the tubing opening a flowpath from the side port into the inner lumen, characterized in that the actuator comprises one or more antimicrobial agent(s), wherein the actuator comprises a lumen through which fluid may flow and a bottom portion having a diameter that is smaller than the diameter of the opening within the side port and a top portion having a diameter that is larger than the diameter of the opening within the side port and wherein the antimicrobial agent(s) elute into a fluid when the fluid contacts the actuator. a catheter adapter having an inner lumen; a catheter extending distally from the catheter adapter; a side port forming an opening through a sidewall of the catheter adapter into the inner lumen; a tubing positioned within the inner lumen to cover the opening formed by the side port; and an actuator contained within the side port, the actuator being configured to compress the tubing inwardly when a device is inserted into the side port, the inward compression of the tubing opening a flowpath from the side port into the inner lumen, characterized in that the actuator comprises one or more antimicrobial agent(s), wherein the actuator comprises a lumen through which fluid may flow and a bottom portion having a diameter that is smaller than the diameter of the opening within the side port and a top portion having a diameter that is larger than the diameter of the opening within the side port and wherein the antimicrobial agent(s) elute into a fluid when the fluid contacts the actuator.
An oral dosage form comprising ketamine or a pharmaceutically acceptable salt or solvate thereof, wherein the dosage form provides an in vitro release of ketamine, when measured according to the USP Basket Method I in 0.1M HCl at 37°C at 100 rpm, of 0 to 40% after 2 hours, of 10 to 70% after 4 hours, of 30 to 85% after 6 hours and of 45 to 100% after 8 hours, wherein the dosage form is a multi particulate controlled release dosage form, wherein the dosage form comprises pellets containing a core comprising ketamine or a pharmaceutically acceptable salt or solvate thereof, and a release control layer comprising a release control substance coated upon the core, wherein the release control substance is water insoluble polymer, and wherein the pellets are contained in an external phase of at least one pharmaceutically acceptable excipient.
A sheet conveyance apparatus comprising: a conveyance roller; a first rotary member configured to be rotated in contact with the conveyance roller, and forming a first nip portion, conveying a sheet in a first conveyance direction, together with the conveyance roller, a rotation axis of the first rotary member being inclined with respect to a rotation axis of the conveyance roller such that a center of one end of the first rotary member is positioned at a different position in the first conveyance direction with respect to a center (C1') of the other end of the first rotary member in a view from a rotation axis direction of the conveyance roller; and a second rotary member configured to be rotated in contact with the conveyance roller, and forming a second nip portion, conveying the sheet in a second conveyance direction, together with the conveyance roller, the second rotary member being provided downstream of the first rotary member in a rotation direction of the conveyance roller, characterized in that a rotation axis of the second rotary member being inclined with respect to the rotation axis of the conveyance roller such that a center of one end of the second rotary member is positioned at a different position in the second conveyance direction with respect to a center (C2') of the other end in a view from the rotation axis direction of the conveyance roller. a conveyance roller; a first rotary member configured to be rotated in contact with the conveyance roller, and forming a first nip portion, conveying a sheet in a first conveyance direction, together with the conveyance roller, a rotation axis of the first rotary member being inclined with respect to a rotation axis of the conveyance roller such that a center of one end of the first rotary member is positioned at a different position in the first conveyance direction with respect to a center (C1') of the other end of the first rotary member in a view from a rotation axis direction of the conveyance roller; and a second rotary member configured to be rotated in contact with the conveyance roller, and forming a second nip portion, conveying the sheet in a second conveyance direction, together with the conveyance roller, the second rotary member being provided downstream of the first rotary member in a rotation direction of the conveyance roller, characterized in that a rotation axis of the second rotary member being inclined with respect to the rotation axis of the conveyance roller such that a center of one end of the second rotary member is positioned at a different position in the second conveyance direction with respect to a center (C2') of the other end in a view from the rotation axis direction of the conveyance roller.
A two-dimensional code reading device configured to read a two-dimensional code composed of a plurality of concave portions carved in a member having a substantially circular section orthogonal to a central axis thereof, wherein the two-dimensional code reading device comprises illumination means configured to irradiate the two-dimensional code with light from a direction along the central axis of the member and image pickup means configured to pick up an image of the two-dimensional code from a direction along the central axis, wherein the concave portion has a pair of a first inclined portion and a second inclined portion of which a mutual space in the direction of the central axis becomes narrow toward a radial inner side of the member in a section including the central axis and the center of the concave portion, wherein the first inclined portion is inclined so as to form an angle β in a clockwise direction with respect to a normal-line direction of a surface of the member in the section, wherein the second inclined portion is inclined so as to form an angle β in a counterclockwise direction with respect to the normal-line direction, wherein the image pickup means is arranged so as to receive light reflected in a direction forming an angle θ satisfying expression below with respect to the normal-line direction in the section in either one of the first inclined portion and the second inclined portion, and wherein the illumination means is arranged so as to irradiate the one of the first inclined portion and the second inclined portion from a direction forming an angle α satisfying expression below with respect to the normal-line direction in the section: 30 ° ≤ θ ≤ 35 ° − 10 ° ≤ θ − 180 ° + α + 2 β ≤ 10 ° where β is less than 90°, and θ and α are angles in a turn direction reverse to a turn direction at which the one of the first inclined portion and the second inclined portion forms the angle β with respect to the normal-line direction. where β is less than 90°, and θ and α are angles in a turn direction reverse to a turn direction at which the one of the first inclined portion and the second inclined portion forms the angle β with respect to the normal-line direction.
A household appliance, in particular a refrigerator or freezer, or a furniture item, having at least one storage space (13, 24), in which at least one carrier plate having a bearing region and a shelf rotationally and translationally movable on the bearing region of the carrier plate are arranged, wherein the shelf has a planar bearing region, which is aligned plane-parallel to the bearing region of the carrier element, wherein the shelf is rotatable in relation to the carrier plate in a first rotational direction and is displaceable in a predetermined direction, characterized in that bearing surfaces of the bearing regions (4, 5) facing toward one another each comprise closed, peripheral running grooves (44, 45, 51), in which roller bodies are guided, wherein the running grooves (44, 45, 51) are formed in such a way that if a force acts on the shelf in a direction defined in the plane of the bearing region, the shelf is movable in an at least partially positively-guided, simultaneously rotational and translational movement from a base position into an intermediate position, during which the shelf is rotated in relation to the bearing plate in one of two possible opposing rotational directions (R 1, R 2) and is displaced in a predetermined direction, wherein the shelf, after the movement into the intermediate position, is pivotable in relation to the carrier plate further in the one of two possible opposing rotational directions (R 1, R 2) and is displaceable opposite to the predetermined direction and occupies the base position again upon a pivot by 180°.
A torque limiter device comprising a rotatable input having an input flange associated therewith, a rotatable output having an output flange associated therewith, the input flange and the output flange having opposing transmission pockets (26a, 26b) formed therein, a torque transmission element locatable within the opposing transmission pockets (26a, 26b) of the input and output flanges (20, 22) to transmit torque therebetween, at least one disengagement pocket arranged to receive the torque transmission element when the torque transmission element is in a disengaged position in which torque is not transmitted between the input flange and the output flange, and resilient biasing means biasing the torque transmission element towards a transmission position in which it is located within the opposing transmission pockets (26a, 26b), characterised in that: the torque transmission element is held captive to a support element comprising a support cage; and the resilient biasing means is arranged to bias the support element, and hence the torque transmission element, towards a predetermined angular position relative to the input flange. the torque transmission element is held captive to a support element comprising a support cage; and the resilient biasing means is arranged to bias the support element, and hence the torque transmission element, towards a predetermined angular position relative to the input flange.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: receiving discontinuous reception, DRX, configuration parameters, the DRX configuration parameters comprising an indication of a first DRX cycle length, an indication of a second DRX cycle length, an indication of a value for a first WTRU timer, and an indication of a value for a second WTRU timer; operating the WTRU at the first DRX cycle length; using the first WTRU timer to trigger a transition to the second DRX cycle length; setting the second WTRU timer based on beginning DRX operation at the second DRX cycle length; operating the WTRU at the second DRX cycle length; determining that the second WTRU timer has expired; and operating the WTRU at the first DRX cycle length based on determining that the second WTRU timer has expired, wherein the first DRX cycle length is a multiple of the second DRX cycle length. receiving discontinuous reception, DRX, configuration parameters, the DRX configuration parameters comprising an indication of a first DRX cycle length, an indication of a second DRX cycle length, an indication of a value for a first WTRU timer, and an indication of a value for a second WTRU timer; operating the WTRU at the first DRX cycle length; using the first WTRU timer to trigger a transition to the second DRX cycle length; setting the second WTRU timer based on beginning DRX operation at the second DRX cycle length; operating the WTRU at the second DRX cycle length; determining that the second WTRU timer has expired; and operating the WTRU at the first DRX cycle length based on determining that the second WTRU timer has expired, wherein the first DRX cycle length is a multiple of the second DRX cycle length.
A hedge cutter with blades and counter-blades, in particular comprising a frame intended to be attached to a handling arm, comprising a longitudinal axis XX' and a transverse axis YY' of the frame, drive means, a counter-blade secured to said frame, a blade, and means for guiding the blade, said drive means comprising a motor M with a motor shaft, and the means for guiding the blade comprising an assembly with eccentrics, rotated by said motor shaft of the motor M, so as to generate a semi-alternating movement comprising an elliptical translation movement of the blade, characterised in that the means for guiding the blade comprises at least two proximal and distal cages, each comprising respectively a follower drive shaft (36B, 36D), each carrying at least one eccentric (38P, 38D), each eccentric carrying a drive shaft (40P, 40D), each of these drive shafts (40P, 40D) being mounted for rotation with respect to the blade by means of bearings (52P, 52D), one of the follower drive shafts being driven by the motor M.
An aqueous polyisobutene emulsion comprising: - 1 %wt. to 65 %wt., based on the total weight of said emulsion, of polyisobutene, - at maximum 5 %wt., based on the total weight of said emulsion, of at least one surfactant, and - optionally 1 %wt. to 65 %wt., based on the total weight of said emulsion, of at least one wax and/or oil, complemented with water to 100 %wt., characterized, in that the average particle size of said polyisobutene emulsion is not greater than 100 μm. - 1 %wt. to 65 %wt., based on the total weight of said emulsion, of polyisobutene, - at maximum 5 %wt., based on the total weight of said emulsion, of at least one surfactant, and - optionally 1 %wt. to 65 %wt., based on the total weight of said emulsion, of at least one wax and/or oil,
A composition comprising pentosan polysulfate or an acceptable salt thereof for use in the treatment of malignant bone pain mediated by Nerve Growth Factor or pro-Nerve Growth Factor (pro-NGF) in a mammal, wherein the composition is administered by intra-muscular or sub-cutaneous routes, an intraventricular route, intracisternal route or intrathecal route, intra-venously, intra-articularly, peri-articularly, topically or via suppositories.