mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a non-triazole functional pesticide; and a solvent composition in an amount of at least 10% by weight and not greater than 55% by weight of the composition, the solvent composition including an amide having a structure of wherein R 1 comprises a C 3 to C 15 hydrocarbon group, and wherein R 2 and R 3 form a ring group selected from the group consisting of -CH 2 CH 2 OCH 2 CH 2 -, -CH 2 CH 2 CH 2 CH 2 -, and - CH 2 CH 2 CH 2 CH 2 CH 2 -, or R 2 and R 3 form a morpholine group, a saturated ring, an unsaturated ring, a pyrrolidine group, or a piperidine group and wherein the solvent composition includes at least 50% by weight of the amide based on the weight of the solvent composition. a non-triazole functional pesticide; and a solvent composition in an amount of at least 10% by weight and not greater than 55% by weight of the composition, the solvent composition including an amide having a structure of wherein R 1 comprises a C 3 to C 15 hydrocarbon group, and wherein R 2 and R 3 form a ring group selected from the group consisting of -CH 2 CH 2 OCH 2 CH 2 -, -CH 2 CH 2 CH 2 CH 2 -, and - CH 2 CH 2 CH 2 CH 2 CH 2 -, or R 2 and R 3 form a morpholine group, a saturated ring, an unsaturated ring, a pyrrolidine group, or a piperidine group and wherein the solvent composition includes at least 50% by weight of the amide based on the weight of the solvent composition.
Lighting device for a motor vehicle, comprising a housing space and an optical module, the optical module comprising a printed circuit supporting at least one light source on one of its faces and an optical component intended to shape the light beams emanating from the light source, such that the optical component comprises retaining means for holding the printed circuit on the optical component, fixing means for fixing the optical module on the housing space and positioning means for positioning the printed circuit on the optical component and the optical component on the housing space, such that the housing space comprises complementary positioning means collaborating with the positioning means allowing the positioning of the optical module on the housing space, complementary fixing means collaborating with the fixing means and spacers supporting the printed circuit on the opposite face to the one on which said at least one light source is positioned, characterized in that the printed circuit comprises passage means collaborating with the positioning means, said passage means comprising a circular hole and an oblong hole.
A method for nanoparticle assembly comprising three production methods in a sequential process, wherein the three production methods consist of milling, homogenation, and ultrasonic processing, wherein the process does not comprise heating; wherein the process does not comprise polymers; and wherein the assembly comprises encapsulating multiple species of nutraceuticals having dissimilar molecular structures or physical properties, with essential phospholipids, fatty acids, and solvents, wherein the concentration of nutraceuticals to structural materials, the structural materials being essential phospholipids, fatty acids, and solvents, is in the range of 1:3 to 1:1.
A method for supplying filter material to a filter rod forming machine, each filter rod comprising a peripheral axial portion and a central axial portion, the forming machine having an inlet having an axis, and the method comprising the steps of: - providing an inlet unit having a output mouthpiece, the inlet unit being designed to work a single "tow" so as to transform it into a flat band, and to feed the flat band to the output mouthpiece, and - supplying the flat band to said inlet; the method being characterized by comprising the further steps of: - longitudinally cutting the flat band in at least two strips at a position between the output mouthpiece and said inlet; - feeding each strip to a respective pneumatic advancement device designed to transform the respective strip in a respective cord; - providing a probe coaxial to said axis through said inlet to define said central axis portion; - feeding the cords to said inlet at positions evenly distributed about the axial probe to form said axial peripheral portion. - providing an inlet unit having a output mouthpiece, the inlet unit being designed to work a single "tow" so as to transform it into a flat band, and to feed the flat band to the output mouthpiece, and - supplying the flat band to said inlet; the method being characterized by comprising the further steps of: - longitudinally cutting the flat band in at least two strips at a position between the output mouthpiece and said inlet; - feeding each strip to a respective pneumatic advancement device designed to transform the respective strip in a respective cord; - providing a probe coaxial to said axis through said inlet to define said central axis portion; - feeding the cords to said inlet at positions evenly distributed about the axial probe to form said axial peripheral portion.
A process for producing a synthetic quartz glass including an annealing treatment of a synthetic quartz glass, the annealing treatment comprising: a step for putting a synthetic quartz glass as a parent material into a heat treatment furnace; a temperature elevation step for elevating a temperature in the heat treatment to a prescribed keeping temperature that is equal to or higher than the annealing point of the synthetic quartz glass; a first keeping step for keeping the temperature in the heat treatment furnace at the keeping temperature; an annealing step, after the first keeping step, for annealing the synthetic quartz glass by gradually lowering the temperature in the heat treatment furnace to a prescribed temperature while heating the inside of the heat treatment furnace; and a step for taking the synthetic quartz glass after annealing out of the heat treatment furnace, wherein the process comprises a step for determining an annealing rate v [°C/h], which is a rate for annealing the synthetic quartz glass in the annealing step, based on a value of S/V [mm 2 /mm 3] wherein S [mm 2] is the surface area of the synthetic quartz glass as a parent material and V [mm 3] is the volume thereof, and a target birefringence Re [nm/cm] for the synthetic quartz glass after annealing, and the annealing step is performed at the determined annealing rate, and wherein in the step for determining the annealing rate v [°C/h], the annealing rate v is determined so as to satisfy an expression: v ≤ Re + 390 × S / V / 1.0 based on the value of S/V [mm 2 /mm 3] and the target birefringence Re [nm/cm]. a step for putting a synthetic quartz glass as a parent material into a heat treatment furnace; a temperature elevation step for elevating a temperature in the heat treatment to a prescribed keeping temperature that is equal to or higher than the annealing point of the synthetic quartz glass; a first keeping step for keeping the temperature in the heat treatment furnace at the keeping temperature; an annealing step, after the first keeping step, for annealing the synthetic quartz glass by gradually lowering the temperature in the heat treatment furnace to a prescribed temperature while heating the inside of the heat treatment furnace; and a step for taking the synthetic quartz glass after annealing out of the heat treatment furnace, wherein the process comprises a step for determining an annealing rate v [°C/h], which is a rate for annealing the synthetic quartz glass in the annealing step, based on a value of S/V [mm 2 /mm 3] wherein S [mm 2] is the surface area of the synthetic quartz glass as a parent material and V [mm 3] is the volume thereof, and a target birefringence Re [nm/cm] for the synthetic quartz glass after annealing, and the annealing step is performed at the determined annealing rate, and wherein in the step for determining the annealing rate v [°C/h], the annealing rate v is determined so as to satisfy an expression: v ≤ Re + 390 × S / V / 1.0 based on the value of S/V [mm 2 /mm 3] and the target birefringence Re [nm/cm].
A light blocking member suitable to be applied to a microscope, the microscope having a stage on which a sample is placed, and an objective lens assembly opposing the stage, the objective lens assembly having a cylindrical outer peripheral surface, wherein the light blocking member has an inner peripheral surface which is cylindrical in at least an upper part of the light blocking member, the light blocking member is formed from a soft polymer, and the light blocking member is held on the objective lens assembly by fitting the upper part onto the outer peripheral surface of the objective lens assembly, characterized in that a slit extending entirely in a thickness direction and extending entirely in an axial direction is formed, and wherein the slit is inclined at an inclination angle of 30 to 70 degrees with respect to a radial direction, or wherein the slit is extended in a convexly arcuate shape from the inner peripheral surface to the outer peripheral surface.
A method for operating an electronic device, the method comprising: detecting at least one first touch on a displayed content region; determining an area of a first rectangle formed by the at least one first touch, the area of the first rectangle being determined to surround a plurality of touch points based on the at least one first touch; determining an area of a second rectangle formed by at least one second touch moved from the at least one first touch, the area of the second rectangle being determined to surround a plurality of touch points based on the at least one second touch; comparing the area of the first rectangle with the area of the second rectangle; and determining a function of a touch on the content region by a comparison of the area of the first rectangle with a reference value, the touch including the at least one first touch and the at least one second touch; and displaying the content region corresponding to the determined function of the touch, wherein the step of determining the function of the touch further depends upon the comparison of the areas of the first rectangle and the second rectangle. detecting at least one first touch on a displayed content region; determining an area of a first rectangle formed by the at least one first touch, the area of the first rectangle being determined to surround a plurality of touch points based on the at least one first touch; determining an area of a second rectangle formed by at least one second touch moved from the at least one first touch, the area of the second rectangle being determined to surround a plurality of touch points based on the at least one second touch; comparing the area of the first rectangle with the area of the second rectangle; and determining a function of a touch on the content region by a comparison of the area of the first rectangle with a reference value, the touch including the at least one first touch and the at least one second touch; and displaying the content region corresponding to the determined function of the touch, wherein the step of determining the function of the touch further depends upon the comparison of the areas of the first rectangle and the second rectangle.
Aerial system, in particular a turntable ladder system, comprising a telescopic ladder mounted on top of a rescue vehicle with a driver's cabin and comprising an arm that can perform a bending movement in which the arm is bent downwardly to the ground in front of the driver's cabin of the vehicle, and at least one operator stand (32, 40) situated at the ladder or at the end of the arm for operating the ladder, said operator stand (32, 40) comprising control means (34, 42) for controlling the bending movement of the arm, characterized by manually operable confirmation means located at the front of or laterally at the driver's cabin, said confirmation means being operatively connected to the control means (34, 42) such that the bending movement of the arm can be controlled by the control means (34, 42) only in case the confirmation means are operated.
Cable guiding device with at least one first and one second cable tray (1A, 1B), each of which has two side members and at least one bottom element lying therebetween, wherein the bottom element of the second cable tray is provided with a passage opening, through which installed cable is guidable from the first to the second cable tray (1A; 1B), wherein a cable tray segment is provided for guiding the cables from the first cable tray (1A; 1B) to the second cable tray, the cable tray segment having at one end a first angular element connected to the bottom member of the first cable tray and at the other end a second angular element, characterised in that the second angular element is guided through the passage opening in the bottom element of the second cable tray and is connected to the bottom element of the second cable tray, in that the cable tray segment comprises at least one first and one second tray element (52A, 52B) which each have a base piece and two side pieces which form a receiving profile, that the tray elements (52A, 52B) can be moved telescopically against each other back to back, that at the first end of the first tray element a first end piece of the first angle element is inserted, whose second end piece is connected to the base plate of the first cable tray, and that at the second end of the second tray element a first end piece of the second angle element is inserted, whose second end piece is connected to the base element of the second cable tray.
An inflation/deflation system for a vehicle having a tire/wheel assembly including a first pressure chamber and a second pressure chamber, the vehicle having a source of pressurized fluid separate from the tire/wheel assembly and a connection to atmosphere separate from the tire/wheel assembly, the inflation/deflation system comprising: a valve and fluid passageway arrangement attached to a rim of the tire/wheel assembly or the axle wheel end; a single first fluid passageway extending from the vehicle to the valve and fluid passageway arrangement through a rotary union, the first fluid passageway selectively closed to fluid flow, coupled to the source of pressurized fluid, and coupled to the connection to atmosphere; the valve and fluid passageway arrangement having a first state coupling the first fluid passageway to the first pressure chamber; a second state coupling the first fluid passageway to the second pressure chamber; and a third state coupling the second pressure chamber to the first pressure chamber. a valve and fluid passageway arrangement attached to a rim of the tire/wheel assembly or the axle wheel end; a single first fluid passageway extending from the vehicle to the valve and fluid passageway arrangement through a rotary union, the first fluid passageway selectively closed to fluid flow, coupled to the source of pressurized fluid, and coupled to the connection to atmosphere; the valve and fluid passageway arrangement having a first state coupling the first fluid passageway to the first pressure chamber; a second state coupling the first fluid passageway to the second pressure chamber; and a third state coupling the second pressure chamber to the first pressure chamber.
A case, comprising: a main body; a cover rotatably mounted to the main body at one end of the cover adjacent to the main body, said one end defining a groove at a certain portion of the cover; and an elastic assembly received in the main body, the elastic assembly being arranged in alignment with the groove, the elastic assembly being stretchable and having a top portion corresponding to the groove, and the top portion being configured to insert into the groove so that during rotation of the cover the top portion elastically abuts against the certain portion of the cover corresponding to the groove and the elastic assembly is stretched to pull on the cover. a main body; a cover rotatably mounted to the main body at one end of the cover adjacent to the main body, said one end defining a groove at a certain portion of the cover; and an elastic assembly received in the main body, the elastic assembly being arranged in alignment with the groove, the elastic assembly being stretchable and having a top portion corresponding to the groove, and the top portion being configured to insert into the groove so that during rotation of the cover the top portion elastically abuts against the certain portion of the cover corresponding to the groove and the elastic assembly is stretched to pull on the cover.
Use of a peptide which has a length from 11 to 17 amino acids and an amino acid sequence which comprises SEQ ID NO: 1, wherein said amino acid sequence is selected from the group consisting of SEQ ID NO: 1-16, or a pharmaceutically acceptable salt of the peptide, for the manufacture of a medicament for the therapeutic and/or preventive treatment of diarrhea in an animal including a human, wherein the diarrhea is caused by a rotavirus.
A decontamination assembly for pharmaceutical applications, comprising a chamber to be decontaminated, namely an isolator chamber, and comprising a decontamination device and a fan for generating a gas volumetric flow which flows through a return opening back into a circulating-air generation chamber and comprising a catalytic converter which is disposed in the circulating-air generation chamber disposed above the chamber to be decontaminated and which serves to chemically break down the decontaminant, a larger portion of the gas volumetric flow being transported through the catalytic converter in a first operating mode than in a second operating mode, characterized in that an actuator mechanically coupled with the catalytic converter is provided for shifting the catalytic converter between a first and a second relative position and that the catalytic converter is shifted relative to the fan between the first relative position and the second relative position and that a larger portion of the gas volumetric flow is transported through the catalytic converter when in the first relative position than when in the second relative position, and that the catalytic converter is disposed in fluid communication with a suction opening of the fan when in the first relative position and that a sealing surface assigned to the catalytic converter and shifted together with the catalytic converter is in sealing contact with the suction opening of the fan when in the first relative position, the gas volumetric flow thus being suctioned through the catalytic converter by the fan, or that the catalytic converter is disposed in fluid communication with the return opening when in the first operating mode, gas being pushed through said return opening by means of the fan, and that the sealing surface of the catalytic converter, which is shifted together therewith, is in contact with the return opening when in the first relative position.
Frustoconical rolling body which is configured with in each case one cavity (21, 22) starting from its two end sides, an intermediate region which is filled with material of the rolling body remaining between the cavities (21, 22), the minimum axial thickness (b min) of which intermediate region is between 20% and 60% of the axial rolling body length, and a diameter (d 1, d 2) of a substantially cylindrical region of at least one of the cavities (21, 22) being between 40% and 70% of the rolling body outer diameter (D 1, D 2) on the end side which contains the opening of the cavity (21, 22).
A method of wireless communication performed by a first device, the method comprising: receiving an indication of a first start time for a first discovery interval of a plurality of discovery intervals, a first duration for the first discovery interval, a second start time for a first paging interval of a plurality of paging intervals, and a second duration for the first paging interval; transmitting a discovery packet during a first discovery interval of a plurality of discovery intervals (302, 402, 502, 602, 702, 802, 902), the discovery packet advertising a service provided in a wireless communications network, the plurality of discovery intervals comprising recurring time intervals when a plurality of devices are configured to transmit and receive discovery packets, each of the plurality of discovery intervals beginning with transmitting, by the first device, a discovery interval start packet (720, 824) configured to indicate a start of the discovery interval and to prevent other traffic from communicating on the channel during the discovery interval; and receiving a paging packet from a second device during a first paging interval of a plurality of paging intervals (304, 404, 504, 604, 704, 804, 904), the paging packet indicating interest in the service, the plurality of paging intervals comprising recurring time intervals when the plurality of devices are configured to transmit and receive paging packets, the plurality of paging intervals not overlapping the plurality of discovery intervals. receiving an indication of a first start time for a first discovery interval of a plurality of discovery intervals, a first duration for the first discovery interval, a second start time for a first paging interval of a plurality of paging intervals, and a second duration for the first paging interval; transmitting a discovery packet during a first discovery interval of a plurality of discovery intervals (302, 402, 502, 602, 702, 802, 902), the discovery packet advertising a service provided in a wireless communications network, the plurality of discovery intervals comprising recurring time intervals when a plurality of devices are configured to transmit and receive discovery packets, each of the plurality of discovery intervals beginning with transmitting, by the first device, a discovery interval start packet (720, 824) configured to indicate a start of the discovery interval and to prevent other traffic from communicating on the channel during the discovery interval; and receiving a paging packet from a second device during a first paging interval of a plurality of paging intervals (304, 404, 504, 604, 704, 804, 904), the paging packet indicating interest in the service, the plurality of paging intervals comprising recurring time intervals when the plurality of devices are configured to transmit and receive paging packets, the plurality of paging intervals not overlapping the plurality of discovery intervals.
A composition comprising at least one hole transporting compound, said hole transporting compound comprising a hole transporting core covalently bonded to three arylamine groups, each AA group is optionally substituted with one or more intractability groups, wherein the hole transporting compound is represented by: wherein each of X 11 is S or CR 2, wherein each R is an optionally substituted alkyl, aryl, heteroalkyl, heteroaryl, or intractability group, and wherein each of R 29 is H, F, or an optionally substituted alkyl, aryl, heteroalkyl, heteroaryl, or intractability group, and wherein the compound comprises at least one intractability group selected from the group consisting of