mhurhangee/ep-ind-claims huggingface dataset:
An agrochemical composition for foliage treatment comprising pyroxasulfone in the crystalline state and a masking material that masks the pyroxasulfone, wherein the pyroxasulfone is microencapsulated in the masking material such that phytotoxicity to a cultivated crop due to adhesion thereto when foliage spraying is performed is avoided, wherein the masking material is polyurea, wherein a ratio of the masking material to the pyroxasulfone is in the range of 0.1 to 50 parts by mass relative to 1 part by mass of the pyroxasulfone, wherein pyroxasulfone is microencapsulated by using a hydrophobic polyisocyanate selected from polymethylene polyphenyl polyisocyanate, 4,4'-diphenylmethane diisocyanate and a mixture of 4,4'-diphenylmethane diisocyanate and 2,6-tolylene diisocyanate, polyvinyl alcohol as a water-soluble polymer, water as an active hydrogen-containing compound, and phenyl xylyl ethane as a hydrophobic solvent, wherein pyroxasulfone is microencapsulated by being enclosed or included in the wall member of the masking material made of polyurea, and wherein a concentration K 24 is equal to or less than twice the solubility of pyroxasulfone in water and a concentration K 1 is equal to or less than 55% of the concentration K 24 wherein the concentrations K 1 and K 24 are obtained by measuring a concentration of pyroxasulfone in water 1 hour and 24 hours after a pre-determined amount of the agrochemical composition for foliage treatment is added to water at 20oC, respectively. wherein the pyroxasulfone is microencapsulated in the masking material such that phytotoxicity to a cultivated crop due to adhesion thereto when foliage spraying is performed is avoided, wherein the masking material is polyurea, wherein a ratio of the masking material to the pyroxasulfone is in the range of 0.1 to 50 parts by mass relative to 1 part by mass of the pyroxasulfone, wherein pyroxasulfone is microencapsulated by using a hydrophobic polyisocyanate selected from polymethylene polyphenyl polyisocyanate, 4,4'-diphenylmethane diisocyanate and a mixture of 4,4'-diphenylmethane diisocyanate and 2,6-tolylene diisocyanate, polyvinyl alcohol as a water-soluble polymer, water as an active hydrogen-containing compound, and phenyl xylyl ethane as a hydrophobic solvent, wherein pyroxasulfone is microencapsulated by being enclosed or included in the wall member of the masking material made of polyurea, and wherein a concentration K 24 is equal to or less than twice the solubility of pyroxasulfone in water and a concentration K 1 is equal to or less than 55% of the concentration K 24 wherein the concentrations K 1 and K 24 are obtained by measuring a concentration of pyroxasulfone in water 1 hour and 24 hours after a pre-determined amount of the agrochemical composition for foliage treatment is added to water at 20oC, respectively.
An apparatus for being used for detecting a property of a periodically moving object, the apparatus comprising: - an ultrasound signal providing unit for providing an ultrasound signal, from one or several depths within the object and which depends on time, wherein the ultrasound signal is produced by sending ultrasound pulses out to the object, receiving dynamic echo series after the ultrasound pulses have been reflected by the object, and generating the ultrasound signal depending on the received dynamic echo series, characterized by - a periodicity value determination unit for determining a periodicity value being indicative of the degree of temporal periodicity of the ultrasound signal for a constant depth, wherein the temporal periodicity of the ultrasound signal at the constant depth depends on the property of the object at this depth such that the degree of temporal periodicity is indicative of the property of the object. - an ultrasound signal providing unit for providing an ultrasound signal, from one or several depths within the object and which depends on time, wherein the ultrasound signal is produced by sending ultrasound pulses out to the object, receiving dynamic echo series after the ultrasound pulses have been reflected by the object, and generating the ultrasound signal depending on the received dynamic echo series, characterized by - a periodicity value determination unit for determining a periodicity value being indicative of the degree of temporal periodicity of the ultrasound signal for a constant depth, wherein the temporal periodicity of the ultrasound signal at the constant depth depends on the property of the object at this depth such that the degree of temporal periodicity is indicative of the property of the object.
A method of forming a light emitting die having an overall depth along an axis, the method comprising: forming a solid state lighting, SSL, structure on a substrate, the SSL structure comprising a first semiconductor material having a first surface proximate a first side of the light emitting die, an active region 106 and a second semiconductor material having a second surface proximate a second side of the light emitting die; forming a first electrode in contact with the first surface of the first semiconductor material of the light emitting die; and forming a second electrode in contact with second surface of the second semiconductor material of the light emitting die, the second electrode being spaced apart from the first electrode by the SSL structure; characterised in that the first electrode includes a plurality of parallel fingers extending along the axis, the first electrode further including a cross member perpendicular to and coupling the plurality of parallel fingers, and the method further comprising removing portions of the SSL to expose a plurality of portions of the second electrode to form a plurality of notches in the SSL structure aligned along the axis, wherein each of the plurality of notches has a depth (d) along the axis less than the overall depth. forming a solid state lighting, SSL, structure on a substrate, the SSL structure comprising a first semiconductor material having a first surface proximate a first side of the light emitting die, an active region 106 and a second semiconductor material having a second surface proximate a second side of the light emitting die; forming a first electrode in contact with the first surface of the first semiconductor material of the light emitting die; and forming a second electrode in contact with second surface of the second semiconductor material of the light emitting die, the second electrode being spaced apart from the first electrode by the SSL structure; characterised in that the first electrode includes a plurality of parallel fingers extending along the axis, the first electrode further including a cross member perpendicular to and coupling the plurality of parallel fingers, and the method further comprising removing portions of the SSL to expose a plurality of portions of the second electrode to form a plurality of notches in the SSL structure aligned along the axis, wherein each of the plurality of notches has a depth (d) along the axis less than the overall depth.
Light bulb locking device for mounting on a lamp reflector unit having a mounting aperture for receiving a replaceable light bulb, the locking device includes: a resilient retainer clip having a substantially cylindrical portion; and a bracket body for engaging a light bulb received in the lamp reflector unit the bracket body having a hinge pin pivotally embraced by the substantially cylindrical portion of the retainer clip, wherein the bracket body is pivotable between an open position enabling a light bulb to be replaced, when mounted to a lamp reflector unit, and a locked position in which a light bulb is firmly held with respect to a lamp reflector unit to which it is mounted, characterized in that the resilient retainer clip has a clamp portion for connecting to a lamp reflector unit, wherein the clamp portion of the retainer clip has a beveled lip at a free end opposite the substantially cylindrical portion, and wherein the bracket body has at least one click finger (33A, 33B) for engaging the beveled lip when in the locked position. a resilient retainer clip having a substantially cylindrical portion; and a bracket body for engaging a light bulb received in the lamp reflector unit the bracket body having a hinge pin pivotally embraced by the substantially cylindrical portion of the retainer clip, wherein the bracket body is pivotable between an open position enabling a light bulb to be replaced, when mounted to a lamp reflector unit, and a locked position in which a light bulb is firmly held with respect to a lamp reflector unit to which it is mounted, characterized in that the resilient retainer clip has a clamp portion for connecting to a lamp reflector unit, wherein the clamp portion of the retainer clip has a beveled lip at a free end opposite the substantially cylindrical portion, and wherein the bracket body has at least one click finger (33A, 33B) for engaging the beveled lip when in the locked position. wherein the bracket body is pivotable between an open position enabling a light bulb to be replaced, when mounted to a lamp reflector unit, and a locked position in which a light bulb is firmly held with respect to a lamp reflector unit to which it is mounted, characterized in that the resilient retainer clip has a clamp portion for connecting to a lamp reflector unit, wherein the clamp portion of the retainer clip has a beveled lip at a free end opposite the substantially cylindrical portion, and wherein the bracket body has at least one click finger (33A, 33B) for engaging the beveled lip when in the locked position.
A spark plug comprising: an insulator having a through hole formed therein in a direction of an axis; a center electrode disposed in a front side of the through hole; a metal terminal disposed in a rear side of the through hole; an electrical connection part arranged in the through hole to establish electrical connection between the center electrode and the metal terminal; and a metal shell holding therein the insulator, wherein the electrical connection part has a conductor including a conductive material and at least one kind of Fe-containing oxide material; wherein the Fe-containing oxide material further contains a ferrite; and wherein the Fe-containing oxide material contains at least FeO in an amount of 0.8 to 5.2 wt%; wherein the conductor satisfies a relationship of 0.06 ≤ S1/(S1+S2) ≤ 0.46 where, in a cross section taken along the axis, S1 is an area occupied by the conductive material; and S2 is an area occupied by the Fe-containing oxide material. an insulator having a through hole formed therein in a direction of an axis; a center electrode disposed in a front side of the through hole; a metal terminal disposed in a rear side of the through hole; an electrical connection part arranged in the through hole to establish electrical connection between the center electrode and the metal terminal; and a metal shell holding therein the insulator, wherein the electrical connection part has a conductor including a conductive material and at least one kind of Fe-containing oxide material; wherein the Fe-containing oxide material further contains a ferrite; and wherein the Fe-containing oxide material contains at least FeO in an amount of 0.8 to 5.2 wt%; wherein the conductor satisfies a relationship of 0.06 ≤ S1/(S1+S2) ≤ 0.46 where, in a cross section taken along the axis, S1 is an area occupied by the conductive material; and S2 is an area occupied by the Fe-containing oxide material.
A prosthetic foot with a base spring with a forefoot region and a heel region, a connection apparatus (9, 10), arranged above the base spring, for affixing the prosthetic foot to a prosthesis and a frontal support (25, 26, 27), at the upper end of which the connection apparatus (9, 10) is arranged and the lower end of which is secured to a torsion element which can be twisted about the prostheticfoot longitudinal axis, whereas the torsion element is configured as a leaf spring apparatus, secured at one end to the base spring, either in the heel region or in the forefoot region characterized in that a damping element or a resilient element, which is supported on the base spring or on the torsion element in the heel region of the base spring, is arranged on the connection apparatus (9, 10) or on the upper end of the frontal support (25, 26, 27).
Cleaning machine station for a cleaning machine, which cleaning machine comprises a cleaning head having at least one rotatably driven cleaning roller unit, a tank device for cleaning liquid and a dirty fluid tank device, characterized in that the cleaning machine station comprises a receiving chamber for the cleaning head and a discharge device for dirty fluid having a port via which dirty fluid is dischargeable from the dirty fluid tank device, wherein the discharge device for dirty fluid comprises a suction pump and/or wherein the at least one port of the discharge device for operative connection to and fluid communication with the dirty fluid tank device of the cleaning machine is at a lower gravitational potential than an associated drain port of the dirty fluid tank device when, with the cleaning machine station in its proper position, the cleaning machine is held in place to the cleaning machine station, and characterized in that the discharge device for dirty fluid comprises at least one port for discharging dirty fluid from the cleaning machine station and/or comprises a station dirty fluid tank device, and wherein a holding capacity of the station dirty fluid tank device is larger than a holding capacity of the dirty fluid tank device of the cleaning machine, and is twice as large in particular.
A battery module array, comprising: a plurality of battery modules, each having two secondary battery cells, a module frame and a cooling fin; end plates provided at both sides of a battery module assembly configured by assembling the plurality of battery modules; a '[' -shaped tension bar coming in contact with a top end of the battery module assembly and fixed to the end plates; a sensing line assembly electrically connected to electrode leads of the battery modules included in the battery module assembly; a terminal bus bar configured to electrically connect the electrode leads of the battery modules included in the battery module assembly to each other; a front cover configured to cover a front portion of the battery module assembly not to be exposed outwards; and a rear cover configured to cover a rear portion of the battery module assembly not to be exposed outwards, characterized in that the module frame has a rectangular frame shape so that the two secondary battery cells are fixed to both sides thereof, has a slit formed at a bottom surface thereof so that the cooling fin is inserted therein, and is interposed between the two secondary battery cells. a plurality of battery modules, each having two secondary battery cells, a module frame and a cooling fin; end plates provided at both sides of a battery module assembly configured by assembling the plurality of battery modules; a '[' -shaped tension bar coming in contact with a top end of the battery module assembly and fixed to the end plates; a sensing line assembly electrically connected to electrode leads of the battery modules included in the battery module assembly; a terminal bus bar configured to electrically connect the electrode leads of the battery modules included in the battery module assembly to each other; a front cover configured to cover a front portion of the battery module assembly not to be exposed outwards; and a rear cover configured to cover a rear portion of the battery module assembly not to be exposed outwards, characterized in that the module frame has a rectangular frame shape so that the two secondary battery cells are fixed to both sides thereof, has a slit formed at a bottom surface thereof so that the cooling fin is inserted therein, and is interposed between the two secondary battery cells.
A method for a multi-access edge computing, MEC, service by a device application included in a user equipment, UE, in an MEC system, the method comprising: transmitting, to a User Application LifeCycle Management Proxy, UALCMP, within the MEC system, a first POST request to obtain a list of locations available for instantiation of a specific user application; receiving, from the UALCMP, a first response message including a list of available constrained locations for the specific user application; transmitting, to the UALCMP, a second POST request for the application context to be created, the second POST request comprising a data structure for the application context to be created, which includes application location constraints; and receiving, from the UALCMP, a second response message including a created application context, wherein the first POST request comprises a data structure related to the specific user application and location constraints, and wherein the second POST request includes a callback reference address of the device application. transmitting, to a User Application LifeCycle Management Proxy, UALCMP, within the MEC system, a first POST request to obtain a list of locations available for instantiation of a specific user application; receiving, from the UALCMP, a first response message including a list of available constrained locations for the specific user application; transmitting, to the UALCMP, a second POST request for the application context to be created, the second POST request comprising a data structure for the application context to be created, which includes application location constraints; and receiving, from the UALCMP, a second response message including a created application context, wherein the first POST request comprises a data structure related to the specific user application and location constraints, and wherein the second POST request includes a callback reference address of the device application.
An electrical stimulator (1,2) comprising: a base wire comprising a core wire and an outer winding wire wound around the core wire with the core wire serving as a winding axis; and an insulating film entirely coating the core wire; wherein an annulus is formed by the base wire, a first end of the core wire is electrically connected to a first end of the outer winding wire, a second end of the core wire is connected to a first terminal of an external circuit, and a second end of the outer winding wire is connected to a second terminal of the external circuit, and the electrical stimulator (1,2) is configured to apply electrical stimulation to a part of a living body positioned in the annulus. a base wire comprising a core wire and an outer winding wire wound around the core wire with the core wire serving as a winding axis; and an insulating film entirely coating the core wire; wherein an annulus is formed by the base wire, a first end of the core wire is electrically connected to a first end of the outer winding wire, a second end of the core wire is connected to a first terminal of an external circuit, and a second end of the outer winding wire is connected to a second terminal of the external circuit, and the electrical stimulator (1,2) is configured to apply electrical stimulation to a part of a living body positioned in the annulus.
A fixing structure comprising: a plate-like member having an engaging portion that includes at least one of a through hole and a notch; a housing having a protrusion, the protrusion comprising an outer peripheral wall surface at least partly facing an inner peripheral wall surface of the plate-like member defining the engaging portion, characterized in that: the protrusion comprises a recess formed from a tip thereof along a protruding direction thereof, and the protrusion comprises a plurality of communicating portions that communicate between the recess and an outer periphery of the protrusion and that are distributed around an axis extending in the protruding direction; and an adhesion body is interposed between the engaging portion and the protrusion, and fixes the plate-like member to the housing, wherein the adhesion body is located from the recess to a space between the engaging portion and the protrusion through the plurality of communicating portions. a plate-like member having an engaging portion that includes at least one of a through hole and a notch; a housing having a protrusion, the protrusion comprising an outer peripheral wall surface at least partly facing an inner peripheral wall surface of the plate-like member defining the engaging portion, characterized in that: the protrusion comprises a recess formed from a tip thereof along a protruding direction thereof, and the protrusion comprises a plurality of communicating portions that communicate between the recess and an outer periphery of the protrusion and that are distributed around an axis extending in the protruding direction; and an adhesion body is interposed between the engaging portion and the protrusion, and fixes the plate-like member to the housing, wherein the adhesion body is located from the recess to a space between the engaging portion and the protrusion through the plurality of communicating portions. the protrusion comprises a recess formed from a tip thereof along a protruding direction thereof, and the protrusion comprises a plurality of communicating portions that communicate between the recess and an outer periphery of the protrusion and that are distributed around an axis extending in the protruding direction; and an adhesion body is interposed between the engaging portion and the protrusion, and fixes the plate-like member to the housing, wherein the adhesion body is located from the recess to a space between the engaging portion and the protrusion through the plurality of communicating portions.
A method for detecting the occupation state of a seat which comprises an occupation detection device with at least one pressure sensor that includes at least one first sensor element and at least one second sensor element, wherein the pressure sensor is positioned between a seat cover and a cushion core, and wherein the sensor elements (2, 3) provide a corresponding trigger signal in response to a seat occupation state, and with an evaluation unit processing the trigger signals, characterized in that the first sensor element has assigned thereto a first trigger sensitivity by way of a first pressure-exerted switching threshold (S 1) and the second sensor element has assigned thereto a second trigger sensitivity by way of a second pressure-exerted switching threshold (S 2), wherein the first trigger sensitivity is higher than the second trigger sensitivity and the first switching threshold (S 1) is correspondingly lower than the second switching threshold (S 2), wherein the attainment of the second switching threshold (S 2) is used as the trigger signal for a seat occupation state and is passed to and processed at the evaluation unit, and said state will only be reset if the first switching threshold (S 1) of the at least one first sensor element is not reached again.