mhurhangee/ep-ind-claims huggingface dataset:
A parking space detection method for detecting a parking space in an empty state from parking situation information acquired by a parking situation detector (1,3) configured to detect a situation of a parking lot, comprising: detecting a parked vehicle existing in a parking space on a far side from the parking situation detector (1,3); and characterized in that the parking space on the far side from the parking situation detector (1,3) is adjacent to a determination target parking space for which the empty state is determined, and when a predetermined feature is detected from a region on a far side from the parking situation detector (1,3) among right and left regions of a surface of the parked vehicle located at a side of the determination target parking space, detecting the determination target parking space as the parking space in the empty state. detecting a parked vehicle existing in a parking space on a far side from the parking situation detector (1,3); and characterized in that the parking space on the far side from the parking situation detector (1,3) is adjacent to a determination target parking space for which the empty state is determined, and when a predetermined feature is detected from a region on a far side from the parking situation detector (1,3) among right and left regions of a surface of the parked vehicle located at a side of the determination target parking space, detecting the determination target parking space as the parking space in the empty state.
An aluminium based, corrosion resistant alloy consisting of 0,05 - 0,2 % by weight of silicon, 0,01 - 0,3 % by weight of iron, 0,20 - 0,6 % by weight of manganese, <0,10% by weight of magnesium, 0,15 - 0.5% by weight of zinc, 0,25 - 0.5% by weight of chromium, 0,05 - 0,2 % by weight of titanium, ≤0,20 % by weight vanadium, up to 0,05 % by weight of other impurities, each not greater then 0,05 % by weight and the balance aluminium. 0,05 - 0,2 % by weight of silicon, 0,01 - 0,3 % by weight of iron, 0,20 - 0,6 % by weight of manganese, <0,10% by weight of magnesium, 0,15 - 0.5% by weight of zinc, 0,25 - 0.5% by weight of chromium, 0,05 - 0,2 % by weight of titanium, ≤0,20 % by weight vanadium, up to 0,05 % by weight of other impurities, each not greater then 0,05 % by weight and the balance aluminium.
Use of a vinyl-terminated prepolymer based on polyethers as injection medium or constituent of an injection medium for sealing of built structures, tunnels or mines, wherein the vinyl-terminated prepolymer is obtainable by reaction of i) a polyether having precisely one functional group reactive toward isocyanates with ii) at least one polyisocyanate having a mean isocyanate functionality in the range from 2.4 to 3.5, and iii) at least one vinyl compound having precisely one functional group reactive toward isocyanates, wherein the molar ratio of polyether i) to vinyl compound iii) is in the range from 3:1 to 1:3 and the ratio of the sum total of the molar amounts of polyether and vinyl compound to isocyanate groups ii) is in the range from 1.5:1 to 1:1.5, and wherein the vinyl-terminated prepolymer is injected into a cavity together with a free-radical initiator and optionally further components, characterized in that the proportion of the polyether in the vinyl-terminated prepolymer amounts to at least 30% by weight and preferably at least 33% by weight, based on the total weight of the prepolymer. i) a polyether having precisely one functional group reactive toward isocyanates with ii) at least one polyisocyanate having a mean isocyanate functionality in the range from 2.4 to 3.5, and iii) at least one vinyl compound having precisely one functional group reactive toward isocyanates,
A disposable diaper comprising: an outer part having a crotch portion and ventral and back side portions extending to front and back sides of the crotch portion, respectively; and an inner part provided on an inner surface of the outer part, the outer part being formed by sticking an inner sheet and an outer sheet, the inner part having an absorbent body at a section containing the crotch portion, and an elongated elastic member being fixed in a stretched state between the inner and outer sheets on both sides in a width direction so as to extend from the ventral side portion through the crotch portion to the back side portion, wherein out of a first portion in a longitudinal intermediate of the elongated elastic member and a second portion on both longitudinal sides of the first portion, a section in the diaper corresponding to the first portion is designated as an unfixed section where the inner and outer sheets are not fixed, and a section corresponding to the second portion is designated as a fixed section where the inner and outer sheets are fixed, the elongated elastic member in the unfixed section is fixed neither to the inner nor to the outer sheet, and the elongated elastic member in the fixed section is fixed to the inner and outer sheets. an outer part having a crotch portion and ventral and back side portions extending to front and back sides of the crotch portion, respectively; and an inner part provided on an inner surface of the outer part, the outer part being formed by sticking an inner sheet and an outer sheet, the inner part having an absorbent body at a section containing the crotch portion, and an elongated elastic member being fixed in a stretched state between the inner and outer sheets on both sides in a width direction so as to extend from the ventral side portion through the crotch portion to the back side portion, wherein out of a first portion in a longitudinal intermediate of the elongated elastic member and a second portion on both longitudinal sides of the first portion, a section in the diaper corresponding to the first portion is designated as an unfixed section where the inner and outer sheets are not fixed, and a section corresponding to the second portion is designated as a fixed section where the inner and outer sheets are fixed, the elongated elastic member in the unfixed section is fixed neither to the inner nor to the outer sheet, and the elongated elastic member in the fixed section is fixed to the inner and outer sheets.
A grease sealing method for a ball bearing which includes an inner ring, an outer ring, a plurality of balls, and a retainer arranged in an annular space between the inner ring and the outer ring and accommodates the plurality of balls in pockets provided at intervals in a circumferential direction and for sealing grease in the annular space, the method comprising: rotationally driving the retainer about an axis of the ball bearing; detecting which one of convex areas where the pockets are provided along a ball pitch circle (El) of the retainer or concave areas provided between the adjacent pockets, is a detecting area; and discharging grease from a dispenser including a grease discharge port arranged to face the annular space based on a detection result, characterized in that the dispenser continuously discharges the grease over an entire circumference of the retainer, and that a grease discharging amount from the dispenser is changed according to the areas (5A, 5B). rotationally driving the retainer about an axis of the ball bearing; detecting which one of convex areas where the pockets are provided along a ball pitch circle (El) of the retainer or concave areas provided between the adjacent pockets, is a detecting area; and discharging grease from a dispenser including a grease discharge port arranged to face the annular space based on a detection result, characterized in that the dispenser continuously discharges the grease over an entire circumference of the retainer, and that a grease discharging amount from the dispenser is changed according to the areas (5A, 5B).
A continuous process for the preparation of polyoxyalkylene polyether polyols which comprises: (i) continuously reacting at least one polyhydric precursor and at least one alkylene oxide in the presence of at least one acid catalyst and, optionally in the presence of a double metal cyanide complex catalyst, at a temperature below that necessary to activate said double metal cyanide complex catalyst; (ii) continuously removing the mixture comprising the oligomeric polyoxyalkylene polyether polyol formed in the previous step, adding to said mixture double metal cyanide complex catalyst if required, and raising the temperature to that needed to activate the double metal cyanide complex catalyst while adding further alkylene oxide or mixtures of alkylene oxides; and (iii) continuously removing the final polyoxyalkylene polyether polyol formed, with the proviso that, whether a double metal cyanide complex catalyst is added in step (i), step (ii) or both, sufficient amount of double metal cyanide complex catalyst is present in the mixture for obtaining the final polyoxyalkylene polyether polyol from the oligomeric polyoxyalkylene polyether polyol. (i) continuously reacting at least one polyhydric precursor and at least one alkylene oxide in the presence of at least one acid catalyst and, optionally in the presence of a double metal cyanide complex catalyst, at a temperature below that necessary to activate said double metal cyanide complex catalyst; (ii) continuously removing the mixture comprising the oligomeric polyoxyalkylene polyether polyol formed in the previous step, adding to said mixture double metal cyanide complex catalyst if required, and raising the temperature to that needed to activate the double metal cyanide complex catalyst while adding further alkylene oxide or mixtures of alkylene oxides; and (iii) continuously removing the final polyoxyalkylene polyether polyol formed,
An envelope feeder for a printer having an input slot and a pickup assembly in said input slot, the envelope feeder comprising: a. a first motorized conveyor having an upstream end and a downstream end, wherein said downstream end is positioned adjacent to an input slot on said printer; b. a second motorized conveyor having an upstream end and a downstream end, wherein said second conveyor is positioned such that envelopes moved in a downstream direction on said second conveyor empty onto the upstream end of said first conveyor to form a grouping of envelopes thereon; c. wherein said first conveyor moves at a speed substantially greater than said second conveyor; d. wherein said feeder is configured to transition a grouping of envelopes on said second conveyor from a substantially vertical orientation in which each envelope on said second conveyor has a horizontally aligned upper edge to a shingled stack of envelopes on said first conveyor, and wherein said shingled stack of envelopes is substantially horizontal upon arrival at said printer; e. means for providing a backstop to support envelopes loaded on said second conveyor in a substantially vertical position; and, f. control means dependent upon a sensor at said pickup assembly for cooperatively advancing said first and second conveyors responsive to a condition at said input slot. a. a first motorized conveyor having an upstream end and a downstream end, wherein said downstream end is positioned adjacent to an input slot on said printer; b. a second motorized conveyor having an upstream end and a downstream end, wherein said second conveyor is positioned such that envelopes moved in a downstream direction on said second conveyor empty onto the upstream end of said first conveyor to form a grouping of envelopes thereon; c. wherein said first conveyor moves at a speed substantially greater than said second conveyor; d. wherein said feeder is configured to transition a grouping of envelopes on said second conveyor from a substantially vertical orientation in which each envelope on said second conveyor has a horizontally aligned upper edge to a shingled stack of envelopes on said first conveyor, and wherein said shingled stack of envelopes is substantially horizontal upon arrival at said printer; e. means for providing a backstop to support envelopes loaded on said second conveyor in a substantially vertical position; and, f. control means dependent upon a sensor at said pickup assembly for cooperatively advancing said first and second conveyors responsive to a condition at said input slot.
A method for providing a three-dimensional assessment of water movement through soil and across a field, the method comprising: using a computer, receiving temperature and moisture data from a plurality of temperature and moisture sensors, the sensors being disposed within an agricultural field, wherein the sensors provide a sensor network that combines in-field moisture and temperature sensors to track the availability and characteristics of soil moisture and temperature at a high level of data resolution throughout the crop root zone and soil profile; determining a volumetric water content for an area of soil contained in the field; determining a level of spatial and temporal variability within the area, including variability through a root zone of the soil; determining a plant available water level for the area of soil; providing a three-dimensional assessment of water movement through the soil and across the field, making it possible to respond to spatial and temporal variations in real time; and displaying results of said assessment on an electronic interface to a user. using a computer, receiving temperature and moisture data from a plurality of temperature and moisture sensors, the sensors being disposed within an agricultural field, wherein the sensors provide a sensor network that combines in-field moisture and temperature sensors to track the availability and characteristics of soil moisture and temperature at a high level of data resolution throughout the crop root zone and soil profile; determining a volumetric water content for an area of soil contained in the field; determining a level of spatial and temporal variability within the area, including variability through a root zone of the soil; determining a plant available water level for the area of soil; providing a three-dimensional assessment of water movement through the soil and across the field, making it possible to respond to spatial and temporal variations in real time; and displaying results of said assessment on an electronic interface to a user.
A piezoelectric resonator plate (2, 4) comprising: a piezoelectric plate; at least a pair of excitation electrodes (291, 292); and at least a pair of extraction electrodes (293, 294) that are respectively extracted from the pair of excitation electrodes (291, 292) to electrically and mechanically bond the pair of excitation electrodes (291, 292) to an external electrode (32, 33), wherein the pair of extraction electrodes (293, 294) each include a distal end portion, the distal end portion including a connecting electrode (295, 296, 495, 496) extracted to a vicinity of one edge on one principal surface of the piezoelectric resonator plate (2,4), characterized in that the connecting electrodes (295, 296, 495, 496) each include a top surface where a first metal film (M1, M11, M12) to be bonded to the external electrode (32, 33) is formed, the first metal film (M1, M11, M12) has a larger surface roughness and a smaller area compared with the respective connecting electrodes (295, 296, 495, 496), the first metal film (M1, M11, M12) including a top surface on which two or more protruding portions (T, T1, T2, T3) are formed, the protruding portions (T, T1, T2, T3) are formed with cross-sections perpendicular to the principal surface of the piezoelectric resonator plate (2, 4) having curved shapes, and the two or more protruding portions (T, T1, T2, T3) are formed along a top surface edge of the first metal film (M1, M11, M12) excluding a center region (M0, M01, M02) on the top surface of the first metal film (M1, M11, M12). a piezoelectric plate; at least a pair of excitation electrodes (291, 292); and at least a pair of extraction electrodes (293, 294) that are respectively extracted from the pair of excitation electrodes (291, 292) to electrically and mechanically bond the pair of excitation electrodes (291, 292) to an external electrode (32, 33), wherein the pair of extraction electrodes (293, 294) each include a distal end portion, the distal end portion including a connecting electrode (295, 296, 495, 496) extracted to a vicinity of one edge on one principal surface of the piezoelectric resonator plate (2,4), characterized in that the connecting electrodes (295, 296, 495, 496) each include a top surface where a first metal film (M1, M11, M12) to be bonded to the external electrode (32, 33) is formed, the first metal film (M1, M11, M12) has a larger surface roughness and a smaller area compared with the respective connecting electrodes (295, 296, 495, 496), the first metal film (M1, M11, M12) including a top surface on which two or more protruding portions (T, T1, T2, T3) are formed, the protruding portions (T, T1, T2, T3) are formed with cross-sections perpendicular to the principal surface of the piezoelectric resonator plate (2, 4) having curved shapes, and the two or more protruding portions (T, T1, T2, T3) are formed along a top surface edge of the first metal film (M1, M11, M12) excluding a center region (M0, M01, M02) on the top surface of the first metal film (M1, M11, M12).
A computing device comprising: a base member including an input device (130, 132); a display member rotatably attached to the base member, the display member including a touch sensitive screen; a sensor attached to the base member; and a controller; characterized in that the controller is configured to reduce input sensitivity of the input device (130, 132) in response to the sensor detecting a user's hand close to the display member so that the user can rest his arm or wrist on the input device while interacting with the touch sensitive screen without accidentally inputting signals to the computing device. a base member including an input device (130, 132); a display member rotatably attached to the base member, the display member including a touch sensitive screen; a sensor attached to the base member; and a controller; characterized in that the controller is configured to reduce input sensitivity of the input device (130, 132) in response to the sensor detecting a user's hand close to the display member so that the user can rest his arm or wrist on the input device while interacting with the touch sensitive screen without accidentally inputting signals to the computing device.
Composition aqueuse pour peintures d'extérieur, d'intérieur, de façades et/ou de toits contenant (a) de l'argent élémentaire, (b) du chitosan et/ou des dérivés de chitosan, dans laquelle la composition contient du chitosan et/ou des dérivés de chitosan en une quantité de 0,1 à 10 % en poids par rapport au poids de la composition aqueuse.
A computer-implemented method for refocusing, on at least one common point of interest, the rendering of a first plenoptic video data capturing a scene from a first plenoptic device, said method comprises: - obtaining a common 3D reference system for spatially locating said first plenoptic device and a second plenoptic device, the second plenoptic device having captured a second plenoptic video data from the scene, and the first plenoptic video data and the second plenoptic video data having been temporally aligned, - refocusing the rendering of at least a part of said first plenoptic video data on said at least one common point of interest based on the second plenoptic video data, the common 3D reference system, and said temporal alignment. - obtaining a common 3D reference system for spatially locating said first plenoptic device and a second plenoptic device, the second plenoptic device having captured a second plenoptic video data from the scene, and the first plenoptic video data and the second plenoptic video data having been temporally aligned, - refocusing the rendering of at least a part of said first plenoptic video data on said at least one common point of interest based on the second plenoptic video data, the common 3D reference system, and said temporal alignment.
A method for determining activity of arylsulfatase in an aqueous system characterized in that arylsulfatase that is derived from yeast is subjected to reaction with a substrate, from which fluorophore is liberated by suffering an action of the arylsulfatase, in an aqueous reaction system having high ionic strength to which an inorganic salt has been added, wherein the concentration of the inorganic salt in the aqueous reaction system ranges from 50 to 500mM.
A separation device for a spacecraft or launcher, the separation device comprising an inner housing divided into at least two portions locked to each other by a locking device in a locking position and thereby hindering the at least two portions from separating, the locking device is engaging the inner housing by locking means and is arranged to move between a locking position and a releasing position, the separation device comprising an initiator comprising means for providing high pressure fluid to an expansion chamber when the separation device is switched from a locked state to a released state, wherein the high pressure fluid in the expansion chamber moves the locking device from the locking position to the releasing position when the separation device is switched from the locked state to the released state, characterized in that the separation device comprises a dampening arrangement arranged to attenuate a peak load when the separation device is switched from the locked state to the released state, wherein the dampening arrangement comprises a dampening plate in an end position in connection to the releasing position, wherein the dampening arrangement comprises at least one dampening pin arranged between the locking device and the dampening plate, wherein the dampening pin is arranged to hit and plastically deform the dampening plate during movement of the locking device from the locking position to the releasing position for absorbing energy from the locking device which attenuates the peak load.