mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a movable body configured to be movable for suctioning dust; and a following body for collecting the dust suctioned by the movable body, the following body being mobile, wherein the following body comprises: an image acquisition unit for acquiring an image for a view around the following body; and a controller for controlling the following body to travel while following the movable body based on the acquired image; characterized by a marker configured to be displaced according to movement of the movable body, wherein the controller is configured to control the travel operation of the following body based on a position of the marker indicated in the acquired image. a movable body configured to be movable for suctioning dust; and a following body for collecting the dust suctioned by the movable body, the following body being mobile, wherein the following body comprises: an image acquisition unit for acquiring an image for a view around the following body; and a controller for controlling the following body to travel while following the movable body based on the acquired image; characterized by a marker configured to be displaced according to movement of the movable body, wherein the controller is configured to control the travel operation of the following body based on a position of the marker indicated in the acquired image. an image acquisition unit for acquiring an image for a view around the following body; and a controller for controlling the following body to travel while following the movable body based on the acquired image; characterized by a marker configured to be displaced according to movement of the movable body, wherein the controller is configured to control the travel operation of the following body based on a position of the marker indicated in the acquired image.
A cap (1a, 1b), which comprises a cap body to be fitted into a container mouth section and is made of a synthetic resin, wherein the cap body includes a cylindrical wall section to be fitted into an inner wall surface of the container mouth section, an annular wall section that has a discharge hole in a radial-direction center portion, a check valve disposed above the annular wall section to open or close the discharge hole in such a manner that a valve section is detached from or seated on an annular valve seat around the discharge hole, and a guiding tubular body disposed above the check valve and having a discharge passage of contents from the discharge hole; characterized in that the annular wall section extends obliquely in an upper direction toward a radial-direction center integrally from an inner wall surface of the cylindrical wall section, the annular wall section has a lower wall surface of a truncated conical shape, and in that the annular valve seat and the valve section abut against mutual inverted conical surfaces (28, 29).
Conveyor belt (1, 7, 13) with a carrying-side cover sheet (2, 8, 14) and a running-side cover sheet (3, 9, 15) each made from a polymeric base material with elastic properties and with a tension member (4, 10, 16), which is embedded in the base material and lies in a middle region of the conveyor belt (1, 7, 13), and also comprising two flanks (5, 6) extending perpendicularly in relation to the running-side cover sheet (2, 8, 14), characterized in that the two flanks (11, 12, 19, 20) of the conveyor belt are already bevelled as a result of production at least in the region of the carrying-side cover sheet, in that the tension member (4, 10, 16) also lies in the side regions of the conveyor belt (1, 7, 13) and in the side regions is enclosed by the base material and not exposed.
Infrared detection module comprising: - a detection part comprising an infrared detector and a detector housing for accommodating the infrared detector, - a cold-production part comprising a cooling machine for cooling the detector and a cooling machine housing for accommodating the cooling machine, - a fastening device for fixing the detector housing on the cooling machine housing, the fastening device comprising a nut for being screwed onto the detector housing and/or onto the cooling machine housing so as to secure the housings together, and - an indexing pin fixed to one of the housings (11, 12) and an indexing orifice arranged in the other housing (11, 12), the indexing orifice being provided to receive the indexing pin so as to keep the housings (11, 12) in position relative to each other during screwing of the nut. - a detection part comprising an infrared detector and a detector housing for accommodating the infrared detector, - a cold-production part comprising a cooling machine for cooling the detector and a cooling machine housing for accommodating the cooling machine, - a fastening device for fixing the detector housing on the cooling machine housing, the fastening device comprising a nut for being screwed onto the detector housing and/or onto the cooling machine housing so as to secure the housings together, and - an indexing pin fixed to one of the housings (11, 12) and an indexing orifice arranged in the other housing (11, 12), the indexing orifice being provided to receive the indexing pin so as to keep the housings (11, 12) in position relative to each other during screwing of the nut.
Mudguard arrangement, comprising at least - a mudguard and - a cable receiving member, wherein the cable receiving member comprises a first bracket retention member and a second bracket retention member, which between them have a cable channel which is constructed in an open manner, wherein there is provided at least one bracket which can be releasably connected to the bracket retention members (2, 3) and which is configured to fix at least one cable or cable-like element which is laid in the cable channel, characterised in that the bracket retention members (2, 3) and the at least one bracket which can be releasably connected thereto are arranged at a lower side of the mudguard. - a mudguard and - a cable receiving member,
A tyre comprising a sidewall portion provided with a mark indicating portion having one or more marks, wherein the mark indicating portion comprises a reference surface (x) provided on a surface of the sidewall portion and the one or more marks formed on the reference surface (x), and each mark is provided with an edging portion forming an outer edge of each mark and a mark main portion arranged inside the edging portion, a surface of the edging portion is inclined with respect to the reference surface (x) in a direction in which a height thereof from the reference surface (x) increases from one side to the other side in a tyre radial direction, characterized in that a surface of the mark main portion is inclined with respect to the reference surface (x) in an opposite direction to the surface of the edging portion.
A sensor for a sensing system comprising a chain of these sensors, the sensor comprising an input control port, an output control port, a power interface and an output interface, wherein the sensor is configured such that, when the sensor is powered over the power interface, an enable signal at the input control port triggers the sensor for executing a sequence which comprises measuring a physical property, and subsequently transmitting an enable signal over the output control port, wherein the sensor is configured for outputting a result of the measurement over the output interface.
Agricultural photovoltaic structure comprising at least one support structure, photovoltaic panels of two-sided type and glass panels supported by said support structure, irrigation means of an underlying agricultural land, lighting means of the underlying agricultural land, and control means, wherein the support structure comprises at least one frame able to support side by side both the photovoltaic panels and the glass panels implementing a cover over the agricultural land partly suitable for diffusing light on the underlying agricultural land by the glass panels, characterized in that the irrigation means include nozzles able to wet the lower part of the photovoltaic panels thus cooling them, the water then directly falling by gravity onto the agricultural land, wherein the control means are able to activate the irrigation means and the lighting means on the basis of sensors, wherein the support structure is of mono-axial solar tracking type and comprises vertical uprights and a horizontal beam constrained to the vertical uprights through ball bearings, wherein a motor is adapted to rotate the horizontal beam so transmitting the rotatory motion to the frames and therefore to the photovoltaic panels and to the glass panels. wherein the support structure comprises at least one frame able to support side by side both the photovoltaic panels and the glass panels implementing a cover over the agricultural land partly suitable for diffusing light on the underlying agricultural land by the glass panels, characterized in that the irrigation means include nozzles able to wet the lower part of the photovoltaic panels thus cooling them, the water then directly falling by gravity onto the agricultural land, wherein the control means are able to activate the irrigation means and the lighting means on the basis of sensors, wherein the support structure is of mono-axial solar tracking type and comprises vertical uprights and a horizontal beam constrained to the vertical uprights through ball bearings, wherein a motor is adapted to rotate the horizontal beam so transmitting the rotatory motion to the frames and therefore to the photovoltaic panels and to the glass panels.
An apparatus comprising: means for detecting (72, 104) an occurrence of a maximum permissible exposure event; means for determining a severity of the detected maximum permissible exposure event; means for setting a periodic scheduling override condition to be valid in the event that the detected maximum permissible exposure event is determined to have a high severity; and means for reporting maximum permissible exposure assistance information in response to the detection of the occurrence of the maximum permissible exposure event, wherein the means for reporting the maximum permissible exposure assistance information is configured to: generate a scheduled report in the event that the periodic scheduling override condition is invalid, wherein the scheduled report is sent when a first time period expires; and generate an unscheduled report in the event that the periodic scheduling override condition is valid, wherein the unscheduled report is sent without waiting for the first time period to expire. means for detecting (72, 104) an occurrence of a maximum permissible exposure event; means for determining a severity of the detected maximum permissible exposure event; means for setting a periodic scheduling override condition to be valid in the event that the detected maximum permissible exposure event is determined to have a high severity; and means for reporting maximum permissible exposure assistance information in response to the detection of the occurrence of the maximum permissible exposure event, wherein the means for reporting the maximum permissible exposure assistance information is configured to: generate a scheduled report in the event that the periodic scheduling override condition is invalid, wherein the scheduled report is sent when a first time period expires; and generate an unscheduled report in the event that the periodic scheduling override condition is valid, wherein the unscheduled report is sent without waiting for the first time period to expire. generate a scheduled report in the event that the periodic scheduling override condition is invalid, wherein the scheduled report is sent when a first time period expires; and generate an unscheduled report in the event that the periodic scheduling override condition is valid, wherein the unscheduled report is sent without waiting for the first time period to expire.
A plasticizer for vinyl chloride-based resin, comprising a non-phthalate ester obtained by reacting a polycarboxylic acid and an alcohol, wherein: (i) the polycarboxylic acid is an alicyclic dicarboxylic acid or a derivative thereof; (ii) the alcohol is a saturated aliphatic alcohol comprising a C 9 saturated aliphatic alcohol as a major component; (iii) the saturated aliphatic alcohol comprises a linear C 9 saturated aliphatic alcohol (B1-1) of 60 wt% to 95 wt%, and a branched C 9 saturated aliphatic alcohol (B1-2) of 5 wt% to 40 wt%; (iv) the linear-chain ratio of the alcohol is 60% or more; and (v) the non-phthalate ester does not substantially comprise a phthalate ester obtained by reacting a phthalic acid compound or a derivative thereof with an alkyl alcohol having 8 or fewer carbon atoms. (i) the polycarboxylic acid is an alicyclic dicarboxylic acid or a derivative thereof; (ii) the alcohol is a saturated aliphatic alcohol comprising a C 9 saturated aliphatic alcohol as a major component; (iii) the saturated aliphatic alcohol comprises a linear C 9 saturated aliphatic alcohol (B1-1) of 60 wt% to 95 wt%, and a branched C 9 saturated aliphatic alcohol (B1-2) of 5 wt% to 40 wt%; (iv) the linear-chain ratio of the alcohol is 60% or more; and (v) the non-phthalate ester does not substantially comprise a phthalate ester obtained by reacting a phthalic acid compound or a derivative thereof with an alkyl alcohol having 8 or fewer carbon atoms.
An emulsion comprising a liquid continuous phase and a dispersed phase of liquid particles, the liquid particles comprising a compound having the chemical formula R-Si-H wherein R is an organic or inorganic moiety, and wherein the liquid particles have a metal disposed thereon via a reduction reaction with said Si-H of said compound, and wherein said metal is selected from the group of copper, technetium, ruthenium, rhodium, palladium, silver, rhenium, osmium, iridium, platinum, gold, and combinations thereof.
An oven comprising: a sensor including a light-emitting portion for outputting light in a first wavelength band and light in a second wavelength band and a light-receiving portion for receiving light reflected from a cooking product in the oven; a processor configured to: based on a user command for initiating cooking being input, output the light in the first wavelength band through the light-emitting portion, and based on the light output from the light-emitting portion being reflected from the cooking product and received by the light-receiving portion, identify a size of the cooking product based on the received light in the first wavelength band, characterized in that the processor is further configured to: output the light in the second wavelength band through the light-emitting portion while the cooking product is being cooked based on a cooking time determined according to the identified size of the cooking product, and based on the output light being reflected from the cooking product and received by the light-receiving portion, identify a cooking status of the cooking product based on the received light in the second wavelength band, and cook the cooking product based on the identified cooking status. a sensor including a light-emitting portion for outputting light in a first wavelength band and light in a second wavelength band and a light-receiving portion for receiving light reflected from a cooking product in the oven; a processor configured to: based on a user command for initiating cooking being input, output the light in the first wavelength band through the light-emitting portion, and based on the light output from the light-emitting portion being reflected from the cooking product and received by the light-receiving portion, identify a size of the cooking product based on the received light in the first wavelength band, characterized in that the processor is further configured to: output the light in the second wavelength band through the light-emitting portion while the cooking product is being cooked based on a cooking time determined according to the identified size of the cooking product, and based on the output light being reflected from the cooking product and received by the light-receiving portion, identify a cooking status of the cooking product based on the received light in the second wavelength band, and cook the cooking product based on the identified cooking status. output the light in the second wavelength band through the light-emitting portion while the cooking product is being cooked based on a cooking time determined according to the identified size of the cooking product, and based on the output light being reflected from the cooking product and received by the light-receiving portion, identify a cooking status of the cooking product based on the received light in the second wavelength band, and cook the cooking product based on the identified cooking status.
A method of friction stir welding for joining two metal members (1, 1) together using a rotary tool including a connection portion and a stirring pin, comprising: a primary joining step for inserting the stirring pin in a rotating state into the butting portion of the metal members (1,1) and carrying out friction stir welding with only the stirring pin contacting with the metal members (1,1) to generate frictional heat; wherein the stirring pin hangs down from the connection portion, and is coaxial with the connection portion and tapers off away from the connection portion; and wherein a spiral groove is engraved on an outer circumferential surface of the stirring pin. a primary joining step for inserting the stirring pin in a rotating state into the butting portion of the metal members (1,1) and carrying out friction stir welding with only the stirring pin contacting with the metal members (1,1) to generate frictional heat; wherein the stirring pin hangs down from the connection portion, and is coaxial with the connection portion and tapers off away from the connection portion; and wherein a spiral groove is engraved on an outer circumferential surface of the stirring pin.
A confectionery packaging including a confectionery product packaged within the packaging, the packaging comprising: a first part; a second part sealed to the first part at a seal, wherein the first and second parts substantially conform closely to the shape of the product packaged in the packaging; and a crack-propagation for opening the packaging formed in at least a portion of at least one of the parts, the crack-propagation line being arranged to break to form an opening to the confectionery packaging, characterised in that at least a part of the crack-propagation line is separate to the seal so that the packaging may be opened while leaving the seal substantially unaffected. a first part; a second part sealed to the first part at a seal, wherein the first and second parts substantially conform closely to the shape of the product packaged in the packaging; and a crack-propagation for opening the packaging formed in at least a portion of at least one of the parts, the crack-propagation line being arranged to break to form an opening to the confectionery packaging, characterised in that at least a part of the crack-propagation line is separate to the seal so that the packaging may be opened while leaving the seal substantially unaffected.
Tank for the storage of liquid or gaseous substances, with a fibre-reinforced plastic jacket which bounds at least one interior space for the accommodation of the substances to be stored, wherein at least one peripheral section of the fibre-reinforced plastic jacket has an evacuable sandwich structure, which completely encloses the peripheral section, characterised in that, • the at least one peripheral section is a central peripheral section, which is adjoined on both sides, in each case by an end-face peripheral section (30, 32), which in each case is covered by an evacuable outer structure (34, 36), wherein • the interior space is divided by means of an evacuable dividing bulkhead so as to create a first and a second chamber (42, 44), wherein • the evacuable sandwich structure of the central peripheral section, the evacuable outer structures (34, 36) of the two end-face peripheral sections (30, 32), and the evacuable dividing bulkhead, are connected to at least one connecting line for purposes of evacuation. • the at least one peripheral section is a central peripheral section, which is adjoined on both sides, in each case by an end-face peripheral section (30, 32), which in each case is covered by an evacuable outer structure (34, 36), wherein • the interior space is divided by means of an evacuable dividing bulkhead so as to create a first and a second chamber (42, 44), wherein • the evacuable sandwich structure of the central peripheral section, the evacuable outer structures (34, 36) of the two end-face peripheral sections (30, 32), and the evacuable dividing bulkhead, are connected to at least one connecting line for purposes of evacuation.
An optically pumped solid state laser device comprising - one or several solid state laser media in a laser resonator, wherein the laser resonator is comprised by a VCSEL or semiconductor disc laser, - said laser resonator being formed of one or several first resonator mirrors arranged at a first side of said solid state laser media and one or several second resonator mirrors (310, 320, 330) arranged at a second side of said solid state laser media opposing said first side, wherein the first resonator mirrors are formed of distributed Bragg reflectors on which said solid state laser media are arranged, - said first and second resonator mirrors (310, 320, 330) being arranged to guide laser radiation of said laser resonator on at least two different straight paths through each of said laser media, - one or several pump laser diodes and pump radiation reflecting mirrors, - said pump laser diodes being arranged to optically pump said solid state laser media by reflection of pump radiation at said pump radiation reflecting mirrors, - said pump radiation reflecting mirrors being arranged on said second side and designed to directly reflect said pump radiation to the solid state laser media, - wherein said pump reflecting mirrors and said second resonator mirrors (310, 320, 330) are integrally formed in a single mirror element, and. - wherein the second resonator mirrors (310, 320, 330) comprise an outcoupling mirror configured to allow passage of a portion of the laser radiation through the outcoupling mirror to an outside of said laser resonator. - one or several solid state laser media in a laser resonator, wherein the laser resonator is comprised by a VCSEL or semiconductor disc laser, - said laser resonator being formed of one or several first resonator mirrors arranged at a first side of said solid state laser media and one or several second resonator mirrors (310, 320, 330) arranged at a second side of said solid state laser media opposing said first side, wherein the first resonator mirrors are formed of distributed Bragg reflectors on which said solid state laser media are arranged, - said first and second resonator mirrors (310, 320, 330) being arranged to guide laser radiation of said laser resonator on at least two different straight paths through each of said laser media, - one or several pump laser diodes and pump radiation reflecting mirrors, - said pump laser diodes being arranged to optically pump said solid state laser media by reflection of pump radiation at said pump radiation reflecting mirrors, - said pump radiation reflecting mirrors being arranged on said second side and designed to directly reflect said pump radiation to the solid state laser media, - wherein said pump reflecting mirrors and said second resonator mirrors (310, 320, 330) are integrally formed in a single mirror element, and. - wherein the second resonator mirrors (310, 320, 330) comprise an outcoupling mirror configured to allow passage of a portion of the laser radiation through the outcoupling mirror to an outside of said laser resonator.