mhurhangee/ep-ind-claims huggingface dataset:
An electrical socket comprising a carriage, the carriage comprising shutter portions (4a, 4b), each shutter portion associated with a respective pin receiving opening (5a, 5b), and the socket comprising a retainer arrangement, and the shutter portions, when in a closed condition are inhibited from moving to an open condition by the retainer arrangement, and wherein all the shutter portions are required to be in a released condition from the retainer arrangement in order to allow the shutter portions to be moved to an open condition to allow the plug pins to be inserted therein, and also wherein, if not all of the shutter portions are moved to a released condition, the shutter portions are inhibited from movement to the open condition by way of engagement with the retainer arrangement, wherein each shutter portion is displaceable in a first direction to the released condition, which direction is substantially perpendicular to a second direction in which each shutter portion is displaceable to the open condition, and in which the carriage comprises a connection piece which connects the shutter portions together, and the connection piece has flexibility in the first direction to allow the shutter portions to move to the released condition independently of one another.
A front structure for a straddle-type vehicle including: a cover covering a front part of a vehicle body; and a shield provided on an upper part of said cover with a clearance therebetween, wherein said shield is formed along a fundamental curved surface that causes a wind during traveling to flow to the left and right of the vehicle body, said shield is supported by a meter stay supporting a meter, said meter stay integrally includes a meter visor covering said meter from above, and is located behind said shield opening, and an upper surface of said meter stay is formed in a shape that causes a wind having flowed through a shield opening to flow upward; the front structure being characterized in that said shield is provided with a narrow portion where said shield is narrowed in a vehicle width-wise direction by notch portions formed by notching said shield inward in the vehicle width-wise direction, said shield has a shield opening being open at a vehicle width-wise centre in said narrow portion, recess portions recessed from said fundamental curved surface are arranged at left and right parts of said shield, and in that stay-side openings to cause a wind having flowed through said shield opening to flow to the left and right are arranged at left and right parts of said meter stay, and that said recess portions are located above said notch portions. said shield is formed along a fundamental curved surface that causes a wind during traveling to flow to the left and right of the vehicle body, said shield is supported by a meter stay supporting a meter, said meter stay integrally includes a meter visor covering said meter from above, and is located behind said shield opening, and an upper surface of said meter stay is formed in a shape that causes a wind having flowed through a shield opening to flow upward; said shield is provided with a narrow portion where said shield is narrowed in a vehicle width-wise direction by notch portions formed by notching said shield inward in the vehicle width-wise direction, said shield has a shield opening being open at a vehicle width-wise centre in said narrow portion, recess portions recessed from said fundamental curved surface are arranged at left and right parts of said shield, and in that stay-side openings to cause a wind having flowed through said shield opening to flow to the left and right are arranged at left and right parts of said meter stay, and that said recess portions are located above said notch portions.
The non-therapeutic use of compounds of the formula in which (Ia) G 1 represents C-halogen, G 2 represents in which R 1 represents hydrogen or alkyl and G 3 represents optionally substituted heterocyclyl, optionally substituted heteroaryl or optionally substituted aryl, and salts, metal oxides and N-oxides of the compounds of the formula for controlling pests. (Ia) G 1 represents C-halogen, G 2 represents in which R 1 represents hydrogen or alkyl and G 3 represents optionally substituted heterocyclyl, optionally substituted heteroaryl or optionally substituted aryl, G 1 represents C-halogen, G 2 represents R 1 represents hydrogen or alkyl and G 3 represents optionally substituted heterocyclyl, optionally substituted heteroaryl or optionally substituted aryl,
A process for producing a blow-molded foam (1, 3) including foamed cells, the process comprising: kneading a polyolefin-based resin containing a foaming agent mixed therewith in an extruder, and then retaining the polyolefin-based resin at a cylinder-shaped space defined between a mandrel and a die outer cylinder; and extruding a parison between split mold blocks from a die slit by use of a ring-shaped piston after a predetermined amount of the resin is retained at the cylinder-shaped space and carrying out blow molding after clamping by blowing air into the parison, wherein the foaming agent is carbon dioxide gas or a nitrogen gas in a supercritical state, thereby obtaining an average cell diameter of the foamed cells in a thickness direction of a wall defining the blow-molded foam (1, 3) being less than 300 μm, and a standard deviation of a cell diameter of the foamed cell in the thickness direction of the wall being less than 40 μm, extruding the parison comprises extruding the parison at an extrusion rate of 700 kg/h or more, blow molding comprises blowing air on the parison at a pressure of 0.05 to 0.15 MPa, and the polyolefin-based resin is a propylene homopolymer having a long-chain branched structure. kneading a polyolefin-based resin containing a foaming agent mixed therewith in an extruder, and then retaining the polyolefin-based resin at a cylinder-shaped space defined between a mandrel and a die outer cylinder; and extruding a parison between split mold blocks from a die slit by use of a ring-shaped piston after a predetermined amount of the resin is retained at the cylinder-shaped space and carrying out blow molding after clamping by blowing air into the parison, wherein the foaming agent is carbon dioxide gas or a nitrogen gas in a supercritical state, thereby obtaining an average cell diameter of the foamed cells in a thickness direction of a wall defining the blow-molded foam (1, 3) being less than 300 μm, and a standard deviation of a cell diameter of the foamed cell in the thickness direction of the wall being less than 40 μm, extruding the parison comprises extruding the parison at an extrusion rate of 700 kg/h or more, blow molding comprises blowing air on the parison at a pressure of 0.05 to 0.15 MPa, and the polyolefin-based resin is a propylene homopolymer having a long-chain branched structure.
A wheeled logistical module comprising: - a base having an upper face capable of supporting goods to be transported, - a caster assembly disposed on a lower face of the base, and - a towing device disposed on the lower face of the base, the towing device comprising a slot oriented longitudinally relative to the base, the slot being capable of slidably accommodating a towing member, characterised in that the towing member protrudes from a drawbar of another wheeled logistical module in order to establish a sliding tow connection between the two wheeled logistical modules by which the wheeled logistical module is able to tow the other wheeled logistical module. - a base having an upper face capable of supporting goods to be transported, - a caster assembly disposed on a lower face of the base, and - a towing device disposed on the lower face of the base, the towing device comprising a slot oriented longitudinally relative to the base, the slot being capable of slidably accommodating a towing member, characterised in that the towing member protrudes from a drawbar of another wheeled logistical module in order to establish a sliding tow connection between the two wheeled logistical modules by which the wheeled logistical module is able to tow the other wheeled logistical module.
Module for absorbing a soundwave comprising a perforated central conduit, wherein a soundwave is intended to be propagated, a casing extending at a distance and facing the central conduit coaxially, and an absorption chamber partially delimited by the central conduit and the casing, characterised in that it further comprises an elastically deformable pocket positioned in the absorption chamber so as to surround at least partially the central conduit, the pocket containing an absorption fluid.
A cosmetic composition containing Phaseolus radiatus extract of fermentation-enzyme treatment as an active ingredient for preventing skin aging and/or for improving skin wrinkles and/or for skin moisturizing, wherein the Phaseolus radiatus extract of fermentation-enzyme treatment is obtained by the proceses of preparing fermented liquor by fermenting Phaseolus radiatus with yeast or lactic acid bacterium, and enzyme-treating the fermented liquor with protease.
Apparatus for determining model parameters (114, 214), the apparatus comprising: an object model transformer (120, 220) configured to receive an object model (112, 212) of a known object and to perform a transformation of the object model (112, 212) based on a set of model parameters (114, 214) from a first frame of reference to a second frame of reference, to determine as result of this transformation a transformed object model comprising at least one region, the at least one region being associated to an object region of the object; a region comparator (130, 230) configured to receive the transformed object model and an image depicting the object, to determine for a selected region of the transformed object model a region-related similarity measure representative of a similarity between the selected region and an image section of the image associated to the selected region via a transformation-dependent mapping; and a model parameter determiner configured to determine an updated set of model parameters (114, 214) on the basis of the region-related similarity measure and an optimization scheme, wherein the similarity measure comprises a geometric similarity component and an image value similarity component. an object model transformer (120, 220) configured to receive an object model (112, 212) of a known object and to perform a transformation of the object model (112, 212) based on a set of model parameters (114, 214) from a first frame of reference to a second frame of reference, to determine as result of this transformation a transformed object model comprising at least one region, the at least one region being associated to an object region of the object; a region comparator (130, 230) configured to receive the transformed object model and an image depicting the object, to determine for a selected region of the transformed object model a region-related similarity measure representative of a similarity between the selected region and an image section of the image associated to the selected region via a transformation-dependent mapping; and a model parameter determiner configured to determine an updated set of model parameters (114, 214) on the basis of the region-related similarity measure and an optimization scheme, wherein the similarity measure comprises a geometric similarity component and an image value similarity component.
A method for determining of a plausibility of a measurement result of a determination of an ammonium content of an aqueous sample, the method comprising: • providing a blue indole dye mixture of the aqueous sample with an alkaline pH by, providing the aqueous sample; adding a base, a chlorinating agent, a phenol derivative, and nitroprusside, so as to obtain the blue indole dye mixture, whereas the method further comprises: • determining a first extinction value of the blue indole dye mixture in a first absorption region from 650 to 670 nm, the first extinction value being the measurement result, • determining a second extinction value of the blue indole dye mixture in a second absorption region from 670 to 775, wherein the second absorption region is distant from the first absorption region, • dividing the first extinction value by the second extinction value so as to obtain a quotient; and • determining the measurement result to not be plausible if the quotient > 1.1. • providing a blue indole dye mixture of the aqueous sample with an alkaline pH by, providing the aqueous sample; adding a base, a chlorinating agent, a phenol derivative, and nitroprusside, so as to obtain the blue indole dye mixture, whereas providing the aqueous sample; adding a base, a chlorinating agent, a phenol derivative, and nitroprusside, so as to obtain the blue indole dye mixture, whereas • determining a first extinction value of the blue indole dye mixture in a first absorption region from 650 to 670 nm, the first extinction value being the measurement result, • determining a second extinction value of the blue indole dye mixture in a second absorption region from 670 to 775, wherein the second absorption region is distant from the first absorption region, • dividing the first extinction value by the second extinction value so as to obtain a quotient; and • determining the measurement result to not be plausible if the quotient > 1.1.
A robot cleaner comprising a control unit, characterized in that the robot cleaner is configured to generate a map for cleaning by searching an area to be cleaned and divide the area to be cleaned into a plurality of sub-areas, the control unit including: a connecting point generating module for generating a connection point between adjacent ones of said plurality of sub-areas; a travel path generating module for generating a travel path within each of the plurality of sub-areas; a full path calculating module for obtaining a full travel path by connecting the travel paths within each sub-area via the connection points therebetween; wherein each of the connection points is generated on a boundary line of adjacent sub-areas; and wherein the robot cleaner is controlled to travel or perform cleaning by passing through the boundary line of adjacent sub-areas on which the connection point is generated. a connecting point generating module for generating a connection point between adjacent ones of said plurality of sub-areas; a travel path generating module for generating a travel path within each of the plurality of sub-areas; a full path calculating module for obtaining a full travel path by connecting the travel paths within each sub-area via the connection points therebetween; wherein each of the connection points is generated on a boundary line of adjacent sub-areas; and wherein the robot cleaner is controlled to travel or perform cleaning by passing through the boundary line of adjacent sub-areas on which the connection point is generated.
Presence detection device having means for transmitting and receiving high-frequency radio signals (S1, S2) for data transmission; means for detecting a change in a high-frequency radio signal received by the transceiver means for data transmission caused by the presence of an object located in the reception range of the transceiver means; and means for outputting a signal indicating a presence of an object based on the change detected by the detection means; characterized in that the transceiver means is designed to transmit high-frequency radio signals, which are not used for data transmission but for object detection, after a first detection of a presence of the object, which occurs during data transmission. means for transmitting and receiving high-frequency radio signals (S1, S2) for data transmission; means for detecting a change in a high-frequency radio signal received by the transceiver means for data transmission caused by the presence of an object located in the reception range of the transceiver means; and means for outputting a signal indicating a presence of an object based on the change detected by the detection means; characterized in that the transceiver means is designed to transmit high-frequency radio signals, which are not used for data transmission but for object detection, after a first detection of a presence of the object, which occurs during data transmission.
An arrangement of a steering wheel in a motor vehicle suitable for autonomous driving, wherein a steering-wheel rim of the steering wheel is displaceable from a usage position into an idle position, in which the driver of the vehicle can still specify a steering request by rotating the steering-wheel rim, and wherein the displacement of the steering-wheel rim from the usage position into the idle position switches on an autonomous vehicle operating mode, in which the vehicle moves along the roadway without assistance from the driver, whereas displacement of the steering-wheel rim from the idle position into the usage position switches off this autonomous vehicle operating mode, characterised in that the steering-wheel rim of the steering wheel is attached pivotably or tiltably to a stationary spoke of the steering wheel.
Vertical explosive reactive armor (VERA), comprising a casing, a casing cover, an inert plate, a layer of explosive material, is mounted on military vehicle and is designed to protect against penetration of the penetrator, characterized in that the vertical explosive reactive armor has a casing upper limiter, two or more inert plates and two or more layers of the explosive material, a casing and a casing cover, which are arranged in the following order looking from the side from which the penetrator arrives: - a casing cover, - a casing upper limiter, - an open part of the casing, - an inert plate, - a layer of the explosive material, - an inert plate, - a layer of the explosive material, - a base of the casing, and the casing upper limiter is a part of the casing, which has a plate-shaped form, is present at the open part of the casing construction, is mounted on the casing wall at an angle, close to 90 degrees angle, and partially covers the inert plate. - a casing cover, - a casing upper limiter, - an open part of the casing, - an inert plate, - a layer of the explosive material, - an inert plate, - a layer of the explosive material, - a base of the casing,
Protective element (1, 1') in the form of a profile having an internal face conformed so as to be applied to at least two contiguous faces or elements to be kept spaced apart from each other and to be protected against impacts during storage, handling and transport thereof, said profile being produced from an impact-absorbing synthetic material, characterised in that said profile is conformed so as to have, on its external face, at least one protuberance provided projecting from said external face intended to constitute both a spacer for keeping adjacent glazed elements spaced apart from each other and a complementary damping shim for protecting them against impacts during storage, handling and transport thereof.
Stator (40, 40', 40") of an aircraft turbine engine, comprising an annular row of fixed vanes and an annular row of arms, the stator having an axis of revolution and the trailing edges of the fixed vanes are positioned substantially in a first plane that is transverse to said axis of revolution and is positioned downstream of a second plane that is transverse to said axis of revolution and passes substantially through the leading edges of the arms, sais stator being characterised in that: - the leading edges of the fixed vanes are positioned substantially in a third plane that is transverse to said axis of revolution and is positioned upstream of the second plane, and in that it further comprises an annular row of variable-pitch vanes that is positioned directly downstream of the annular row of arms, the annular row of variable-pitch vanes (56, 58) comprising first variable-pitch vanes that are positioned substantially in the extension of the arms, and second variable-pitch vanes that are positioned between the first variable-pitch vanes, the first variable-pitch vanes having different aerodynamic profiles to those of the second variable-pitch vanes. - the leading edges of the fixed vanes are positioned substantially in a third plane that is transverse to said axis of revolution and is positioned upstream of the second plane,
Device for applying a haircare product to locks, having: i) an applicator means that is able to hold a quantity of said haircare product in a container, ii) a holding member that is able to engage with the applicator means in order, when the device is moved longitudinally in relation to a lock, to hold said lock in contact with the applicator means in order for it to be coated with said product, characterized in that: said applicator means comprises an applicator end piece mounted on the container and comprising an outlet orifice equipped with an opening/closing element which, in a first position, closes off said outlet orifice and which, in a second position, at least partly releases said outlet orifice, the movement from the first position to the second position taking place in response to a force exerted on the opening/closing element by the lock being inserted between the holding member and this opening/closing element. i) an applicator means that is able to hold a quantity of said haircare product in a container, ii) a holding member that is able to engage with the applicator means in order, when the device is moved longitudinally in relation to a lock, to hold said lock in contact with the applicator means in order for it to be coated with said product, characterized in that:
A method for displaying a context-sensitive help feature for an image-viewing application, the method comprising: receiving a first selection of a help activation item for invoking a context-sensitive help feature in a graphical user interface, GUI, of the image-viewing application; in response to receiving the first selection, displaying a corresponding plurality of help indicators for a first plurality of selectable GUI items; receiving a second selection of one of the GUI items of the first plurality of selectable GUI items; in response to receiving the second selection: displaying (i) a second plurality of selectable GUI items and (ii) a corresponding plurality of help indicators for the second plurality of selectable GUI items, wherein the second plurality of selectable GUI items comprises at least one GUI item that was not displayed prior to receiving the second selection; and removing the corresponding plurality of help indicators for the first plurality of selectable GUI items while maintaining the display of the first plurality of selectable GUI items. receiving a first selection of a help activation item for invoking a context-sensitive help feature in a graphical user interface, GUI, of the image-viewing application; in response to receiving the first selection, displaying a corresponding plurality of help indicators for a first plurality of selectable GUI items; receiving a second selection of one of the GUI items of the first plurality of selectable GUI items; in response to receiving the second selection: displaying (i) a second plurality of selectable GUI items and (ii) a corresponding plurality of help indicators for the second plurality of selectable GUI items, wherein the second plurality of selectable GUI items comprises at least one GUI item that was not displayed prior to receiving the second selection; and removing the corresponding plurality of help indicators for the first plurality of selectable GUI items while maintaining the display of the first plurality of selectable GUI items.