mhurhangee/ep-ind-claims huggingface dataset:
A package system for administering controlled dosages of a chemical agent comprising: an outer package comprising a first film attached to a second film, the outer package having a periphery surrounding a compartment having an interior volume, the first film and the second film being attached together at the periphery, the outer package including a tear promoting portion for facilitating opening of the outer package; and an inner sealed package contained in the compartment of the outer package, the inner package being degradable when exposed to water as a degrading agent, the inner package containing a measured amount of a chemical agent; and wherein the outer package maintains a non-degradable environment for the inner package and the chemical agent; characterized in that the first film and the second film of the outer package have a moisture vapor transmission rate of less than 7.75 g/m 2 /24 h (0.5 g/100 in 2 /24 hrs.) and an oxygen transfer rate of less than 7.75 cm 3 /m 2 /24 h (0.5 cc/100 in 2 /24 hrs.); and in that the chemical agent comprises a swimming pool maintenance chemical for administering to swimming pool water. an outer package comprising a first film attached to a second film, the outer package having a periphery surrounding a compartment having an interior volume, the first film and the second film being attached together at the periphery, the outer package including a tear promoting portion for facilitating opening of the outer package; and an inner sealed package contained in the compartment of the outer package, the inner package being degradable when exposed to water as a degrading agent, the inner package containing a measured amount of a chemical agent; and wherein the outer package maintains a non-degradable environment for the inner package and the chemical agent; characterized in that the first film and the second film of the outer package have a moisture vapor transmission rate of less than 7.75 g/m 2 /24 h (0.5 g/100 in 2 /24 hrs.) and an oxygen transfer rate of less than 7.75 cm 3 /m 2 /24 h (0.5 cc/100 in 2 /24 hrs.); and in that the chemical agent comprises a swimming pool maintenance chemical for administering to swimming pool water.
A railroad tie component having a length, width and height of a railroad tie, said railroad tie component comprising: a hollow that extends along a length of said railroad tie component, wherein said railroad tie component is a single-piece structure, and said hollow has a cross-section of constant shape, said cross-section defining a plurality of engagement structures, characterized in that at least one of said engagement structures has an interlocking shape that, when engaged with a counterpart structure of a counterpart shape, inhibits disengagement of said counterpart structure from said engagement structure in a radial inward direction of said hollow. a hollow that extends along a length of said railroad tie component, wherein said railroad tie component is a single-piece structure, and said hollow has a cross-section of constant shape, said cross-section defining a plurality of engagement structures,
A support pad (9,10) adapted for use on a long hole drill head, the support pad (9,10) including a bottom support surface, a top wear surface, and a peripheral surface disposed between the support surface and the wear surface, wherein the support surface and the peripheral surface are defined by a titanium-containing wear-resistant coating, characterized in that the wear surface is defined by a titanium-free wear-resistant coating that comprises Al2O3 and that has a different color than the titanium-containing coating.
Apparatus for a vehicle, comprising: - a first light source and a second light source, wherein the first and second light sources are actuable independently of one another, wherein the first light source is configured for illuminating a first illumination region of a scene in a surrounding area or within the vehicle, and the second light source is configured for illuminating a second illumination region of the scene, with the first illumination region differing from the second illumination region, - at least a first sensor and a second sensor for receiving light reflected by the scene, wherein a first capture region of the scene is assigned to the first sensor and a second capture region of the scene is assigned to the second sensor, with the first capture region differing from the second capture region, and - a processing unit configured to actuate the first and second light sources and to determine a position of an object in the surrounding area of the vehicle in dependence on signals of the first and second sensors and the actuation of the first and second light sources, characterized in that the first capture region covers a subregion of the first illumination region and a subregion of the second illumination region, and in that the second capture region comprises a further subregion of the second illumination region and the second capture region is separate from the first illumination region. - a first light source and a second light source, wherein the first and second light sources are actuable independently of one another, wherein the first light source is configured for illuminating a first illumination region of a scene in a surrounding area or within the vehicle, and the second light source is configured for illuminating a second illumination region of the scene, with the first illumination region differing from the second illumination region, - at least a first sensor and a second sensor for receiving light reflected by the scene, wherein a first capture region of the scene is assigned to the first sensor and a second capture region of the scene is assigned to the second sensor, with the first capture region differing from the second capture region, and - a processing unit configured to actuate the first and second light sources and to determine a position of an object in the surrounding area of the vehicle in dependence on signals of the first and second sensors and the actuation of the first and second light sources,
A method of applying tests to a plurality of slides including: placing the slides in a plurality of batches; placing each batch into a receptacle having a slide support for each slide; establishing a protocol for each of the batches, with each protocol having at least one block of dispensing and incubation operations, defining use and free times respectively, and wherein each protocol for each slide within a batch is the same or compatible; and creating a schedule that contains interleaved blocks from each of the protocols by time shifting the blocks such that use time violations between the blocks are avoided; scheduling operation of a moveable robot arm to move from a reagent container to the slides to apply reagent to the slides in each batch sequentially, characterised in that an initial open time is provided for each block, the open time representing a maximum period within which a first operation of the block needs to commence wherein the schedule is created to avoid open time violations such that the open time of a sequential one of the blocks overlaps or is concurrent with an end of a preceding block in the same batch. placing the slides in a plurality of batches; placing each batch into a receptacle having a slide support for each slide; establishing a protocol for each of the batches, with each protocol having at least one block of dispensing and incubation operations, defining use and free times respectively, and wherein each protocol for each slide within a batch is the same or compatible; and creating a schedule that contains interleaved blocks from each of the protocols by time shifting the blocks such that use time violations between the blocks are avoided; scheduling operation of a moveable robot arm to move from a reagent container to the slides to apply reagent to the slides in each batch sequentially,
A pulser ring mounting structure comprising: a wheel provided with a hub, the hub being journaled to an axle; and a pulser ring, the pulser ring being mounted with respect to the wheel, the pulser ring being provided with an annular detected portion detected by a wheel speed sensor, wherein the pulser ring is provided with a rib, the rib extending to be located close to a receiving portion, the receiving portion being provided with respect to an outer surface of the hub characterised in that the pulser ring is mounted with respect to the wheel in order to form a gap between the rib and the receiving portion; wherein the gap is set to such a size that when the pulser ring is deformed in an elastic deformation zone, the rib abuts on the receiving portion. a wheel provided with a hub, the hub being journaled to an axle; and a pulser ring, the pulser ring being mounted with respect to the wheel, the pulser ring being provided with an annular detected portion detected by a wheel speed sensor, wherein the pulser ring is provided with a rib, the rib extending to be located close to a receiving portion, the receiving portion being provided with respect to an outer surface of the hub characterised in that the pulser ring is mounted with respect to the wheel in order to form a gap between the rib and the receiving portion; wherein the gap is set to such a size that when the pulser ring is deformed in an elastic deformation zone, the rib abuts on the receiving portion.
Foaming device of a machine for the preparation of beverages comprising: - an external tube, - a steam distribution tube comprising a downstream section, - a nozzle that comprises a tubular body configured to be inserted in an external tube and a head fitted with a diffusion chamber communicating with the tubular body and leading to an outlet of said head, - screwing means (8, 21) arranged between the downstream section and the tubular body, and configured for the assembly of the nozzle and the distribution tube, - distribution means (24, 25, 26) configured to suction into the diffusion chamber, by Venturi effect, air from a chamber arranged inside the external tube and a liquid during the injection of steam in the nozzle when a lower end of the external tube is immersed in the liquid, characterised in that the foaming device comprises first sealing and positioning means configured between the downstream section of the distribution tube and the tubular body to allow a positioning clearance between the steam distribution tube and the nozzle, without loss of injection of steam in the nozzle when these two elements are screwed to one another. - an external tube, - a steam distribution tube comprising a downstream section, - a nozzle that comprises a tubular body configured to be inserted in an external tube and a head fitted with a diffusion chamber communicating with the tubular body and leading to an outlet of said head, - screwing means (8, 21) arranged between the downstream section and the tubular body, and configured for the assembly of the nozzle and the distribution tube, - distribution means (24, 25, 26) configured to suction into the diffusion chamber, by Venturi effect, air from a chamber arranged inside the external tube and a liquid during the injection of steam in the nozzle when a lower end of the external tube is immersed in the liquid,
A housing for a wind sensor, the housing comprising: a first housing body having a cylindrical cross-section, a second housing body having a cylindrical cross-section, a first reflector in the first housing body and a second reflector in the second housing body and coaxially mounted with the first reflector so as to define a resonant cavity between the first reflector and the second reflector configured to form a measurement cavity for a sensing element in the space between the first reflector and the second reflector; characterised in that: the housing has at least one surface (40, 42) comprising one or more shaped surface element(s) for inducing turbulence in fluid flowing across the surface (40, 42) comprising the one or more shaped surface element(s); wherein the one or more shaped surface element(s) are arranged on the at least one surface extending around the perimeter of the first housing body and/or of the second housing body. a first housing body having a cylindrical cross-section, a second housing body having a cylindrical cross-section, a first reflector in the first housing body and a second reflector in the second housing body and coaxially mounted with the first reflector so as to define a resonant cavity between the first reflector and the second reflector configured to form a measurement cavity for a sensing element in the space between the first reflector and the second reflector; characterised in that: the housing has at least one surface (40, 42) comprising one or more shaped surface element(s) for inducing turbulence in fluid flowing across the surface (40, 42) comprising the one or more shaped surface element(s); wherein the one or more shaped surface element(s) are arranged on the at least one surface extending around the perimeter of the first housing body and/or of the second housing body. the housing has at least one surface (40, 42) comprising one or more shaped surface element(s) for inducing turbulence in fluid flowing across the surface (40, 42) comprising the one or more shaped surface element(s); wherein the one or more shaped surface element(s) are arranged on the at least one surface extending around the perimeter of the first housing body and/or of the second housing body.
Fastening assembly for mounting a roof box onto a roof rack of a vehicle, said fastening assembly comprising a housing arranged to be mounted on a roof box, said housing comprising clamping means for clamping said roof box onto said roof rack, said clamping means comprising at least two jaws (21, 22) wherein at least one of said jaws is arranged to be movable in relation to another jaw, characterised in that said housing comprises a first interaction section extending a substantial distance in parallel with a long side of said housing, and a clamping assembly with tightening means arranged at one end of said housing, said tightening means comprising a control element that constitutes a lever comprising a first interacting portion arranged to interact with said first interaction section in the housing when operating said control element, to move the whole body of the movable jaw towards the other jaw.
Array of boundary / edge markers for on ground vehicle traffic, preferably array of airport runway/taxiway lights, each marker of the array comprising: (a) means (30; 130; 230; 330; 430; 530) for securing the marker to a ground surface; (b) a rigid structural support (120; 220; 320; 420; 520) extending upwardly from the marker securing means; (c) an illuminated region (150; 250; 350) connected to the rigid structural support, said illuminated region being a boundary or edge indicator visible from a plurality of angles; and characterized in that each of the markers further comprise (d) only one or only two elongated, three-dimensional indicium/indicia (110; 210; 310; 410; 510), the one or two indicium/indicia for being oriented substantially parallel or tangential to a boundary/edge (125; 225; 425; 525) of permissible on ground vehicle traffic, said indicium/indicia extending outwardly from at least one side of the illuminated region to serve as a visual extension of the illuminated region. (a) means (30; 130; 230; 330; 430; 530) for securing the marker to a ground surface; (b) a rigid structural support (120; 220; 320; 420; 520) extending upwardly from the marker securing means; (c) an illuminated region (150; 250; 350) connected to the rigid structural support, said illuminated region being a boundary or edge indicator visible from a plurality of angles; and characterized in that each of the markers further comprise (d) only one or only two elongated, three-dimensional indicium/indicia (110; 210; 310; 410; 510), the one or two indicium/indicia for being oriented substantially parallel or tangential to a boundary/edge (125; 225; 425; 525) of permissible on ground vehicle traffic, said indicium/indicia extending outwardly from at least one side of the illuminated region to serve as a visual extension of the illuminated region.
A stretching hook for stretching an eyelet-containing canvas in a stretch frame, comprising a hook arranged as a bent object one of the eyelets can be caught on and a coupling element fixed to it for coupling the stretching hook to the stretch frame, which coupling element comprises a first planar part which has a first end and by means of which the first part is connected to the hook, as well as a second planar part of which a first end is fixed to a second end of the first part and includes with the first part an angle of less than 90 degrees, so that a second end of the second part is present distal from the first end of the first part, where at least one of the planar parts (19,21) and/or the connection between the two planar parts is resilient, and where the hook extends in a plane that is perpendicular to the planes in which the first and second parts extend, which stretching hook further comprises a planar connecting component of which a first end is attached to the hook and of which a second end is connected to the first end of the first part of the coupling element and which includes a further angle with the first part, where the first part and/or the connecting component and/or the connection between said two parts is resilient, characterized in that the connecting component is connected via at least one coil spring to the first planar part of the coupling element, and in that the second part of the coupling element has a shape of a right-angled triangle where the hypothenuse forms the first end by which the second part is connected to the first part of the coupling element and the angular point of the base and perpendicular forms the second end.
A mobile terminal comprising: a body having a front surface and side surfaces; a window on top of the body, and the window being curved from the front surface toward the side surfaces; a touch sensor on a rear surface of the window, and the touch sensor being curved and corresponds to a curved portion of the window; a display on a rear surface of the touch sensor, and the display being curved and corresponds to a curved portion of the touch sensor; a frame on a rear surface of the display, and the frame having a shape corresponding to a curved portion of the display; and a rear case covering a portion of the body; characterized by a decoration member at the window, and in that the decoration member includes a main surface portion that covers a part of the front surface, and curved portions each extending from the main surface portion and covering a part of a respective one of the side surfaces, the touch sensor and the display are longer than the window in a lengthwise direction of the body, cutout portions (625, 635) are provided by partially cutting out ends of side surfaces of the touch sensor and the display, respectively, the cutout portions (625, 635) define a space where the curved portion of the decoration member is curved, the rear case includes curved surface portions which are disposed at corners of the rear case, and each curved surface portion has a shape corresponding to a respective one of the curved portions. a body having a front surface and side surfaces; a window on top of the body, and the window being curved from the front surface toward the side surfaces; a touch sensor on a rear surface of the window, and the touch sensor being curved and corresponds to a curved portion of the window; a display on a rear surface of the touch sensor, and the display being curved and corresponds to a curved portion of the touch sensor; a frame on a rear surface of the display, and the frame having a shape corresponding to a curved portion of the display; and a rear case covering a portion of the body; characterized by a decoration member at the window, and in that the decoration member includes a main surface portion that covers a part of the front surface, and curved portions each extending from the main surface portion and covering a part of a respective one of the side surfaces, the touch sensor and the display are longer than the window in a lengthwise direction of the body, cutout portions (625, 635) are provided by partially cutting out ends of side surfaces of the touch sensor and the display, respectively, the cutout portions (625, 635) define a space where the curved portion of the decoration member is curved, the rear case includes curved surface portions which are disposed at corners of the rear case, and each curved surface portion has a shape corresponding to a respective one of the curved portions.
A fastening structure comprising: a first structural member including a composite material, and having a first electrically-conductive surface that has electric conductivity; a second structural member having a second electrically-conductive surface, the second electrically-conductive surface being in contact with the first electrically-conductive surface and having electric conductivity; and a fastening member penetrating the first electrically-conductive surface and the second electrically-conductive surface, and fastening the first structural member and the second structural member, wherein the first structural member comprises a layer having the first electrically-conductive surface and including an electrically-conductive composite material, and wherein the layer having the first electrically-conductive surface includes a plurality of layers that are stacked in a stack direction, and the plurality of layers have fibers that extend in a direction perpendicular to the stack direction. a first structural member including a composite material, and having a first electrically-conductive surface that has electric conductivity; a second structural member having a second electrically-conductive surface, the second electrically-conductive surface being in contact with the first electrically-conductive surface and having electric conductivity; and a fastening member penetrating the first electrically-conductive surface and the second electrically-conductive surface, and fastening the first structural member and the second structural member, wherein the first structural member comprises a layer having the first electrically-conductive surface and including an electrically-conductive composite material, and wherein the layer having the first electrically-conductive surface includes a plurality of layers that are stacked in a stack direction, and the plurality of layers have fibers that extend in a direction perpendicular to the stack direction.
Sanitary installation element (1, 2, 3, 4, 5, 6, 7) which can be inserted into the water outlet of a sanitary outlet fitting and has an adjustment device for varying the clear throughflow cross section of the installation element and/or the volume flow, which adjustment device can be actuated by means of at least one operating element which is arranged such that it can be actuated on the inflow side of the installation element and/or on the outflow side thereof, wherein the adjustment device has a regulating element and, interacting therewith, an adjustment element, the relative position of which can be varied by means of the at least one operating element in order to vary the throughflow cross section or the throughflow rate, characterised in that the at least one operating element is mounted so as to be rotatable, but immovable in the longitudinal direction of the installation element (1, 2, 3, 4, 5, 6, 7), in that the adjustment element is guided so as to be rotationally-fixed and movable in the longitudinal direction, and in thata rotational movement at this operating element can be converted into a longitudinal movement of the adjustment element.