mhurhangee/patent-ind-claim-en huggingface dataset:
A taped absorbent article comprising: a chassis comprising: a topsheet ; a backsheet ; an absorbent core positioned at least partially intermediate the topsheet and the backsheet; and an outer cover nonwoven material joined to the backsheet, wherein the outer cover nonwoven material comprises a first mechanical bond pattern ; and a discrete ear laminate joined to the chassis, wherein the discrete ear laminate comprises: a first nonwoven material comprising a garment-facing surface; a second nonwoven material comprising a wearer-facing surface; an elastic member positioned at least partially intermediate the first and second nonwoven materials; and a plurality of ultrasonic bonds ; wherein the garment-facing surface of the first nonwoven material comprises a second mechanical bond pattern , and wherein the first and second mechanical bond patterns are substantially the same, and wherein the outer cover nonwoven material is substantially the same as the first nonwoven material. a chassis comprising: a topsheet ; a backsheet ; an absorbent core positioned at least partially intermediate the topsheet and the backsheet; and an outer cover nonwoven material joined to the backsheet, wherein the outer cover nonwoven material comprises a first mechanical bond pattern ; and a topsheet ; a backsheet ; an absorbent core positioned at least partially intermediate the topsheet and the backsheet; and an outer cover nonwoven material joined to the backsheet, wherein the outer cover nonwoven material comprises a first mechanical bond pattern ; and a discrete ear laminate joined to the chassis, wherein the discrete ear laminate comprises: a first nonwoven material comprising a garment-facing surface; a second nonwoven material comprising a wearer-facing surface; an elastic member positioned at least partially intermediate the first and second nonwoven materials; and a plurality of ultrasonic bonds ; wherein the garment-facing surface of the first nonwoven material comprises a second mechanical bond pattern , and wherein the first and second mechanical bond patterns are substantially the same, and wherein the outer cover nonwoven material is substantially the same as the first nonwoven material. a first nonwoven material comprising a garment-facing surface; a second nonwoven material comprising a wearer-facing surface; an elastic member positioned at least partially intermediate the first and second nonwoven materials; and a plurality of ultrasonic bonds ; wherein the garment-facing surface of the first nonwoven material comprises a second mechanical bond pattern , and wherein the first and second mechanical bond patterns are substantially the same, and wherein the outer cover nonwoven material is substantially the same as the first nonwoven material.
A streamer cable comprising: an outer skin ; at least one sensor positioned within the outer skin ; and a solid void-filler material comprising a polymer and positioned to substantially permeate an area between the outer skin and the at least one sensor , wherein the void-filler material is coupled to the at least one sensor , characterized in that the mobility of the void filler material and the elasticity of the outer skin are chosen in such a way that none of the frequency modes of propagation of bulge waves of the streamer cable fall within the signal frequencies to be measured by the streamer cable . an outer skin ; at least one sensor positioned within the outer skin ; and a solid void-filler material comprising a polymer and positioned to substantially permeate an area between the outer skin and the at least one sensor , wherein the void-filler material is coupled to the at least one sensor , characterized in that the mobility of the void filler material and the elasticity of the outer skin are chosen in such a way that none of the frequency modes of propagation of bulge waves of the streamer cable fall within the signal frequencies to be measured by the streamer cable .
A fuel rail assembly , comprising: a fluid conduit extending along a first longitudinal axis and having a body portion with inside and outside surfaces , the conduit having an opening at one of first and second longitudinal ends thereof, the fluid conduit further having an inlet configured to be coupled to a high-pressure fuel pump, at least one outlet , and a conduit interior forming a fluid flow passageway between the inlet and the at least one outlet configured to allow for fluid communication there between; an end cap assembly mounted to the fluid conduit and configured to cover and close the opening , the end cap assembly including a cup having a free edge that defines an aperture that leads to a cup interior , the cup having an inner surface facing the cup interior ; wherein a reinforcement is mounted to the inner surface of the cup , wherein the reinforcement is mounted to the cup with a brazing material, wherein the cup includes a base and an annular sidewall axially extending away from the base in a first direction, the annular sidewall defining the free edge, characterized in, that the inner surface of the cup includes a first portion corresponding to the base and a second portion corresponding to the annular sidewall , wherein the reinforcement is mounted to the first portion and to the second portion .
Holder for a movable sensor which can be displaced within an aircraft nose, wherein the holder has three motor-rotatable rings for accomodating a sensor , wherein the axes of rotation (R1, R2, R3) of the three motor-rotatable rings are located obliquely in relation to one another, wherein the axes of rotation (R1, R2, R3) of the rotatably mounted rings intersect at a virtual point of rotation (VD), wherein a base surface (G2) and a top surface (D2) of a first rotatably mounted ring are connected to a carrying structure of the holder via a first bearing (L1), which is connected to the base surface (G2), and in that a base surface (G3) and a top surface (D3) of a second rotatably mounted ring are connected to the top surface (D2) of the first rotatably mounted ring via a second bearing (L2), which is connected to the base surface (G3), and to a third rotatably mounted ring via a third bearing (L3), which is connected to the top surface (D3), wherein the surface normal (R1) of the base surface (G2) of the first rotatably mounted ring and the surface normal (R3) of the top surface (D3) of the second rotatably mounted ring are at an angle α 1 of 0°-90°; characterized in that the first and the second rotatably mounted rings are designed in the form of conical funnels, wherein the bearings (L1, L2, L3) of the rotatably mounted rings are integrated in an interior space of the conical funnels and motor drives (M1, M2, M3) for driving the rotatably mounted rings are fastened on the rings , wherein the drives (M1, M2, M3) drive the respective rotatably mounted rings by means of a pinion via a gear rim.
A movable ladder formed by a structural frame composed of a rear part and two sides, the rear part and the two sides having horizontal and vertical structural elements , the lower part of the vertical structural elements terminating in lateral projections in the form of an inverted "U" that provide the movable ladder with reliable support on the floor, the movable ladder is provided with four wheels that can be raised or lowered to facilitate the movement of the ladder toward the work area, the wheels being mounted in a fixed way to the horizontal structural element of each side by devices , which are tubular elements whether screwed internally or with boreholes for the insertion of a lag screw for the purpose of fixing the position of these wheels , characterized in that the movable ladder is further provided with two collapsible lateral platforms being able to be kept in an horizontal position.
An apparatus for thermally treating an oil reservoir by separately introducing a first composition and a second composition into an oil well and contacting the first composition and second composition in a pay zone of the oil reservoir to initiate a chemical reaction producing heat and gases, the oil well being in fluid connection with at least one substantially vertical pair of horizontal wells, an upper horizontal well and a lower horizontal well , situated in the pay zone , the apparatus comprising: - a casing of the oil well provided with openings facing the horizontal wells to allow fluid exchange between the oil well and the horizontal wells of the oil reservoir, - a sealing device positioned in the casing of the oil well so that the opening in the casing facing the upper horizontal well is located above and the opening in the casing facing the lower horizontal well is located below the sealing device ; - an inner tubing arranged inside the casing of the oil well and passing through the sealing device , the sealing device sealing the space between the inner tubing and the casing , the inner tubing provided with at least one opening in its distal end section located below the sealing device , - an outer tubing arranged coaxially with and outside the inner tubing and inside the casing , - the inside of the inner tubing defining a first fluid passage , - the inside of the casing of the oil well and outside of the outer tubing above the sealing device defining a second fluid passage , - the inside of the outer tubing and outside of the inner tubing defining a third fluid passage , - the outer tubing provided with openings connecting the third fluid passage with the second fluid passage , whereas the openings of the outer tubing are located close to the openings of the casing facing the upper horizontal well for transfer of the chemical reaction of the first composition and of the second composition to the pay zone of the oil reservoir. - a casing of the oil well provided with openings facing the horizontal wells to allow fluid exchange between the oil well and the horizontal wells of the oil reservoir, - a sealing device positioned in the casing of the oil well so that the opening in the casing facing the upper horizontal well is located above and the opening in the casing facing the lower horizontal well is located below the sealing device ; - an inner tubing arranged inside the casing of the oil well and passing through the sealing device , the sealing device sealing the space between the inner tubing and the casing , the inner tubing provided with at least one opening in its distal end section located below the sealing device , - an outer tubing arranged coaxially with and outside the inner tubing and inside the casing , - the inside of the inner tubing defining a first fluid passage , - the inside of the casing of the oil well and outside of the outer tubing above the sealing device defining a second fluid passage , - the inside of the outer tubing and outside of the inner tubing defining a third fluid passage , - the outer tubing provided with openings connecting the third fluid passage with the second fluid passage , whereas
Device for generating a strong current in a swimming pool with a housing in which a motor with a propeller is arranged, the housing being designed to be flow-friendly, the cross section of the housing tapering in the direction of flow and the angle α of the longitudinal axis of the motor in the housing to the horizontal water surface being adjustable at least step by step, characterized in that the housing is truncated pyramid-shaped and asymmetrical and has four sides , of which two sides are identical and the upper side and the lower side (7") are designed differently, the sides (7,7',7") meeting at the pyramid edges and that the housing has at least no sharp edges, the edges on the side surfaces of the housing being rounded are formed, wherein the projection of the center of the upper cut surface of the front plate of the housing tapering in the direction of flow does not coincide with the center of the base surface and that the openings (8,8', 8") in the side surfaces (7,7',7") of the housing extend almost over the entire surface in a trough-shaped formation, wherein the openings (8,8', 8") of the side surfaces are closed off with at least one perforated plate in such a way that only a small resistance is opposed to the flow of the liquid (water).
Telescopic rail comprising a first rail element , a second rail element , a third rail element and a drive device , wherein the first rail element and the second rail element are mounted against one another such that the first rail element and the second rail element can be moved linearly relative to one another in and counter to a pull-out direction , wherein the third rail element and the second rail element are mounted against one another such that the third rail element and the second rail element can be moved linearly relative to one another in and counter to the pull-out direction , wherein the drive device is mounted on the first rail element or can be mounted on a holding element which can be connected to the first rail element and wherein the drive device is configured such that the drive device can produce a linear displacement movement of the second rail element relative to the first rail element in or counter to the pull-out direction during the operation of the telescopic rail , characterised in that the telescopic rail comprises a traction element , wherein the traction element is fixed to the first rail element and to the third rail element , and wherein the traction element is guided on the second rail element in a direction parallel to the pull-out direction such that a displacement movement of the second rail element relative to the first rail element leads to a displacement movement of the third rail element relative to the second rail element . a first rail element , a second rail element , a third rail element and a drive device , wherein the first rail element and the second rail element are mounted against one another such that the first rail element and the second rail element can be moved linearly relative to one another in and counter to a pull-out direction , wherein the third rail element and the second rail element are mounted against one another such that the third rail element and the second rail element can be moved linearly relative to one another in and counter to the pull-out direction , wherein the drive device is mounted on the first rail element or can be mounted on a holding element which can be connected to the first rail element and wherein the drive device is configured such that the drive device can produce a linear displacement movement of the second rail element relative to the first rail element in or counter to the pull-out direction during the operation of the telescopic rail , characterised in that the telescopic rail comprises a traction element , wherein the traction element is fixed to the first rail element and to the third rail element , and wherein the traction element is guided on the second rail element in a direction parallel to the pull-out direction such that a displacement movement of the second rail element relative to the first rail element leads to a displacement movement of the third rail element relative to the second rail element .
A connector with a quick positioning structure and a plug structure , and the plug structure comprising: a base ; a terminal group , installed in the base ; an inner socket , fixed onto the base , for passing the terminal group ; a positioning ring , sheathed on the inner socket , and extending in an axial direction and a horizontal plane perpendicular to the axial direction , and the positioning ring comprising a ring plate , and a plurality of elastic plates extending in the axial direction from the ring plate , and the elastic plates being spaced with each other and arranged in a circular shape on the ring plate , a plurality of hooks , each hook being arranged on a corresponding elastic plate ; an outer socket , comprising an outer circular seat disposed outside the inner socket and an outer circular plate coupled to the outer circular seat , and the outer circular plate comprising a plurality of notches configured to be corresponsive to the hooks respectively, and the outer circular seat being sheathed on the positioning ring to protrude the hooks out of the notches , characterized in that the hooks are configured to have distances axially relative to an end of the ring plate being not equal or being partially equal. a base ; a terminal group , installed in the base ; an inner socket , fixed onto the base , for passing the terminal group ; a positioning ring , sheathed on the inner socket , and extending in an axial direction and a horizontal plane perpendicular to the axial direction , and the positioning ring comprising a ring plate , and a plurality of elastic plates extending in the axial direction from the ring plate , and the elastic plates being spaced with each other and arranged in a circular shape on the ring plate , a plurality of hooks , each hook being arranged on a corresponding elastic plate ; an outer socket , comprising an outer circular seat disposed outside the inner socket and an outer circular plate coupled to the outer circular seat , and the outer circular plate comprising a plurality of notches configured to be corresponsive to the hooks respectively, and the outer circular seat being sheathed on the positioning ring to protrude the hooks out of the notches ,
A method for selection of an initialization technique corresponding to a protocol for a communications device, an initialization technique being a technique within a communications protocol used to initialize communication and the exchange of information between the communications device and a second communications device, the method comprising: selecting a primary initialization technique associated with a protocol from a set list of initialization techniques; implementing the primary initialization technique to initialize and move the communications device from one upstream/downstream port to another upstream/downstream port; and determining whether the communications device has been initialized and moved, and, when the communications device has not been initialized and moved upon implementing the primary initialization technique, selecting an additional initialization technique from the set list of initialization techniques and implementing the additional initialization technique to initialize and move the communications device from said one upstream/downstream port to said another upstream/downstream port. selecting a primary initialization technique associated with a protocol from a set list of initialization techniques; implementing the primary initialization technique to initialize and move the communications device from one upstream/downstream port to another upstream/downstream port; and determining whether the communications device has been initialized and moved, and, when the communications device has not been initialized and moved upon implementing the primary initialization technique, selecting an additional initialization technique from the set list of initialization techniques and implementing the additional initialization technique to initialize and move the communications device from said one upstream/downstream port to said another upstream/downstream port.
Encapsulating housing arrangement for an electrical energy transmission device having an encapsulating housing base body with a flange opening extending essentially transversely to a flange axis, characterized in that the flange opening terminates a flange connector and is crossed by a stabilization element , wherein the stabilization element connects in the direction of the flange axis at a distance from the encapsulating housing base body , a first wall section of the flange connector to a second wall section of the flange connector .
A method of identifying an individual having non-small cell lung carcinoma subtype squamous cell carcinoma (SCC-NSCLC) stage I or II as to be treated by chemotherapy, the method comprising a) measuring in a sample obtained from the individual the amount or concentration of the marker molecules cytokeratin-19 fragments (CYFRA 21-1) and carcinoembryonic antigen (CEA), b) obtaining a combined value by weighted calculation of the amount or concentration of the marker molecules measured in step (a) and c) identifying the subject as to be treated by chemotherapy by comparing the combined value for the markers obtained in step (b) to the cut-off value of the combined values as established in a reference population, wherein a combined value above of the cut-off value indicates that the individual is to be treated by chemotherapy. a) measuring in a sample obtained from the individual the amount or concentration of the marker molecules cytokeratin-19 fragments (CYFRA 21-1) and carcinoembryonic antigen (CEA), b) obtaining a combined value by weighted calculation of the amount or concentration of the marker molecules measured in step (a) and c) identifying the subject as to be treated by chemotherapy by comparing the combined value for the markers obtained in step (b) to the cut-off value of the combined values as established in a reference population, wherein a combined value above of the cut-off value indicates that the individual is to be treated by chemotherapy.