mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising an aqueous dispersion of spheroidal particles having a mode particle size of from 10 to 30 μm as measured by a Malvern Mastersizer 2000 Analyzer, wherein the particles comprise a) from 53 to 85 weight percent of a polyolefin; and b) from 5 to 40 weight percent of a coupling agent which is a maleic anhydride functionalized polyolefin having an acid number in the range of from 35 to 220, wherein the weight percentages are based on the total weight of the polyolefin and the coupling agent; with the proviso that when the coupling agent has an acid number of less than 100, the composition further comprises from 9 to 35 weight percent of an ethylene-acrylic acid copolymer, based on the total weight of the polyolefin, the coupling agent, and the ethylene-acrylic acid copolymer, wherein the ethylene-acrylic acid copolymer has an acid number in the range of from 20 to 220.
A disposable pull-on diaper having a longitudinal direction and a transverse direction being orthogonal to the longitudinal direction, including: a front waist region; a rear waist region; a crotch region; an absorbent chassis extending from the crotch region to the front and rear waist regions; lateral elastic regions formed in at least one of the front and rear waist regions so as to be elastically stretchable in the transverse direction from lateral edges of the absorbent chassis; and a central inelastic region defined between the lateral elastic regions and not being elastically stretchable, wherein: at least one of the front and rear waist regions includes an exterior sheet not being elastically stretchable in the transverse direction and an interior sheets lying on an interior surface side of the exterior sheet and being elastically stretchable in the transverse direction; the interior sheets are attached under tension to the interior surface of the exterior sheet in the lateral elastic regions; and in the central inelastic region, the interior sheets are spaced apart from each other and are in an elastically relaxed state in vicinities of the respective lateral elastic regions. a front waist region; a rear waist region; a crotch region; an absorbent chassis extending from the crotch region to the front and rear waist regions; lateral elastic regions formed in at least one of the front and rear waist regions so as to be elastically stretchable in the transverse direction from lateral edges of the absorbent chassis; and a central inelastic region defined between the lateral elastic regions and not being elastically stretchable, wherein: at least one of the front and rear waist regions includes an exterior sheet not being elastically stretchable in the transverse direction and an interior sheets lying on an interior surface side of the exterior sheet and being elastically stretchable in the transverse direction; the interior sheets are attached under tension to the interior surface of the exterior sheet in the lateral elastic regions; and in the central inelastic region, the interior sheets are spaced apart from each other and are in an elastically relaxed state in vicinities of the respective lateral elastic regions.
An apparatus (100, 200, 300) comprising: means for receiving spatial audio information comprising at least one characteristic parameter, wherein the spatial audio information is comprised in a captured content; means for providing, on a user interface, a control element for controlling the at least one characteristic parameter in dependence upon a position of the control element on the user interface; means for providing on the user interface a first path (305, 606, 706) of the control element and a second path of the control element, wherein the first path (305, 606, 706) represents previous positions of the control element in the captured content and the second path represents future positions of the control element in the captured content; and means for modifying the first path (305, 606, 706) of the control element and the second path of the control element according to predefined criteria in response to receiving a user input to change the position of the control element from a first position to a second position on the user interface. means for receiving spatial audio information comprising at least one characteristic parameter, wherein the spatial audio information is comprised in a captured content; means for providing, on a user interface, a control element for controlling the at least one characteristic parameter in dependence upon a position of the control element on the user interface; means for providing on the user interface a first path (305, 606, 706) of the control element and a second path of the control element, wherein the first path (305, 606, 706) represents previous positions of the control element in the captured content and the second path represents future positions of the control element in the captured content; and means for modifying the first path (305, 606, 706) of the control element and the second path of the control element according to predefined criteria in response to receiving a user input to change the position of the control element from a first position to a second position on the user interface.
Medical device for selectively launching a projectile into a target area of a living being, the medical device comprising: a) an optical recording system, such as endoscopic stereo optics, for automated optical and/or spatial recording of the target area, b) a launching device by which the projectile can be launched, the launching device being designed to launch the projectile from a projectile launching channel of the launching device, the launching device having a launching mechanism (2, 3, 6) driven by means of an electromagnetic device, by means of which the projectile can be acted upon mechanically and/or magnetically and can be launched through the projectile launching channel, the launching device having a preselection device by means of which a desired muzzle energy of a projectile launched by means of the launching mechanism can be set, c) a trajectory prediction device arranged to predict the trajectory of a projectile to be launched by means of the launching device and to indicate the predicted trajectory and/or the expected impact location of the projectile in the target area, d) wherein the medical device comprises an automatic stimulation response detection means adapted to automatically detect a stimulation response of the living being triggered by a projectile impacted in the target area. a) an optical recording system, such as endoscopic stereo optics, for automated optical and/or spatial recording of the target area, b) a launching device by which the projectile can be launched, the launching device being designed to launch the projectile from a projectile launching channel of the launching device, the launching device having a launching mechanism (2, 3, 6) driven by means of an electromagnetic device, by means of which the projectile can be acted upon mechanically and/or magnetically and can be launched through the projectile launching channel, the launching device having a preselection device by means of which a desired muzzle energy of a projectile launched by means of the launching mechanism can be set, c) a trajectory prediction device arranged to predict the trajectory of a projectile to be launched by means of the launching device and to indicate the predicted trajectory and/or the expected impact location of the projectile in the target area, d) wherein the medical device comprises an automatic stimulation response detection means adapted to automatically detect a stimulation response of the living being triggered by a projectile impacted in the target area.
Plug connection system, with at least one first element and a with a second element, wherein the first element comprises a flexible first main body comprising a first outer surface and a first inner surface, and the second element comprises a flexible second main body comprising a second outer surface and a second inner surface, wherein the first main body comprises a first separating section and a first fixation section, comprising a first outer section and a first connection section, wherein the first separating section is arranged between the first outer section and the first fixation section, and the second main body comprises a second separating section and a second fixation section, comprising a second outer section and a second connection section, wherein the second separating section is arranged between the second outer section and the second fixation section, wherein the first separating section is arranged on the first outer section, forming an essentially right first angle (α1), formed on the first inner surface and the first fixation section is arranged on the first separating section, forming an essentially right second angle (α2), formed on the first outer surface, wherein the second separating section is arranged on the second outer section, forming an essentially right third angle (α3), formed on the second inner surface and the second fixation section is arranged on the second separating section, forming an essentially right fourth angle (α4), formed on the second inner surface, wherein the second fixation section is implemented essentially U-shaped, with a first arm and a second arm, wherein the first arm is arranged essentially parallel to the second outer section, characterized in that the second arm includes an undercut extending in a plug-in direction (x) parallel to the first outer section or to the second outer section, wherein the first fixation section includes an abutment ledge which engages with the second fixation section behind the undercut when inserted in the plug-in direction (x).
A method of rendering at least one pop-up window (104, 106, 202, 204) on a display device, the method comprising: receiving data representative of graphics objects currently rendered on the display device; analyzing the received data to identify white space areas, wherein the white space areas are areas substantially free of displayed objects according to at least one criterion; comparing dimensions of the white space areas to dimensions of the at least one pop-up window (104, 106, 202, 204) to be rendered on the display device; based on the comparison, determining one or more of the white space areas for rendering the at least one pop-up window and automatically rendering the at least one pop-up window in the identified white space areas on the display device without user intervention if the at least one pop-up window fits within the one or more white space areas; if the at least one pop-up window does not fit within the one or more white space areas, determining if the at least one pop-up window can be resized to fit one of the identified white space areas; and if the at least one pop-up window can be resized to fit one of the identified white space areas, resizing the at least one pop-up window; and if the at least one pop-up window cannot be resized to fit one of the identified white space areas, determining priorities for the currently rendered graphics objects and, based on the priorities, rendering the at least one pop-up window over a selected one of the rendered graphics objects. receiving data representative of graphics objects currently rendered on the display device; analyzing the received data to identify white space areas, wherein the white space areas are areas substantially free of displayed objects according to at least one criterion; comparing dimensions of the white space areas to dimensions of the at least one pop-up window (104, 106, 202, 204) to be rendered on the display device; based on the comparison, determining one or more of the white space areas for rendering the at least one pop-up window and automatically rendering the at least one pop-up window in the identified white space areas on the display device without user intervention if the at least one pop-up window fits within the one or more white space areas; if the at least one pop-up window does not fit within the one or more white space areas, determining if the at least one pop-up window can be resized to fit one of the identified white space areas; and if the at least one pop-up window can be resized to fit one of the identified white space areas, resizing the at least one pop-up window; and if the at least one pop-up window cannot be resized to fit one of the identified white space areas, determining priorities for the currently rendered graphics objects and, based on the priorities, rendering the at least one pop-up window over a selected one of the rendered graphics objects.
A method for uplink radio resource control in a mobile communication network which includes a plurality of mobile stations, a plurality of base stations connected to said plurality of mobile stations, and a radio network controller connected to said plurality of base stations, said plurality of base stations serving respective cells, the method comprising the steps of: measuring, at said plurality of base stations, both total interference and intra-cell interference values; reporting measured total interference values and measured intra-cell interference values from said plurality of base stations to said radio network controller; calculating, at said radio network controller, allowed total interference for individual cells in response to said reporting from said plurality of base stations; sending information about said allowed total interference from said radio network controller to said plurality of base stations; and scheduling, in response to said sent allowed total interference by said plurality of base stations, uplink data packet transmission of said plurality of mobile stations not to exceed said allowed total interference calculated for the respective cells. measuring, at said plurality of base stations, both total interference and intra-cell interference values; reporting measured total interference values and measured intra-cell interference values from said plurality of base stations to said radio network controller; calculating, at said radio network controller, allowed total interference for individual cells in response to said reporting from said plurality of base stations; sending information about said allowed total interference from said radio network controller to said plurality of base stations; and scheduling, in response to said sent allowed total interference by said plurality of base stations, uplink data packet transmission of said plurality of mobile stations not to exceed said allowed total interference calculated for the respective cells.
An orthopaedic hip prosthesis (10, 210), comprising an implantable distal stem component (14, 214) which includes (i) a core (60, 220) formed from a material having a high tensile strength and a high elastic modulus, and (ii) a shell (24, 224) which includes a polymeric material, the shell extending over the core, characterised in that the shell includes a tapered post configured to be received in a tapered bore of an implantable head component.
A detection method for detecting a target object using a detector comprising a detector head comprising an inductive sensor comprising a transmitting coil and receiving coil which are distinct from each other, the transmitting coil and receiving coil each forming a loop, characterised in that the loop of the transmitter coil at least partially overlaps the loop of the receiver coil so as to form a coupling area, the coupling area being elongated along a first longitudinal direction defining a first axis (X 1), the method being characterised in that the detector is moved along a scanning direction defining a scanning axis (X 0) and in that during this movement the detector head is oriented so that the first axis (X 1) of the coupling area is substantially parallel to the scanning axis (X 0).
A method comprising: causing, by a primary apparatus, display of an image; identifying metadata of the image; causing sending of the metadata of the image; determining a relationship criteria based on the metadata associated with the image; identifying a secondary apparatus that is associated with one or more related images that correspond with the relationship criteria identifying metadata that corresponds with metadata associated with the image; causing establishment of a limited image sharing session with the secondary apparatus, wherein the limited image sharing session limits sharing of images to those images that correspond with the associated relationship criteria; receiving an indication that the limited image sharing session has been established with the secondary apparatus; causing sending of the image to the secondary apparatus; receiving information indicative of an image change input indicating termination of display of the image; causing display of another image that corresponds with the relationship criteria based, at least in part, on the image change input; and causing sending of an image change directive based on the image change input to the secondary apparatus, wherein the image change directive indicates termination of display of the image at the secondary apparatus and causation of display of the other image that corresponds with the relationship criteria. causing, by a primary apparatus, display of an image; identifying metadata of the image; causing sending of the metadata of the image; determining a relationship criteria based on the metadata associated with the image; identifying a secondary apparatus that is associated with one or more related images that correspond with the relationship criteria identifying metadata that corresponds with metadata associated with the image; causing establishment of a limited image sharing session with the secondary apparatus, wherein the limited image sharing session limits sharing of images to those images that correspond with the associated relationship criteria; receiving an indication that the limited image sharing session has been established with the secondary apparatus; causing sending of the image to the secondary apparatus; receiving information indicative of an image change input indicating termination of display of the image; causing display of another image that corresponds with the relationship criteria based, at least in part, on the image change input; and causing sending of an image change directive based on the image change input to the secondary apparatus, wherein the image change directive indicates termination of display of the image at the secondary apparatus and causation of display of the other image that corresponds with the relationship criteria.
Method for producing a structured surface of a plate-shaped material, in particular a wood-based panel, - in which a lacquer layer is applied to the surface of the plate-shaped material, - in which a foil which is at least partially permeable to radiation is applied to the lacquer layer, - in which a structured absorber layer is applied to the foil by means of an absorber material which is at least partially impermeable to the radiation, before or after the foil is applied, - in which subsequently, in a first curing step, radiation is applied through the film to the lacquer layer, the lacquer layer being cured at least in sections and at least partially as a function of the permeability of the structured absorber layer of the film, and - in which the film is lifted off the lacquer layer, characterized in - that in a second curing step the lacquer layer is cured by means of radiation, preferably completely. - in which a lacquer layer is applied to the surface of the plate-shaped material, - in which a foil which is at least partially permeable to radiation is applied to the lacquer layer, - in which a structured absorber layer is applied to the foil by means of an absorber material which is at least partially impermeable to the radiation, before or after the foil is applied, - in which subsequently, in a first curing step, radiation is applied through the film to the lacquer layer, the lacquer layer being cured at least in sections and at least partially as a function of the permeability of the structured absorber layer of the film, and - in which the film is lifted off the lacquer layer, - that in a second curing step the lacquer layer is cured by means of radiation, preferably completely.
A system (100, 200, 300, 400) for providing a remote coverage area for use with a base station signal having a radio frequency and content originating from a base station (108, 208, 308, 408), the system (100, 200, 300, 400) comprising: a first converter unit (118B, 210, 318B, 410) to generate data packets comprising payload portions and communicate the data packets over an ETHERNET network (120, 212, 320, 412); a second converter unit (122B, 214, 322B, 414) coupled to the first converter unit over the ETHERNET network (120, 212, 320, 412) to receive the data packets from the ETHERNET network (120, 212, 320, 412); wherein the first converter unit (118B, 210, 318B, 410) is configured to receive the content for the base station signal and generate digital message symbols by performing baseband processing; wherein the first converter unit (118B, 210, 318B, 410) is configured to communicate the digital message symbols over the ETHERNET network (120, 212, 320, 412) to the second converter unit (122B, 214, 322B, 414) in the payload portions of the data packets; and wherein the second converter unit (122B, 214, 322B, 414) is configured to receive the data packets from the ETHERNET network and configured to produce an analog radio frequency version of the base station signal from the digital message symbols, the analog radio frequency version having the radio frequency and the content of the base station signal, wherein the analog RF version is radiated from an antenna associated with the second converter unit (122B, 214, 322B, 414) to provide the remote coverage area. a first converter unit (118B, 210, 318B, 410) to generate data packets comprising payload portions and communicate the data packets over an ETHERNET network (120, 212, 320, 412); a second converter unit (122B, 214, 322B, 414) coupled to the first converter unit over the ETHERNET network (120, 212, 320, 412) to receive the data packets from the ETHERNET network (120, 212, 320, 412); wherein the first converter unit (118B, 210, 318B, 410) is configured to receive the content for the base station signal and generate digital message symbols by performing baseband processing; wherein the first converter unit (118B, 210, 318B, 410) is configured to communicate the digital message symbols over the ETHERNET network (120, 212, 320, 412) to the second converter unit (122B, 214, 322B, 414) in the payload portions of the data packets; and wherein the second converter unit (122B, 214, 322B, 414) is configured to receive the data packets from the ETHERNET network and configured to produce an analog radio frequency version of the base station signal from the digital message symbols, the analog radio frequency version having the radio frequency and the content of the base station signal, wherein the analog RF version is radiated from an antenna associated with the second converter unit (122B, 214, 322B, 414) to provide the remote coverage area.
A multimodal polypropylene composition suitable for pipe applications comprising a multimodal propylene copolymer with at least one comonomer selected from alpha-olefins with 2 or 4 to 8 carbon atoms in a total amount of 4.0 to 10.0 mole-%, wherein the multimodal polypropylene composition has a melt flow rate MFR 2 (2.16 kg, 230 °C) of 0.35 to 1.00 g/10 min determined according to ISO 1133, a content of xylene cold solubles of 6.0 to 13.5 wt.-% determined at 25 °C according to ISO 16152, a polydispersity index PI of 2.5 to 4.0 Pa -1 determined by rheological measurements according to ISO 6721-1 and ISO 6721-10 as described above under Determination methods and a flexural modulus of 830 to 1100 MPa, determined according to ISO 178 at a test speed of 2 mm/min and a force of 100 N on test specimens having a dimension of 80x10x4.0 mm 3 (length x width x thickness) prepared by injection moulding according to EN ISO 1873-2.