mhurhangee/ep-ind-claims huggingface dataset:
A UV-curable liquid toner composition for use in liquid electrostatic printing comprising: a dispersion of toner particles suspended in a hydrocarbon-based liquid carrier; and at least one UV-curable component; wherein: a concentration of the toner particles is 2 percent by weight of a total weight of the composition; a concentration of the at least one UV-curable component ranges from 0.5 to 5 percent by weight of the total weight of the composition; and a concentration of the hydrocarbon-based liquid carrier ranges from 90 to 97.5 percent by weight of the total weight of the composition. a dispersion of toner particles suspended in a hydrocarbon-based liquid carrier; and at least one UV-curable component; wherein: a concentration of the toner particles is 2 percent by weight of a total weight of the composition; a concentration of the at least one UV-curable component ranges from 0.5 to 5 percent by weight of the total weight of the composition; and a concentration of the hydrocarbon-based liquid carrier ranges from 90 to 97.5 percent by weight of the total weight of the composition. a concentration of the toner particles is 2 percent by weight of a total weight of the composition; a concentration of the at least one UV-curable component ranges from 0.5 to 5 percent by weight of the total weight of the composition; and a concentration of the hydrocarbon-based liquid carrier ranges from 90 to 97.5 percent by weight of the total weight of the composition.
A post chemical-mechanical-polishing (post-CMP) cleaning composition comprising: one or more water- soluble nonionic copolymers of the general formula and mixtures thereof, wherein R 1 and R 3 are idependently from each other hydrogen, methyl, ethyl, n-propyl, iso-propyl, n-butyl, iso-Butyl, or sec-butyl, R 2 is methyl and x and y are an integer, poly(acrylic acid) or acrylic acid-maleic acid copolymer with a mass average molar mass (Mw) of up to 10,000 g/mol, and water, wherein the pH of the composition is in the range of from 7.0 to 10.5. one or more water- soluble nonionic copolymers of the general formula and mixtures thereof, wherein R 1 and R 3 are idependently from each other hydrogen, methyl, ethyl, n-propyl, iso-propyl, n-butyl, iso-Butyl, or sec-butyl, R 2 is methyl and x and y are an integer, poly(acrylic acid) or acrylic acid-maleic acid copolymer with a mass average molar mass (Mw) of up to 10,000 g/mol, and water, wherein the pH of the composition is in the range of from 7.0 to 10.5.
A piercing device as internal piercing mechanism for delivering a predetermined quantity of medicament contained in a crushable blister into a spray or mist, said device comprising: a base; a substantially hollow, elongated member extending from the base comprising a main body region and terminating in a piercing tip region and wherein the circumference of the tip region is substantially smaller than the circumference main body region and a shoulder region that separates the main body region from the tip region; an internal delivery channel formed by the hollow interior of the elongated member extending from the base to the tip and terminating in a discharge port at a piercing tip; and one or more inlet ports (7, 107) in the base and one or more conduits providing fluid communication between the one or more inlet ports and the internal channel; characterized in that the difference in circumference of the tip region and the main body region is effective to form a non-contact drape region on opposites sides of the tip when the tip is pressed into a flexible material. a base; a substantially hollow, elongated member extending from the base comprising a main body region and terminating in a piercing tip region and wherein the circumference of the tip region is substantially smaller than the circumference main body region and a shoulder region that separates the main body region from the tip region; an internal delivery channel formed by the hollow interior of the elongated member extending from the base to the tip and terminating in a discharge port at a piercing tip; and one or more inlet ports (7, 107) in the base and one or more conduits providing fluid communication between the one or more inlet ports and the internal channel; characterized in that the difference in circumference of the tip region and the main body region is effective to form a non-contact drape region on opposites sides of the tip when the tip is pressed into a flexible material. characterized in that the difference in circumference of the tip region and the main body region is effective to form a non-contact drape region on opposites sides of the tip when the tip is pressed into a flexible material.
An apparatus for selectively affecting a pigmented region in a dermal layer of a skin tissue, comprising: a radiation arrangement including at least one laser configured to emit at least one electromagnetic radiation with a wavelength between 600 and 850 nm; and an optical arrangement (220, 230) including at least one lens configured to direct and focus the at least one electromagnetic radiation into at least one focal region within a dermal layer of a skin tissue when at least one portion of the apparatus contacts a surface of the skin tissue, wherein the focal region has a width between 10 and 200 μm; wherein the optical arrangement has a numerical aperture that is between 0.5 and 0.9; and wherein the radiation arrangement and the optical arrangement (220, 230) are configured to cause a fluence of the at least one electromagnetic radiation to be between 10 and 1000 J/cm 2 in the at least one focal region within the dermal layer of the skin tissue; and wherein the at least one electromagnetic radiation provided by the radiation arrangement and the optical arrangement is configured for absorption by a portion of a pigmented region within the focal region and provides at least one of thermal damage or disruption of the pigmented regions, characterized in that the apparatus is configured to provide a scan speed between 5 mm/sec and 5 cm/ sec. a radiation arrangement including at least one laser configured to emit at least one electromagnetic radiation with a wavelength between 600 and 850 nm; and an optical arrangement (220, 230) including at least one lens configured to direct and focus the at least one electromagnetic radiation into at least one focal region within a dermal layer of a skin tissue when at least one portion of the apparatus contacts a surface of the skin tissue, wherein the focal region has a width between 10 and 200 μm; wherein the optical arrangement has a numerical aperture that is between 0.5 and 0.9; and wherein the radiation arrangement and the optical arrangement (220, 230) are configured to cause a fluence of the at least one electromagnetic radiation to be between 10 and 1000 J/cm 2 in the at least one focal region within the dermal layer of the skin tissue; and wherein the at least one electromagnetic radiation provided by the radiation arrangement and the optical arrangement is configured for absorption by a portion of a pigmented region within the focal region and provides at least one of thermal damage or disruption of the pigmented regions, characterized in that the apparatus is configured to provide a scan speed between 5 mm/sec and 5 cm/ sec.
Method for producing a high-voltage energy storage device, for storing electrical energy, for a motor vehicle, in which storage modules (12a-c, 14a-c) are at least partially arranged in a mounting frame of a storage box of the high-voltage energy storage device, which has the following steps: a) provision of a floor cooling structure of the storage box, wherein the floor cooling structure has two cover elements (22, 24) and, running between the cover elements (22, 24) and able to be flowed-through by a cooling fluid, cooling channels; b) provision of a side wall structure, formed separately from the floor cooling structure, of the storage box; characterised by the following steps: c) joining the storage modules (12a-c, 14a-c) with the floor cooling structure in that the storage modules (12a-c, 14a-c) are connected with at least one of the cover elements (22, 24); and d) after step c): joining the floor cooling structure, joined with the storage modules (12a-c, 14a-c), with the side wall structure, as a result of which the storage modules (12a-c, 14a-c) are arranged in the mounting frame, delimited partly by the side wall structure and partly by the floor cooling structure, of the storage box. a) provision of a floor cooling structure of the storage box, wherein the floor cooling structure has two cover elements (22, 24) and, running between the cover elements (22, 24) and able to be flowed-through by a cooling fluid, cooling channels; b) provision of a side wall structure, formed separately from the floor cooling structure, of the storage box; c) joining the storage modules (12a-c, 14a-c) with the floor cooling structure in that the storage modules (12a-c, 14a-c) are connected with at least one of the cover elements (22, 24); and d) after step c): joining the floor cooling structure, joined with the storage modules (12a-c, 14a-c), with the side wall structure, as a result of which the storage modules (12a-c, 14a-c) are arranged in the mounting frame, delimited partly by the side wall structure and partly by the floor cooling structure, of the storage box.
A device system for military and/or humanitarian operations, in particular a mobile decontamination system, comprising a plurality of electrical and/or fuel-operated units, accessory parts and operating supplies, which together determine a functional scope of the device system, with the electrical and/or fuel-operated units the units include at least one of the following components: a generator for generating electrical power, one or more pumps for recirculating, conveying and/or discharging liquids, one or more pumps for generating negative pressure, a burner and/or an electrical heater for heating liquids, decontaminants and/or other chemicals to be discharged, filters, process control devices and a control panel, and comprising a load-bearing base plate having a defined placement surface and anchoring elements, which enable detachable anchoring to a transport means, in particular to a transport vehicle, and comprising a retaining structure, which is fastened on the placement surface and which is designed to hold the units on the base plate during transport and during operation, characterized in that the retaining structure is formed from a plurality of self-supporting, structurally identical, cuboid-shaped frames, which are arranged next to each other and/or on top of each other and are fastened to the base plate, characterized in that the frames each have eight corner pieces and twelve edge profile elements, which together enclose a defined storage volume, and wherein the units, accessory parts and operating supplies are consistently arranged in the defined storage volumes of the frames.
A polymer film, wherein a film surface of the polymer film has an arithmetic average roughness Ra of 0.63 μm to 1.80 μm determined in accordance with JIS B0601-2001 and a mean height Rc of roughness curve element of 2.45 μm to 7.20 μm determined in accordance with JIS B0601-2001; characterized in that the film surface has a root mean square roughness Rq of 0.76 μm to 2.40 μm determined in accordance with JIS B0601-2001 and a number of valley parts is 2500 to 8000, wherein a valley part is a recessed part of the film surface, with the proviso that when an image of an area having a horizontal length of 2457.6 μm and a vertical length of 1843.2 μm of the film surface is fractioned into a total number of 640 times 480 smaller unit regions each having an area of 3.84 x 3.84 μm 2, smaller unit regions having a monochrome density value less than a threshold are defined as valleys, said threshold being set such that a number of smaller unit regions identified as valleys is 20% of the total number of smaller unit regions, the valley part refers to a region of aggregated valleys that is surrounded by smaller unit regions that are not identified as valleys, and wherein a number of valley parts counted in the image is defined as the number of valley parts; and wherein the image is acquired in accordance with the method described in the section <Methods for determining number and area frequency distribution of valley parts> of the description.
A system comprising: a portable communication device comprising a first transceiver operable to exchange wireless signals with a cellular telephone network, a second transceiver operable to wirelessly communicate with a remote user interface device via a wireless communication link, and an accelerometer that generates a first motion signal as a function of motion of the portable communication device with respect to the earth; and the remote user interface device, comprising a third transceiver for communicating via the wireless communication link with the second transceiver, and comprising a motion sensor that generates a second motion signal as a function of motion of the remote user interface device with respect to the earth; wherein one of the portable communication device and the remote user interface device terminates the wireless communication link as a function of the first motion signal and of the second motion signal. a portable communication device comprising a first transceiver operable to exchange wireless signals with a cellular telephone network, a second transceiver operable to wirelessly communicate with a remote user interface device via a wireless communication link, and an accelerometer that generates a first motion signal as a function of motion of the portable communication device with respect to the earth; and the remote user interface device, comprising a third transceiver for communicating via the wireless communication link with the second transceiver, and comprising a motion sensor that generates a second motion signal as a function of motion of the remote user interface device with respect to the earth;
A flow device for exhaust gas aftertreatment, comprising a mixing chamber comprising an input side and an output side; a divider dividing the mixing chamber to the input side and the output side; a mixing tube comprising a first end and a second end, and an intake section for receiving exhaust gas from the input side of the mixing chamber; a swirl guide configured to guide the received exhaust gas to flow inside the mixing tube towards the second end as a rotating and advancing main flow; and a reactant doser mount for a reactant doser; wherein the mixing tube comprises a dosing section between the intake section and the second end; the mixing tube extends through the divider; the dosing section is configured to receive at least most of the rotating and advancing exhaust gas flow; and the reactant doser mount is configured for mounting the reactant doser such that when in use, the reactant doser provides reactant to the dosing section, characterized in that the flow device further comprises a stem guide around the doser when mounted such that a front face of the stem guide faces the rotating flow; the stem guide defines a central opening surrounding the doser when mounted; and the stem guide comprises a passage structure (112;720,710, 722) for guiding a side flow out of the rotating flow to a carrier flow around the doser via the central opening. a mixing chamber comprising an input side and an output side; a divider dividing the mixing chamber to the input side and the output side; a mixing tube comprising a first end and a second end, and an intake section for receiving exhaust gas from the input side of the mixing chamber; a swirl guide configured to guide the received exhaust gas to flow inside the mixing tube towards the second end as a rotating and advancing main flow; and a reactant doser mount for a reactant doser; wherein the mixing tube comprises a dosing section between the intake section and the second end; the mixing tube extends through the divider; the dosing section is configured to receive at least most of the rotating and advancing exhaust gas flow; and the reactant doser mount is configured for mounting the reactant doser such that when in use, the reactant doser provides reactant to the dosing section, characterized in that the flow device further comprises a stem guide around the doser when mounted such that a front face of the stem guide faces the rotating flow; the stem guide defines a central opening surrounding the doser when mounted; and the stem guide comprises a passage structure (112;720,710, 722) for guiding a side flow out of the rotating flow to a carrier flow around the doser via the central opening.
A method for wireless communication by a user equipment "UE", comprising: receiving a configuration for reporting differential channel state information "CSI" feedback, wherein the configuration comprises at least an indication of when the UE is to report the differential CSI feedback, wherein: the indication triggers the UE to periodically transmit a differential CSI feedback report over one or more time periods; and reporting differential CSI feedback according to the configuration,, wherein the reporting differential CSI feedback further comprises: transmitting, during each time period, a differential CSI feedback report; transmitting a plurality of feedback components associated with one or more first CSI feedback stages of the differential CSI feedback report; after transmitting the plurality of feedback components, determining an updated feedback component for a first feedback component of the plurality of feedback components; and transmitting the updated feedback component during a subsequent second CSI feedback stage of the differential CSI feedback report, wherein the transmitted updated feedback component replaces the first feedback component. the indication triggers the UE to periodically transmit a differential CSI feedback report over one or more time periods; and reporting differential CSI feedback according to the configuration,, wherein the reporting differential CSI feedback further comprises: transmitting, during each time period, a differential CSI feedback report; transmitting a plurality of feedback components associated with one or more first CSI feedback stages of the differential CSI feedback report; after transmitting the plurality of feedback components, determining an updated feedback component for a first feedback component of the plurality of feedback components; and transmitting the updated feedback component during a subsequent second CSI feedback stage of the differential CSI feedback report, wherein the transmitted updated feedback component replaces the first feedback component. transmitting, during each time period, a differential CSI feedback report; transmitting a plurality of feedback components associated with one or more first CSI feedback stages of the differential CSI feedback report; after transmitting the plurality of feedback components, determining an updated feedback component for a first feedback component of the plurality of feedback components; and transmitting the updated feedback component during a subsequent second CSI feedback stage of the differential CSI feedback report, wherein the transmitted updated feedback component replaces the first feedback component.
System for illuminating the face of an occupant for a video call in a car, comprising at least one light source featuring a color temperature range of 2700K to 5000K, the light source having a main light emission direction which is directed to the face of the occupant, wherein the system comprises a camera, and the camera is provided to record the face of the occupant, whereas the system is performed to control the light source in such a way to obtain a flickering free recording of the face of the occupant, and wherein the system provides a control unit, which control unit is connected to the light source and provides pulsed operating to control the light source, characterized in that the control unit is programmed to provide at least two different illumination modes for the face of the occupant: - a private video call mode, whereby the light source generates a warm color tone, and - a business video call mode, whereby the light source generates a less warm color tone compared to the private video call mode. - a private video call mode, whereby the light source generates a warm color tone, and - a business video call mode, whereby the light source generates a less warm color tone compared to the private video call mode.
Method for casting cast parts, in which a molten metal is poured into a casting mould which encloses a cavity forming the cast part which is to be produced, wherein the casting mould, designed as a lost mould, consists of one or more casting mould parts or cores which are formed of a mould material which consists of a core sand, a binder and, optionally, one or more additives for adjusting particular properties of the mould material, comprising the following working steps: - provision of the casting mould; - enclosure of the casting mould in a housing forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mould; - filling the filling space with a free-flowing filling material; - pouring the molten metal into the casting mould, - wherein, as a result of the pouring of the molten metal, the casting mould begins to radiate heat, the consequence of the input of heat caused by the hot molten metal, and - wherein, as a consequence of the input of heat caused by the molten metal, the binder of the mould material begins to vaporise and combust, so that it loses its effect and the casting mould disintegrates into fragments; characterised in that the filling material poured into the filling space has such a low bulk density that the filling material packing formed by the filling material following filling of the filling space can be permeated by a gas flow (S1, S2) and that, on filling the filling space, the filling material has a minimum temperature (Tmin) to at least 500°C starting out from which the temperature of the filling material rises as a result of process heat which is generated through the heat radiated from the casting mould and through the heat released during the combustion of the binder, to above a boundary temperature (Tbound) at which the binder evaporating from the casting mould and coming into contact with the filling material ignites and begins to combust. - provision of the casting mould; - enclosure of the casting mould in a housing forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mould; - filling the filling space with a free-flowing filling material; - pouring the molten metal into the casting mould, - wherein, as a result of the pouring of the molten metal, the casting mould begins to radiate heat, the consequence of the input of heat caused by the hot molten metal, and - wherein, as a consequence of the input of heat caused by the molten metal, the binder of the mould material begins to vaporise and combust, so that it loses its effect and the casting mould disintegrates into fragments; - wherein, as a result of the pouring of the molten metal, the casting mould begins to radiate heat, the consequence of the input of heat caused by the hot molten metal, and - wherein, as a consequence of the input of heat caused by the molten metal, the binder of the mould material begins to vaporise and combust, so that it loses its effect and the casting mould disintegrates into fragments;