mhurhangee/ep-ind-claims huggingface dataset:
A flame retardant resin composition comprising: a polyalkylene furan dicarboxylate represented by the following formula, an aromatic polycarbonate, a phosphazene compound represented by the following formula, and a fluorine-containing compound: wherein m and n 1 are each an integer of 2 or more; wherein n 2 is an integer of 2 or more, and R1 and R2 are each an alkyl group having 1 to 20 carbon atoms or an aryl group; and wherein a weight ratio of the polyalkylene furan dicarboxylate and the aromatic polycarbonate is from 5/95 to 40/60. a polyalkylene furan dicarboxylate represented by the following formula, an aromatic polycarbonate, a phosphazene compound represented by the following formula, and a fluorine-containing compound: wherein m and n 1 are each an integer of 2 or more; wherein n 2 is an integer of 2 or more, and R1 and R2 are each an alkyl group having 1 to 20 carbon atoms or an aryl group; and wherein a weight ratio of the polyalkylene furan dicarboxylate and the aromatic polycarbonate is from 5/95 to 40/60.
A head mounted display, comprising an information processing device, the information processing device comprising: at least one electrode (801, 802, 803) configured to generate at least one signal related to eye blinking of a subject, wherein the at least one electrode (801, 802, 803) is incorporated in a forehead contact unit of the head mounted display, wherein the at least one signal is indicative of at least one myogenic potential related to eye blinking, wherein the at least one electrode (801, 802, 803) comprises a first electrode arranged to be placed in proximity to the right eye of the subject, and a second electrode arranged to be placed in proximity to the left eye of the subject, and the at least one electrode (801, 802, 803) further comprises a first reference electrode for the first electrode and a second reference electrode for the second electrode placed near a midpoint between the first electrode and the second electrode on a side thereof towards the corresponding first and second electrode; and a processing circuit configured to receive the at least one signal and detect eye blinking of the subject based on the at least one signal, wherein the processing circuit is configured to control operation of the display based on detected eye blinking. at least one electrode (801, 802, 803) configured to generate at least one signal related to eye blinking of a subject, wherein the at least one electrode (801, 802, 803) is incorporated in a forehead contact unit of the head mounted display, wherein the at least one signal is indicative of at least one myogenic potential related to eye blinking, wherein the at least one electrode (801, 802, 803) comprises a first electrode arranged to be placed in proximity to the right eye of the subject, and a second electrode arranged to be placed in proximity to the left eye of the subject, and the at least one electrode (801, 802, 803) further comprises a first reference electrode for the first electrode and a second reference electrode for the second electrode placed near a midpoint between the first electrode and the second electrode on a side thereof towards the corresponding first and second electrode; and a processing circuit configured to receive the at least one signal and detect eye blinking of the subject based on the at least one signal, wherein the processing circuit is configured to control operation of the display based on detected eye blinking.
A stabilization device (24, 100, 204, 306) for attachment along a length of a flotation device (22, 202) to increase roll stabilization of the flotation device (22, 202), the stabilization device (24, 100, 204, 306) comprising: a fabric material; a collapsible frame supporting the fabric material, the collapsible frame having a collapsed configuration and an expanded configuration, the expanded configuration of the collapsible frame supporting the fabric material to form a column of the fabric material, the column of fabric material having a front end (106, 210, 312), a back end (108, 212, 314), and a length therebetween and defining an internal volume (110, 310), wherein the front end (106, 210, 312) of the column of fabric material resists fluid entry to the internal volume (110, 310) defined by the column of fabric material, and wherein the back end (108, 212, 314) of the column of fabric material defines an opening for receiving water for filling the internal volume (110, 310) defined by the column of fabric material when the collapsible frame is in the expanded configuration; an attachment strip running along the length of the stabilisation device (24, 100, 204, 306) for attachment along a length of the flotation device (22, 202) so as to allow the stabilisation device (24, 100, 204, 306) to partially collapse laterally along an entire length of the stabilisation device (24, 100, 204, 306) against the flotation device (22, 202) wherein the collapsible frame is biased towards the expanded configuration so as to allow water to flow into the internal volume (110, 310) of the stabilisation device (24, 100, 204, 306) via the opening of the stabilisation device (24, 100, 204, 306). a fabric material; a collapsible frame supporting the fabric material, the collapsible frame having a collapsed configuration and an expanded configuration, the expanded configuration of the collapsible frame supporting the fabric material to form a column of the fabric material, the column of fabric material having a front end (106, 210, 312), a back end (108, 212, 314), and a length therebetween and defining an internal volume (110, 310), wherein the front end (106, 210, 312) of the column of fabric material resists fluid entry to the internal volume (110, 310) defined by the column of fabric material, and wherein the back end (108, 212, 314) of the column of fabric material defines an opening for receiving water for filling the internal volume (110, 310) defined by the column of fabric material when the collapsible frame is in the expanded configuration; an attachment strip running along the length of the stabilisation device (24, 100, 204, 306) for attachment along a length of the flotation device (22, 202) so as to allow the stabilisation device (24, 100, 204, 306) to partially collapse laterally along an entire length of the stabilisation device (24, 100, 204, 306) against the flotation device (22, 202) wherein the collapsible frame is biased towards the expanded configuration so as to allow water to flow into the internal volume (110, 310) of the stabilisation device (24, 100, 204, 306) via the opening of the stabilisation device (24, 100, 204, 306).
A computer-implemented method for presenting to a user in a vehicle a visual representation of a route for finding a parking space for the vehicle, wherein the route comprises road segments having potential parking spaces for the vehicle within a threshold of a destination, the method comprising: upon determining that a visual representation of the route meets a criterion for complexity, wherein the criterion for complexity is that the route includes one or more overlaps, one or more self-intersections, and/or one or more loops, providing a visual representation of an initial extent of the route to the user in a user interface, wherein the initial extent comprises a portion of the route ahead of a current position of the user and further wherein the visual representation of the initial extent does not meet the criterion for complexity; and providing a route extension icon rendered at the end of the initial extent in the user interface. upon determining that a visual representation of the route meets a criterion for complexity, wherein the criterion for complexity is that the route includes one or more overlaps, one or more self-intersections, and/or one or more loops, providing a visual representation of an initial extent of the route to the user in a user interface, wherein the initial extent comprises a portion of the route ahead of a current position of the user and further wherein the visual representation of the initial extent does not meet the criterion for complexity; and providing a route extension icon rendered at the end of the initial extent in the user interface.
A drive arrangement comprising a rotatable member for receiving a fluid, and having mounted thereon a plurality of drive members movable between a drive position, in which the drive members can drive, or be driven by, the fluid, and a non-drive position, in which the drive members are substantially prevented from driving, or being driven by, a fluid received in the rotatable member, each drive member being pivotally mounted on the rotatable member at respective pivots and pivotally movable between the drive and non-drive positions, the centre of rotation of each drive member being spaced from the centre of gravity of the respective drive member, characterised in that the centre of rotation is arranged relative to the centre of gravity of the respective drive member to allow the drive member to move to the non-drive position under centrifugal force, whereby when there is substantially none of the aforesaid fluid present, the drive member can move under centrifugal force to the non-drive position.
A knee brace (220, 420), comprising: (a) a base (222, 422) wearable in snug covering relationship to portions of a knee and adjacent portions of a leg of a person, the base having an exterior surface and an interior surface (239, 439) when worn; and (b) a shaped tensioning member (224, 424) formed of a material that is elastic in all directions and having a first upper tensioning strap (262A, 462A), a second upper tensioning strap (262B, 462B), a first lower tensioning strap (264A, 464A), and a second lower tensioning strap (264B, 464B), characterized in that the shaped tensioning member is permanently fastened to the interior surface of the base, such that the external surface of the front of the knee brace does not bear any structure that is part of the shaped tensioning member. (a) a base (222, 422) wearable in snug covering relationship to portions of a knee and adjacent portions of a leg of a person, the base having an exterior surface and an interior surface (239, 439) when worn; and (b) a shaped tensioning member (224, 424) formed of a material that is elastic in all directions and having a first upper tensioning strap (262A, 462A), a second upper tensioning strap (262B, 462B), a first lower tensioning strap (264A, 464A), and a second lower tensioning strap (264B, 464B),
Fluidics module (10; 50) rotatable about a rotational center, comprising: a first chamber (60; 160) comprising a fluid outlet; a compression chamber (62; 162); a second chamber (64; 164) comprising a fluid inlet; a first fluid channel (68; 168) between the fluid outlet of the first chamber (60; 160) and the compression chamber (62; 162); a second fluid channel (74; 174) between the compression chamber (62; 162) and the fluid inlet of the second chamber (64; 164), wherein a liquid may be centrifugally driven through the first fluid channel from the first chamber (62; 162) into the compression chamber (62; 162), wherein the second fluid channel (74; 174) comprises at least one portion whose beginning is located further outward radially than its end, wherein, upon rotation of the fluidics module (10; 50), a compressible medium within the compression chamber (62; 162) may be trapped and compressed by a liquid driven from the first chamber (60; 160) into the compression chamber (62; 162) by centrifugal force, and wherein liquid may be driven into the second chamber (64; 164) from the compression chamber (62; 162) through the second fluid channel (74; 174) by a reduction of the rotational frequency and by consequent expansion of the compressible medium, characterized in that a flow resistance of the second fluid channel (74; 174) for a flow of liquid from the compression chamber (62; 162) to the second chamber (64; 164) is smaller than a flow resistance of the first fluid channel (68; 168) for a flow of liquid from the compression chamber (62; 162) to the first chamber. a first chamber (60; 160) comprising a fluid outlet; a compression chamber (62; 162); a second chamber (64; 164) comprising a fluid inlet; a first fluid channel (68; 168) between the fluid outlet of the first chamber (60; 160) and the compression chamber (62; 162); a second fluid channel (74; 174) between the compression chamber (62; 162) and the fluid inlet of the second chamber (64; 164), wherein a liquid may be centrifugally driven through the first fluid channel from the first chamber (62; 162) into the compression chamber (62; 162), wherein the second fluid channel (74; 174) comprises at least one portion whose beginning is located further outward radially than its end, wherein, upon rotation of the fluidics module (10; 50), a compressible medium within the compression chamber (62; 162) may be trapped and compressed by a liquid driven from the first chamber (60; 160) into the compression chamber (62; 162) by centrifugal force, and wherein liquid may be driven into the second chamber (64; 164) from the compression chamber (62; 162) through the second fluid channel (74; 174) by a reduction of the rotational frequency and by consequent expansion of the compressible medium, characterized in that a flow resistance of the second fluid channel (74; 174) for a flow of liquid from the compression chamber (62; 162) to the second chamber (64; 164) is smaller than a flow resistance of the first fluid channel (68; 168) for a flow of liquid from the compression chamber (62; 162) to the first chamber.
An apparatus for preparing electrolyzed sterilizing water, the apparatus comprising: a body; a reacting part containing a positive electrode and a negative electrode therein and a feeding portion being formed at one side of the reacting part to feed an electrolyte, thus allowing an electrolysis product to be generated by an electrolysis reaction inside the body; a mixing part communicating with the reacting part and thus allowing the electrolysis product generated in the reacting part to move thereto, the mixing part having a raw water inlet through which raw water flows into and an outlet through which electrolyzed sterilizing water in which the raw water and the electrolysis product are mixed flows out; a distributing plate provided between the reacting part and the mixing part and having a plurality of micropores formed therein, whereby the micropores have a diameter of 0.8 mm or greater; a rotating part rotating inside the mixing part and mixing the raw water and the electrolysis product, wherein the rotating part includes a central shaft and a plurality of wings formed at the circumference of the central shaft, and wherein the rotating part is formed adjacently to the raw water inlet through which the raw water flows into, to thereby be rotatable by kinetic energy of the raw water. a body; a reacting part containing a positive electrode and a negative electrode therein and a feeding portion being formed at one side of the reacting part to feed an electrolyte, thus allowing an electrolysis product to be generated by an electrolysis reaction inside the body; a mixing part communicating with the reacting part and thus allowing the electrolysis product generated in the reacting part to move thereto, the mixing part having a raw water inlet through which raw water flows into and an outlet through which electrolyzed sterilizing water in which the raw water and the electrolysis product are mixed flows out; a distributing plate provided between the reacting part and the mixing part and having a plurality of micropores formed therein, whereby the micropores have a diameter of 0.8 mm or greater; a rotating part rotating inside the mixing part and mixing the raw water and the electrolysis product, wherein the rotating part includes a central shaft and a plurality of wings formed at the circumference of the central shaft, and wherein the rotating part is formed adjacently to the raw water inlet through which the raw water flows into, to thereby be rotatable by kinetic energy of the raw water.
Confocal scanning fluorescence microscope with an optical system, which defines a microscopic observation beam path from a measurement volume to an image plane and comprises a microscope objective, a beam combiner with an input for coupling an illumination system and a diaphragm arranged in the image plane, the optical system having between the microscope objective and the beam combiner an adjustable beam deflecting unit for sequentially scanning different measurement volumes and a transfer optics for imaging the deflecting unit into a pupil of the microscope objective, characterized in that the optical system comprises in the observation beam path between the beam combiner and the image plane a first diffractive optics for splitting light beams into beam bundles along different orders of diffraction, imparting to the light beams of each order of diffraction a spherical phase that is different from the other orders of diffraction, a second diffractive optics for the compensation of chromatic aberrations of the split beam bundles and a collecting optics for the focusing of the split beam bundles into the image plane.
A cover for an optical device, the cover comprising: a concave surface; a convex surface formed on an opposite side of the cover than the concave surface; a hydrophobic coating formed on the convex surface; and an adhesive disposed on the concave surface proximate an outer perimeter of the cover and operable to attach the cover to the optical device such that a majority of a field of view of the optical device is not covered by the adhesive. a concave surface; a convex surface formed on an opposite side of the cover than the concave surface; a hydrophobic coating formed on the convex surface; and an adhesive disposed on the concave surface proximate an outer perimeter of the cover and operable to attach the cover to the optical device such that a majority of a field of view of the optical device is not covered by the adhesive.
A multiway valve for fluids, in particular water and/or water steam, for a beverage preparation device, the multiway valve comprising a fluid opening for the fluid designed as a fluid inlet and a plurality of fluid openings for the fluid designed as controlled fluid outlets, a plurality of modular valve segments each having a fluid inlet, a controlled fluid outlet and a non-controlled fluid outlet and a valve positioning device controlling a controlled fluid outlet, the valve positioning device being displaceable between at least one opening position and at least one closing position by a mechanical control unit and preferably being disposed in a valve segment casing and the modular valve segment, in particular also the valve segment casings, being connected to each other in such a manner that a valve main line connected to the fluid inlet of the valve is formed via a non-controlled fluid outlet of a valve segment and a fluid inlet of a subsequent valve segment, respectively, the mechanical control units being connected to, in particular coupled with, each other in such a manner to control the modular valve segments and/or valve positioning devices that a shared, in particular unitarily movable, control device of the multiway valve is formed, characterized in that the mechanical control unit comprises a cam shaft segment and a positively driven positioning element. a plurality of modular valve segments each having a fluid inlet, a controlled fluid outlet and a non-controlled fluid outlet and a valve positioning device controlling a controlled fluid outlet, the valve positioning device being displaceable between at least one opening position and at least one closing position by a mechanical control unit and preferably being disposed in a valve segment casing and the modular valve segment, in particular also the valve segment casings, being connected to each other in such a manner that a valve main line connected to the fluid inlet of the valve is formed via a non-controlled fluid outlet of a valve segment and a fluid inlet of a subsequent valve segment, respectively, the mechanical control units being connected to, in particular coupled with, each other in such a manner to control the modular valve segments and/or valve positioning devices that a shared, in particular unitarily movable, control device of the multiway valve is formed, characterized in that the mechanical control unit comprises a cam shaft segment and a positively driven positioning element.
Arrangement for performing a measurement and for delivering data of the measurement through a short range data transfer connection, wherein the arrangement comprises an active RFID module and a sensor module (111a, 111b), and wherein - the RFID module comprises an enclosure, radio receiver/transmitter means, memory means, current supply, interface means a microcontroller, which functionally connects at least the data transfer means, the memory means, and the interface means, and an enclosure, which substantially encloses said other parts of the RFID module; - the sensor module comprises an enclosure, a sensor for measuring at least one quantity, interface means, and a microcontroller, which functionally connects said sensor and said interface means, - said interface means (106, 116) of the RFID module and the sensor module are both physically and functionally compatible with each other, the arrangement being further characterized in that - the RFID-module and the sensor module are adapted to be detachable connectable to each other into a functional module entity via said interface means such that the sensor module is adapted to convey data measured by the sensor to the RFID module through said interface means (106, 116) and the RFID module is further adapted to deliver said data measured by the sensor via a short range data transfer connection. - the RFID module comprises an enclosure, radio receiver/transmitter means, memory means, current supply, interface means a microcontroller, which functionally connects at least the data transfer means, the memory means, and the interface means, and an enclosure, which substantially encloses said other parts of the RFID module; - the sensor module comprises an enclosure, a sensor for measuring at least one quantity, interface means, and a microcontroller, which functionally connects said sensor and said interface means, - said interface means (106, 116) of the RFID module and the sensor module are both physically and functionally compatible with each other, the arrangement being further characterized in that - the RFID-module and the sensor module are adapted to be detachable connectable to each other into a functional module entity via said interface means such that the sensor module is adapted to convey data measured by the sensor to the RFID module through said interface means (106, 116) and the RFID module is further adapted to deliver said data measured by the sensor via a short range data transfer connection.