mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: causing, at least in part, a presentation of a setup screen defining a plurality of display channels and a time schedule for the display of the plurality of display channels; receiving an indication of a user interface component configured to generate information to be presented in one of the plurality of display channels commencing at a particular time; and causing, at least in part, a presentation of a display screen comprising the plurality of display channels and comprising information generated by the user interface component in said one of the plurality of display channels, commencing at the particular time. causing, at least in part, a presentation of a setup screen defining a plurality of display channels and a time schedule for the display of the plurality of display channels; receiving an indication of a user interface component configured to generate information to be presented in one of the plurality of display channels commencing at a particular time; and causing, at least in part, a presentation of a display screen comprising the plurality of display channels and comprising information generated by the user interface component in said one of the plurality of display channels, commencing at the particular time.
An additive for a non-aqueous electrolyte, the additive comprising a compound represented by Formula 1: wherein, in Formula 1, n is an integer of 2 to 20. wherein, in Formula 1, n is an integer of 2 to 20.
A friction locking cord adjustment system for a women's swim top or bikini top that prevents slippage of the top when the top is worn, the friction locking cord adjustment system comprising: a pair of cords (130, 135); and a pair of friction locking adjustment terminal ends, each of the pair of friction locking adjustment terminal ends securely affixed to an end of one of the pair of cords (130, 135) and slidably affixed to the other of the pair of cords (130, 135), wherein each of the pair of cords (130, 135) is attachable to one of two breast cup regions of the top, each of the breast cup regions covering a wearer's breasts when the top is worn, wherein the pair of cords (130, 135) extend in conjunction behind the wearer's neck from one breast cup region to the other breast cup region when the top is worn, wherein the pair of friction locking adjustment terminal ends comprise a pair of adjustment buckles constructed of a friction enhancing material, a pair of openings in each of the pair of adjustment buckles, wherein the pair of openings permit a cord (130, 135) to be slidably threaded through the openings in each of the pair of adjustment buckles, characterized in that the friction locking cord adjustment system further comprises a friction enhancing pattern proximate to at least one opening in each of the pair of adjustment buckles. a pair of cords (130, 135); and a pair of friction locking adjustment terminal ends, each of the pair of friction locking adjustment terminal ends securely affixed to an end of one of the pair of cords (130, 135) and slidably affixed to the other of the pair of cords (130, 135), wherein each of the pair of cords (130, 135) is attachable to one of two breast cup regions of the top, each of the breast cup regions covering a wearer's breasts when the top is worn, wherein the pair of cords (130, 135) extend in conjunction behind the wearer's neck from one breast cup region to the other breast cup region when the top is worn, wherein the pair of friction locking adjustment terminal ends comprise a pair of adjustment buckles constructed of a friction enhancing material, a pair of openings in each of the pair of adjustment buckles, wherein the pair of openings permit a cord (130, 135) to be slidably threaded through the openings in each of the pair of adjustment buckles, characterized in that the friction locking cord adjustment system further comprises a friction enhancing pattern proximate to at least one opening in each of the pair of adjustment buckles.
Resin foam particles comprising a resin and having a recessed external part, wherein the resin is selected from the group consisting of a homopolymerised or copolymerised polyamide resin and a phenylene ether-polystyrene alloy resin, wherein a recessed external part constitutes one or more through holes that connect surfaces of the resin foam particle, one or more recesses that do not pass through the particle, or a combination of one or more through holes and one or more recesses, and wherein a ratio ρ 0 /ρ 1 of density ρ 0 of the resin and true density ρ 1 of the resin foam particles is 2 to 20, and a ratio ρ 1 /ρ 2 of true density ρ 1 of the resin foam particles and bulk density ρ 2 of the resin foam particles is 1.5 to 4.0, wherein density ρ 0, true density ρ 1 and bulk density ρ 2 are measured as set out in the Example section of the description.
A shelf structure comprising; a plurality of module units (50, 96, 150, 199) vertically arranged, said module units being adapted to receive individual articles (10, 92, 134), wherein each module unit (50, 96, 150, 199) comprises: a main body with at least one hollow section (58, 132) defining an article storage location, said hollow section (58, 132) being enclosed with a plurality of panels comprising a top panel (52, 128), a base panel (54, 130, 152), a pair of opposing side panels (60, 62, 120, 122), a front panel (78, 100, 124) and a back panel (64, 126) opposing the front panel (78, 100, 124), wherein said top panel (52, 128) is adapted to vertically engage and support an adjacent base panel (54, 130) of another module unit, and wherein the side panels (60, 62, 120, 122) are the same size, wherein the front panel (78, 100, 124) and the back panel (64, 126) are the same size, wherein at least two of the plurality of module units (50, 96, 150, 199) are vertically arranged in a column (76, 98, 160, 164), characterized in that said module unit (50, 96, 150, 199) further comprises transfer means (56, 136) adapted to engage a material handling device to move said module unit (50, 96, 150, 199); that said module units (50, 96, 150, 199) are adapted to receive individual articles (10, 92, 134) at each article's location of manufacture, said articles (10, 92, 134) ultimately to be displayed for purchase in a retail store from said module unit (50, 96, 150, 199); that when the plurality of module units (50, 96, 150, 199) are stacked in a vertical arrangement, articles (10, 134) displayed within each of the plurality of module units (50, 96, 150, 199) are freely accessible by a member of the purchasing public in the retail store, when at least one of the front panel (78, 100, 124) or side panels (60, 62, 120, 122), has been removed; and that the column (76, 98, 160, 164) is adapted to laterally engage an adjacent column (76, 98, 160, 164) such that an array of columns (76, 98, 160, 164) form at least a part of an aisle in the retail store. a main body with at least one hollow section (58, 132) defining an article storage location, said hollow section (58, 132) being enclosed with a plurality of panels comprising a top panel (52, 128), a base panel (54, 130, 152), a pair of opposing side panels (60, 62, 120, 122), a front panel (78, 100, 124) and a back panel (64, 126) opposing the front panel (78, 100, 124), wherein said top panel (52, 128) is adapted to vertically engage and support an adjacent base panel (54, 130) of another module unit, and
A method for determining a location of a device on a massive MIMO, multiple-input multiple-output, network using multiple antennas in excess of a threshold number of antennas, the device transmitting a signal comprising several multipath components, MPCs, transmitted either omnidirectionally or with limited directivity, the method comprising: identifying, by a base station that receives MPCs, an MPC with a figure of merit, based on at least one of a time delay and an angular error of an angle of arrival, AoA, associated with the MPC, better than that of other MPCs; determining, by the base station, the AoA of the MPC is different from the AoAs of the other MPCs; and determining, by the base station, a location of the device based on the time delay and the AoA; the figure of merit of the MPC being better than that of other MPCs if the angular error of the AoA associated with the MPC is less than a predetermined threshold needed for determining the MPC is a line-of-sight MPC. identifying, by a base station that receives MPCs, an MPC with a figure of merit, based on at least one of a time delay and an angular error of an angle of arrival, AoA, associated with the MPC, better than that of other MPCs; determining, by the base station, the AoA of the MPC is different from the AoAs of the other MPCs; and determining, by the base station, a location of the device based on the time delay and the AoA;
An electronic device comprising: a frame including at least one optical assembly and a structure configured to receive a mobile phone, the structure comprising a mounting surface on which the mobile phone is mounted, the mobile phone including a display, wherein an image on the display can be seen through the at least one optical assembly when the mobile phone is mounted on a mounting surface within the structure; a wearing member connected to the frame and configured to be worn together with the frame on a head of a user; and a heat radiator configured to remove heat from a space between the display and the optical assembly to outside the electronic device, characterized in that the heat radiator comprises a heat diffusion member provided on at least a part of the mounting surface, the heat diffusion member being adapted to receive heat from the mobile phone and to diffuse the received heat. a frame including at least one optical assembly and a structure configured to receive a mobile phone, the structure comprising a mounting surface on which the mobile phone is mounted, the mobile phone including a display, wherein an image on the display can be seen through the at least one optical assembly when the mobile phone is mounted on a mounting surface within the structure; a wearing member connected to the frame and configured to be worn together with the frame on a head of a user; and a heat radiator configured to remove heat from a space between the display and the optical assembly to outside the electronic device, characterized in that the heat radiator comprises a heat diffusion member provided on at least a part of the mounting surface, the heat diffusion member being adapted to receive heat from the mobile phone and to diffuse the received heat.
An imaging device comprising: an imaging portion configured to be provided at a vehicle exterior; an outer peripheral member having an outer wall provided at its distal end, a light transmitting portion being disposed at the outer wall, that houses the imaging portion that captures images via the light transmitting portion, a distal end side of the outer peripheral member extending from a base portion side toward a vehicle transverse direction outer side; and a step portion that is provided at an outer peripheral surface of the outer peripheral member, and that is formed so as to be continuous in the vehicle longitudinal direction of the outer peripheral surface, the outer peripheral surface that is a vehicle upper side being divided by the step portion into a first outer peripheral surface that is at an outer wall side, and a second outer peripheral surface that is at a base portion side of the outer peripheral member, which is a side opposite from the outer wall; wherein the second outer peripheral surface is lower than the first outer peripheral surface, such that the first outer peripheral surface protrudes out more than the second outer peripheral surface, and a bent portion, which is bent such that the outer wall, in a state where the imaging portion is provided at the vehicle exterior, is directed toward a vehicle rear side, is formed at the outer peripheral member, and the step portion is provided at the bent portion of the outer peripheral member. an imaging portion configured to be provided at a vehicle exterior; an outer peripheral member having an outer wall provided at its distal end, a light transmitting portion being disposed at the outer wall, that houses the imaging portion that captures images via the light transmitting portion, a distal end side of the outer peripheral member extending from a base portion side toward a vehicle transverse direction outer side; and a step portion that is provided at an outer peripheral surface of the outer peripheral member, and that is formed so as to be continuous in the vehicle longitudinal direction of the outer peripheral surface, that is provided at an outer peripheral surface of the outer peripheral member, and that is formed so as to be continuous in the vehicle longitudinal direction of the outer peripheral surface, the outer peripheral surface that is a vehicle upper side being divided by the step portion into a first outer peripheral surface that is at an outer wall side, and a second outer peripheral surface that is at a base portion side of the outer peripheral member, which is a side opposite from the outer wall; wherein the second outer peripheral surface is lower than the first outer peripheral surface, such that the first outer peripheral surface protrudes out more than the second outer peripheral surface, and a bent portion, which is bent such that the outer wall, in a state where the imaging portion is provided at the vehicle exterior, is directed toward a vehicle rear side, is formed at the outer peripheral member, and the step portion is provided at the bent portion of the outer peripheral member.
Cremation urn, which comprises an outer bag, a handle for the outer bag, and an inner bag for ash with closing means, characterized in that the handle is covered by folds of the outer bag for the handle to bridge two opposite places at the sides of the outer bag, and in that the outer bag has first holes along its periphery for threading a first band therethrough, and the sides of the handle has second holes for the first band, whereby the handle is attachable to the outer bag by means of the first band going through the second holes and the first holes.
A humidity sensor for sensing humidity in an environment, the humidity sensor comprising: a substrate; a sensing field effect transistor comprising: a source in the substrate; a drain in the substrate spaced from the source; a piezoelectric layer exposed to the environment; an electrical insulator situated between the piezoelectric layer and the substrate, the electrical insulator and the piezoelectric layer situated between the source and drain; and a gate electrode situated between the piezoelectric layer and the electrical insulator, wherein the gate electrode is configured to receive a gate voltage sufficient to create a conduction channel in the substrate between the source and the drain and bias the field effect transistor into its linear region, wherein the piezoelectric layer is configured to generate a net charge across the piezoelectric layer in response to a change in humidity in the environment, and wherein the change in the net charge is configured to modulate the conduction channel in the substrate between the source and the drain. a substrate; a sensing field effect transistor comprising: a source in the substrate; a drain in the substrate spaced from the source; a piezoelectric layer exposed to the environment; an electrical insulator situated between the piezoelectric layer and the substrate, the electrical insulator and the piezoelectric layer situated between the source and drain; and a gate electrode situated between the piezoelectric layer and the electrical insulator, a source in the substrate; a drain in the substrate spaced from the source; a piezoelectric layer exposed to the environment; an electrical insulator situated between the piezoelectric layer and the substrate, the electrical insulator and the piezoelectric layer situated between the source and drain; and a gate electrode situated between the piezoelectric layer and the electrical insulator, wherein the gate electrode is configured to receive a gate voltage sufficient to create a conduction channel in the substrate between the source and the drain and bias the field effect transistor into its linear region, wherein the piezoelectric layer is configured to generate a net charge across the piezoelectric layer in response to a change in humidity in the environment, and wherein the change in the net charge is configured to modulate the conduction channel in the substrate between the source and the drain.
Valve for metering a flowing medium, in particular a fluid, having a metering orifice which is arranged in the fluid flow and which is surrounded by a valve seat, having a valve needle which controls the metering orifice and which has a closing head which interacts with the valve seat in order to close and open up the metering orifice, having a piezoelectric actuator which acts on the valve needle in order to open up the metering orifice, and having a resiliently elastic restoring element which engages on the valve needle in order to close the metering orifice, wherein the restoring element has a sleeve and a pressure spring which acts on the sleeve with a pressure force directed toward the actuator, and the sleeve is arranged concentrically with respect to the valve needle, characterized in that the engagement point of the restoring element on the valve needle is situated at or close to that end of the valve needle which bears the closing head, and the sleeve is, by way of its end facing toward the closing head, fixedly connected to the valve needle at the engagement point of the restoring element.
A tyre cavity noise absorber comprising a body of sound absorbing material, characterized in that a surface of the body of sound absorbing material is provided with an outer protective cover formed from spaced apart strips which, together, only partially cover said surface of the body of sound absorbing material, and the uncovered parts of the body of sound absorbing material are free to absorb sound.
A method of cultivating plants comprising: providing a coherent propagation growth substrate product formed of man-made vitreous fibres (MMVF), the product having two opposed top and bottom surfaces and at least one cavity which is open at the top surface and which extends from the top surface towards the bottom surface, wherein a superabsorbent polymer is provided in the cavity and: (a) positioning a seedling in the cavity, irrigating the growth substrate product and allowing growth of the seedling; or (b) positioning a seed in the cavity, irrigating the growth substrate product and allowing germination and growth of the seed to form a seedling; transplanting the seedling by positioning the growth substrate product on the ground; and irrigating the growth substrate product and allowing growth of the seedling and allowing the seedling to root into the ground. providing a coherent propagation growth substrate product formed of man-made vitreous fibres (MMVF), the product having two opposed top and bottom surfaces and at least one cavity which is open at the top surface and which extends from the top surface towards the bottom surface, wherein a superabsorbent polymer is provided in the cavity and: (a) positioning a seedling in the cavity, irrigating the growth substrate product and allowing growth of the seedling; or (b) positioning a seed in the cavity, irrigating the growth substrate product and allowing germination and growth of the seed to form a seedling; (a) positioning a seedling in the cavity, irrigating the growth substrate product and allowing growth of the seedling; or (b) positioning a seed in the cavity, irrigating the growth substrate product and allowing germination and growth of the seed to form a seedling; transplanting the seedling by positioning the growth substrate product on the ground; and irrigating the growth substrate product and allowing growth of the seedling and allowing the seedling to root into the ground.
An apparatus for emptying a fluid container, wherein the apparatus comprises: - a pumping unit configured to pump fluids, - a display device; - a data input unit comprising • a read-out device configured to read out fluid type identifying data from at least one marking element of the fluid container and/or • input means configured for a manual input of the fluid type identifying data and/or for choosing the fluid type identifying data manually from a list of reference data displayed on the display device; and - an identification unit configured to perform a data comparison of the fluid type identifying data with the reference data for identifying the fluid inside the fluid container; wherein the apparatus is configured to display fluid type information about the identified fluid type of the fluid in the fluid container on the display device, characterised in that the identification unit is configured to perform a data comparison of the current data input of fluid type identifying data with the fluid type identifying data of the fluid container previously coupled to the apparatus. - a pumping unit configured to pump fluids, - a display device; - a data input unit comprising • a read-out device configured to read out fluid type identifying data from at least one marking element of the fluid container and/or • input means configured for a manual input of the fluid type identifying data and/or for choosing the fluid type identifying data manually from a list of reference data displayed on the display device; and • a read-out device configured to read out fluid type identifying data from at least one marking element of the fluid container and/or • input means configured for a manual input of the fluid type identifying data and/or for choosing the fluid type identifying data manually from a list of reference data displayed on the display device; and - an identification unit configured to perform a data comparison of the fluid type identifying data with the reference data for identifying the fluid inside the fluid container;