mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising a display module and a stand to support the display module, wherein the stand comprises: one pair of brackets each provided using a pipe having a cross section to support the display module, characterized in that, the pipes have a ring shaped cross-section and are shaped to provide brackets having: intersection portions that are provided at center portions of each pipe, the intersection portions configured to make contact with each other, one on top of another, when in a state of being connected to each other while crossing each other in an X-shape; cylindrical portions connected to end portions of each of the intersection portions and having ring shaped cross sections; and compression portions provided at an end portion of each of the cylindrical portions, having a compressed form and having a slim thickness; a neck having an upper portion coupled to the display module and a lower portion to which the intersection portions of the one pair of brackets are fixable when the brackets are connected to and cross each other; and wherein the display device further comprises a mold configured to form an external appearance of the stand while surrounding the one pair of brackets and the neck. one pair of brackets each provided using a pipe having a cross section to support the display module, characterized in that, the pipes have a ring shaped cross-section and are shaped to provide brackets having: intersection portions that are provided at center portions of each pipe, the intersection portions configured to make contact with each other, one on top of another, when in a state of being connected to each other while crossing each other in an X-shape; cylindrical portions connected to end portions of each of the intersection portions and having ring shaped cross sections; and compression portions provided at an end portion of each of the cylindrical portions, having a compressed form and having a slim thickness; intersection portions that are provided at center portions of each pipe, the intersection portions configured to make contact with each other, one on top of another, when in a state of being connected to each other while crossing each other in an X-shape; cylindrical portions connected to end portions of each of the intersection portions and having ring shaped cross sections; and compression portions provided at an end portion of each of the cylindrical portions, having a compressed form and having a slim thickness; a neck having an upper portion coupled to the display module and a lower portion to which the intersection portions of the one pair of brackets are fixable when the brackets are connected to and cross each other; and wherein the display device further comprises a mold configured to form an external appearance of the stand while surrounding the one pair of brackets and the neck.
A contact lens storage and cleansing container comprising a number of closable contact lens chambers, to which contact lens fluid can be fed from a fluid reservoir by means of a pump device in the form of a diaphragm pump via a channel system, wherein the fluid reservoir can be connected, at the fluid end, by the channel system to an outlet opening via the contact lens chamber or the contact lens chambers, and wherein the fluid reservoir is integrated into a cartridge arranged in an external housing.
A device for the application of liquid medical substances, comprising: - a main body extending around a longitudinal axis and comprising a housing portion and a delivery portion; - a cartridge reservoir containing a liquid medical substance, hermetically sealed and suitable for being inserted into said housing portion; - a perforating element disposed inside said main body in a position falling between said housing portion and said delivery portion in order to achieve the perforation of one end of said cartridge reservoir; said perforating element having a tubular shape and comprising within it a cylindrical conduit having a cutting edge faced toward the housing portion, wherein said conduit serves to place said housing portion in fluid communication with said delivery portion; wherein said perforating element, presenting at an end opposite the cutting edge a flanged base for connecting with said main body, has a first height, defined between the lowest point of said cutting edge and said base, not less than 50% of an inner diameter of the cylindrical conduit, and a second height, defined between the highest point of said cutting edge and said base, not less than 70% of the inner diameter of the cylindrical conduit; wherein said delivery portion comprises a pad made of a material with a porous structure, so as to be impregnated by the medical liquid delivered from said reservoir through the cylindrical conduit, which, when the device is in use, places said reservoir in fluid communication with said pad, characterized in that said delivery portion comprises an air chamber included between said pad and said perforating element; said air chamber having a height equal to at least one third of the inner diameter and a diameter equal to the size of an inner diameter of the housing portion of the cylindrical body. - a main body extending around a longitudinal axis and comprising a housing portion and a delivery portion; - a cartridge reservoir containing a liquid medical substance, hermetically sealed and suitable for being inserted into said housing portion; - a perforating element disposed inside said main body in a position falling between said housing portion and said delivery portion in order to achieve the perforation of one end of said cartridge reservoir; said perforating element having a tubular shape and comprising within it a cylindrical conduit having a cutting edge faced toward the housing portion, wherein said conduit serves to place said housing portion in fluid communication with said delivery portion;
A method of wireless communication performed by a user equipment, UE, comprising: receiving, from a base station via an anchor channel, information indicating a subset of non-anchor channels selected from a set of available non-anchor channels, wherein the subset of non-anchor channels corresponds to a bandwidth within an unlicensed frequency band, further wherein the information indicating the subset of non-anchor channels identifies a set of channel groups from a plurality of channel groups, the subset of non-anchor channels corresponding to channels in the set of channel groups, each channel group including a same number of contiguous non-anchor channels of the set of available non-anchor channels; and transmitting data on at least one non-anchor channel of the subset of non-anchor channels. receiving, from a base station via an anchor channel, information indicating a subset of non-anchor channels selected from a set of available non-anchor channels, wherein the subset of non-anchor channels corresponds to a bandwidth within an unlicensed frequency band, further wherein the information indicating the subset of non-anchor channels identifies a set of channel groups from a plurality of channel groups, the subset of non-anchor channels corresponding to channels in the set of channel groups, each channel group including a same number of contiguous non-anchor channels of the set of available non-anchor channels; and transmitting data on at least one non-anchor channel of the subset of non-anchor channels.
A photovoltaic device (1, 10), comprising: a support layer (2,20); a first layer (3, 30) comprising cadmium, tellurium, and copper, and being of n-type; a second layer (4, 40) comprising cadmium, tellurium, and copper, and being of p-type; and a transparent conductive oxide layer (5, 50); characterised in that the photovoltaic device (1, 10) is free of a CdS layer. a support layer (2,20); a first layer (3, 30) comprising cadmium, tellurium, and copper, and being of n-type; a second layer (4, 40) comprising cadmium, tellurium, and copper, and being of p-type; and a transparent conductive oxide layer (5, 50); characterised in that the photovoltaic device (1, 10) is free of a CdS layer.
A composite structure comprising a polymer matrix with reinforcing fibres and shape memory alloy wires embedded therein, the SMA wires being selected from the group comprising Ti-Ni, Ti-Ni-Cu, Ti-Ni-Nb, Ti-Ni-Hf, Cu-Zn-Al, Cu-Al-Ni, Cu-Al-Zn-Mn, Cu-Al-Ni-Mn, Cu-Al-Mn-Ni, Fe-Mn-Si, Fe-Cr-Ni-Mn-Si-Co, Fe-Ni-Mn, Fe-Ni-C and Fe-Ni-Co-Ti alloys, and wherein the SMA wires are woven together with at least some of the reinforcing fibres selected from the group comprising carbon, glass, aramid, polyethylene and boron fibres in one or more integral preforms.
An electrochemical apparatus, comprising: a positive electrode plate, wherein the positive electrode plate comprises a positive electrode current collector and a positive electrode active material layer disposed on a surface of the positive electrode current collector, and the positive electrode active material layer comprises a positive electrode active material and a conductive agent, the conductive agent containing secondary particles; wherein a total sectional area S 0 of the secondary particles and a sectional area S 1 of the positive electrode active material layer satisfy 0<S 0 /S 1 ≤0.1; a diameter D 0 of the secondary particles satisfies 0 μm<D 0 ≤18 μm; wherein a percentage η 1 of the secondary particles having the diameter D 0 satisfying 0 μm<D 0 ≤3 μm in the secondary particles satisfies 30%≤η 1 ≤50%; a percentage η 2 of the secondary particles having the diameter D 0 satisfying 3 μm<D 0 ≤10 μm in the secondary particles satisfies 30%≤η 2 ≤50%; and a percentage η 3 of the secondary particles having the diameter D 0 satisfying 10 μm<D 0 ≤18 μm in the secondary particles satisfies 0%≤η 3 ≤20%. wherein a total sectional area S 0 of the secondary particles and a sectional area S 1 of the positive electrode active material layer satisfy 0<S 0 /S 1 ≤0.1; a diameter D 0 of the secondary particles satisfies 0 μm<D 0 ≤18 μm; wherein a percentage η 1 of the secondary particles having the diameter D 0 satisfying 0 μm<D 0 ≤3 μm in the secondary particles satisfies 30%≤η 1 ≤50%; a percentage η 2 of the secondary particles having the diameter D 0 satisfying 3 μm<D 0 ≤10 μm in the secondary particles satisfies 30%≤η 2 ≤50%; and a percentage η 3 of the secondary particles having the diameter D 0 satisfying 10 μm<D 0 ≤18 μm in the secondary particles satisfies 0%≤η 3 ≤20%.
A seating detection device comprising: a sensor holder (21; 21C) located below a cushion pad; a pressure-sensitive switch held by the sensor holder (21; 21C); and a pressing element that is elastically supported by the sensor holder (21; 21C), wherein the pressing element presses the pressure-sensitive switch with a seat load transmitted through the cushion pad, the sensor holder (21; 21C) includes a flexible support (51; 51C) that supports the pressing element, and the support (51; 51C) is a cantilever beam including a basal end supported by the sensor holder (21; 21C), characterized in that the support (51; 51C) is separate from the sensor holder (21; 21C), and in that the sensor holder (21; 21C) includes a fitting portion to which the support (51; 51C) is fitted. a sensor holder (21; 21C) located below a cushion pad; a pressure-sensitive switch held by the sensor holder (21; 21C); and a pressing element that is elastically supported by the sensor holder (21; 21C), wherein the pressing element presses the pressure-sensitive switch with a seat load transmitted through the cushion pad, the sensor holder (21; 21C) includes a flexible support (51; 51C) that supports the pressing element, and the support (51; 51C) is a cantilever beam including a basal end supported by the sensor holder (21; 21C), characterized in that the support (51; 51C) is separate from the sensor holder (21; 21C), and in that the sensor holder (21; 21C) includes a fitting portion to which the support (51; 51C) is fitted.
A negotiation method, comprising: receiving, by a mobility management network element, a first request message from a terminal device, wherein the first request message comprises information about a first network slice that the terminal device requests to access and a first system feature corresponding to the first network slice; obtaining, by the mobility management network element, a second system feature supported by a network for the first network slice; determining, by the mobility management network element based on the second system feature and the first system feature, a third system feature corresponding to the first network slice that can be used by the terminal device, wherein the determined third system feature is an intersection set of the second system feature and the first system feature; and sending, by the mobility management network element, the third system feature corresponding to the first network slice that can be used by the terminal device to the terminal device. receiving, by a mobility management network element, a first request message from a terminal device, wherein the first request message comprises information about a first network slice that the terminal device requests to access and a first system feature corresponding to the first network slice; obtaining, by the mobility management network element, a second system feature supported by a network for the first network slice; determining, by the mobility management network element based on the second system feature and the first system feature, a third system feature corresponding to the first network slice that can be used by the terminal device, wherein the determined third system feature is an intersection set of the second system feature and the first system feature; and sending, by the mobility management network element, the third system feature corresponding to the first network slice that can be used by the terminal device to the terminal device.
An arch bridge comprising a bridge deck for providing a walking or driving surface for pedestrians and/or automobiles, the arch bridge comprises a first arch and a second arch both concaves downwards, and each comprising a top point which if defined by a highest point of the arch (12,13) viewed in a vertical plane of the arch bridge, characterized in that the arch bridge further comprises an intermediate deck arranged between the first and second arch (12,13) and connected at a location below the top point of respective arches (12,13) such that the intermediate deck is lowered between the top points, and wherein the intermediate deck is hanging between the first and second arches (12,13), wherein the bridge deck is provided by the intermediate deck and a section of the arches (12,13) located above the location and including the top point, so that the bridge deck of the arch bridge is elevated at the top points. characterized in that the arch bridge further comprises an intermediate deck arranged between the first and second arch (12,13) and connected at a location below the top point of respective arches (12,13) such that the intermediate deck is lowered between the top points, and wherein the intermediate deck is hanging between the first and second arches (12,13), wherein the bridge deck is provided by the intermediate deck and a section of the arches (12,13) located above the location and including the top point, so that the bridge deck of the arch bridge is elevated at the top points.
A watercraft comprising a kite driven power generating system, the kite driven power generating system including: at least two kite base stations (18.1, 18.2) which are mounted displaceably about the watercraft; each kite base station (18.1, 18.2) configured to control at least one kite (22.1, 22.2) connected thereto; each kite base station (18.1, 18.2) including means for adjusting the length of at least one kite connecting line, and, a generator for converting tractive force exerted on the at least one kite connecting line into electrical energy; an orientation subsystem for displacing each of the at least two kite base stations (18.1, 18.2) between an operative, and, an inoperative location, respectively; the operative and inoperative location being distinct locations defined about the watercraft; wherein each of the at least two kite base stations (18.1, 18.2) is further configured to, when located in the operative location, orientate its kite (22.1, 22.2) in a wind harvesting and energy generating mode to exert a tractive force on the at least one kite connecting line sufficient to reel out the at least one kite connecting line to generate energy as it is reeled out, and to, when located in the inoperative location, orientate its kite (22.1, 22.2) in a kite retraction mode for exerting a relatively less tractive force on the at least one kite connecting line. at least two kite base stations (18.1, 18.2) which are mounted displaceably about the watercraft; each kite base station (18.1, 18.2) configured to control at least one kite (22.1, 22.2) connected thereto; each kite base station (18.1, 18.2) including means for adjusting the length of at least one kite connecting line, and, a generator for converting tractive force exerted on the at least one kite connecting line into electrical energy; an orientation subsystem for displacing each of the at least two kite base stations (18.1, 18.2) between an operative, and, an inoperative location, respectively; the operative and inoperative location being distinct locations defined about the watercraft; wherein each of the at least two kite base stations (18.1, 18.2) is further configured to, when located in the operative location, orientate its kite (22.1, 22.2) in a wind harvesting and energy generating mode to exert a tractive force on the at least one kite connecting line sufficient to reel out the at least one kite connecting line to generate energy as it is reeled out, and to, when located in the inoperative location, orientate its kite (22.1, 22.2) in a kite retraction mode for exerting a relatively less tractive force on the at least one kite connecting line.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier or excipient, and at least one of: (i) an isolated and/or recombinant nucleic acid molecule having at least 90% sequence identity to at least one of SEQ ID NO.2, 4, or 6; the nucleic acid may optionally comprise a linker peptide or fusion protein component, preferably a His-Tag, FLAG-Tag, fluorescent protein, GST, TAT, an antibody portion, a signal peptide at the 5' end, the 3' end, or at any location within the ORF. (i) an isolated and/or recombinant nucleic acid molecule having at least 90% sequence identity to at least one of SEQ ID NO.2, 4, or 6; the nucleic acid may optionally comprise a linker peptide or fusion protein component, preferably a His-Tag, FLAG-Tag, fluorescent protein, GST, TAT, an antibody portion, a signal peptide at the 5' end, the 3' end, or at any location within the ORF.
An ultrasonic welding-based device provided with a microfluidic path (20, 20') for a fluid, the device being mainly made of a first element and a second element welded one to the other via at least one structure (10, 10'), said structure comprising: - an elongated welded portion providing said welding, resulting from the melting of an initial energy director (11, 11') when using ultrasound welding, - a welding channel (12, 12') extending between the first and second elements and along one side of the welded portion, characterised in that said structure also comprises: - a draining channel communicating with the welding channel (12, 12') and said microfluidic path (20, 20'). - an elongated welded portion providing said welding, resulting from the melting of an initial energy director (11, 11') when using ultrasound welding, - a welding channel (12, 12') extending between the first and second elements and along one side of the welded portion, - a draining channel communicating with the welding channel (12, 12') and said microfluidic path (20, 20').
A combination of a conduit and a temperature sensor, the combination comprising: (a) a conduit extending along a conduit axis between a first end and a second end and comprising a sidewall with an inner surface and an opposed outer surface spaced apart from the inner surface in a radial direction; (b) at least a first cavity disposed in the sidewall, the first cavity comprising a first base surface portion and an opposing first cover surface portion disposed radially between the first base surface portion and the first inner surface so that a first portion of the sidewall is provided radially between the first cover surface portion and the inner surface; (c) a first aperture in the inner surface, the first aperture is in communication with the first cavity and is axially spaced apart from the first cover surface portion; and (d) a first temperature sensor having a first temperature transducer portion insertable through the first aperture and positioned within the first cavity, the transducer portion being disposed radially between the first base surface portion and the first cover surface portion and being axially spaced apart from the first aperture. (a) a conduit extending along a conduit axis between a first end and a second end and comprising a sidewall with an inner surface and an opposed outer surface spaced apart from the inner surface in a radial direction; (b) at least a first cavity disposed in the sidewall, the first cavity comprising a first base surface portion and an opposing first cover surface portion disposed radially between the first base surface portion and the first inner surface so that a first portion of the sidewall is provided radially between the first cover surface portion and the inner surface; (c) a first aperture in the inner surface, the first aperture is in communication with the first cavity and is axially spaced apart from the first cover surface portion; and (d) a first temperature sensor having a first temperature transducer portion insertable through the first aperture and positioned within the first cavity, the transducer portion being disposed radially between the first base surface portion and the first cover surface portion and being axially spaced apart from the first aperture.