mhurhangee/ep-ind-claims huggingface dataset:
A method for sharing media data between terminals, the method comprising: receiving, by a first terminal, a media data sharing parameter transmitted by a second terminal through a Near Field Communication, NFC, link, wherein the media data sharing parameter comprises: storage address information of media data to be shared, the media data to be shared being uploaded and stored, by a second terminal, to a cloud server, the storage address information comprising a Media Access Control, MAC, address or an Internet Protocol, IP, address of the media data to be shared in the cloud server; acquiring, by the first terminal, the media data to be shared according to the storage address information of the media data to be shared; receiving, by the first terminal, a synchronization parameter of the media data to be shared transmitted by the second terminal through the NFC link, wherein the synchronization parameter comprises: progress information of the media data to be shared, the progress information comprising at least one of a currently browsed page and row of a document, or a playing time node of the media data to be shared; and after acquiring the media data to be shared, playing, by the first terminal, the media data to be shared synchronously with the second terminal according to the synchronization parameter. receiving, by a first terminal, a media data sharing parameter transmitted by a second terminal through a Near Field Communication, NFC, link, wherein the media data sharing parameter comprises: storage address information of media data to be shared, the media data to be shared being uploaded and stored, by a second terminal, to a cloud server, the storage address information comprising a Media Access Control, MAC, address or an Internet Protocol, IP, address of the media data to be shared in the cloud server; acquiring, by the first terminal, the media data to be shared according to the storage address information of the media data to be shared; receiving, by the first terminal, a synchronization parameter of the media data to be shared transmitted by the second terminal through the NFC link, wherein the synchronization parameter comprises: progress information of the media data to be shared, the progress information comprising at least one of a currently browsed page and row of a document, or a playing time node of the media data to be shared; and after acquiring the media data to be shared, playing, by the first terminal, the media data to be shared synchronously with the second terminal according to the synchronization parameter.
A polymer sliding material comprising a polymer substrate having ketone groups on the surface thereof and a coating layer which coats at least a portion of the surface of the polymer substrate, wherein the polymer substrate is a polymer substrate having an aromatic ketone, wherein the coating layer is formed by a surface graft polymerization comprising immersing the polymer substrate in a reaction system containing a monomer, irradiating the polymer substrate with light, thereby polymerizing the monomer from the surface of the substrate, wherein the coating layer is formed through the graft polymerization without including a polymerization initiator in the surface and inside of the polymer substrate and the reaction system containing the monomer, wherein the coating layer has a thickness of 10 to 200 nm, and wherein the monomer contains 2-methacryloyloxyethyl phosphorylcholine. wherein the polymer substrate is a polymer substrate having an aromatic ketone, wherein the coating layer is formed by a surface graft polymerization comprising immersing the polymer substrate in a reaction system containing a monomer, irradiating the polymer substrate with light, thereby polymerizing the monomer from the surface of the substrate, wherein the coating layer is formed through the graft polymerization without including a polymerization initiator in the surface and inside of the polymer substrate and the reaction system containing the monomer, wherein the coating layer has a thickness of 10 to 200 nm, and wherein the monomer contains 2-methacryloyloxyethyl phosphorylcholine.
A display device, comprising: a substrate having a wiring electrode; and a plurality of semiconductor light-emitting elements electrically connected to the wiring electrode, wherein each of the plurality of semiconductor light-emitting elements comprises: a buffer layer; an oxide layer formed on the buffer layer, and wherein the oxide layer is made of an oxide of the buffer layer, wherein the semiconductor light-emitting elements are separated from a growth substrate by a laser lift-off method, wherein each of the semiconductor light-emitting elements separated from the growth substrate has the buffer layer, and wherein the oxide layer is formed by oxidizing a surface of the buffer layer provided in the semiconductor light-emitting element. a substrate having a wiring electrode; and a plurality of semiconductor light-emitting elements electrically connected to the wiring electrode, wherein each of the plurality of semiconductor light-emitting elements comprises: a buffer layer; an oxide layer formed on the buffer layer, and wherein the oxide layer is made of an oxide of the buffer layer, wherein the semiconductor light-emitting elements are separated from a growth substrate by a laser lift-off method, wherein each of the semiconductor light-emitting elements separated from the growth substrate has the buffer layer, and wherein the oxide layer is formed by oxidizing a surface of the buffer layer provided in the semiconductor light-emitting element. a buffer layer; an oxide layer formed on the buffer layer, and wherein the oxide layer is made of an oxide of the buffer layer, wherein the semiconductor light-emitting elements are separated from a growth substrate by a laser lift-off method, wherein each of the semiconductor light-emitting elements separated from the growth substrate has the buffer layer, and wherein the oxide layer is formed by oxidizing a surface of the buffer layer provided in the semiconductor light-emitting element.
A method for mounting permanent magnets in an electromechanical machine, comprising: mounting a magnet holder onto a magnet carrying structure, the magnet holder having longitudinally extending sides joined by a closed top to define an open bottom and opposed open ends, sizing the magnet holder in combination with the magnet to provide an interference fit between the magnet holder, a magnet, and the magnet carrying structure, with line-to-line contact between the magnet holder top portion and the magnet; sliding the magnet into the holder through the first open end; and securing the magnet with said holder by said interference fit between the magnet carrying structure, the magnet, and the magnet holder. mounting a magnet holder onto a magnet carrying structure, the magnet holder having longitudinally extending sides joined by a closed top to define an open bottom and opposed open ends, sizing the magnet holder in combination with the magnet to provide an interference fit between the magnet holder, a magnet, and the magnet carrying structure, with line-to-line contact between the magnet holder top portion and the magnet; sliding the magnet into the holder through the first open end; and securing the magnet with said holder by said interference fit between the magnet carrying structure, the magnet, and the magnet holder.
System for modifying the refractive index of an IOL, which has already been modified by means of a laser method, by a femtosecond laser, consisting of: • a femtosecond pulse laser system comprising a femtosecond laser source, an optical unit suitable for focusing the laser beam into the eye and the IOL, and a scanner suitable for scanning the focal point of the laser beam laterally and axially with respect to the optical axis of the optical unit; • an optical coherence tomography measurement/imaging system comprising an OCT light source/detector and a lateral scanner suitable for guiding the light of the OCT light source into the eye via the same optical unit as the femtosecond pulse laser beam, wherein the OCT detector is suitable for detecting a refractive index pattern and the phase change over this refractive index pattern from the light reflected by the eye or the internal structures thereof, characterized by a controller suitable for analysing the signals of the OCT system in order to capture both the relative position and/or the form of the IOL in the eye and also the dimension and/or relative position of a refractive index pattern already present, for generating a write pattern, wherein both the relative position and/or the form of the IOL in the eye and also the dimension and/or relative position of a refractive index pattern already present are taken into account, and for controlling the femtosecond pulse laser system to apply the write pattern to the IOL. • a femtosecond pulse laser system comprising a femtosecond laser source, an optical unit suitable for focusing the laser beam into the eye and the IOL, and a scanner suitable for scanning the focal point of the laser beam laterally and axially with respect to the optical axis of the optical unit; • an optical coherence tomography measurement/imaging system comprising an OCT light source/detector and a lateral scanner suitable for guiding the light of the OCT light source into the eye via the same optical unit as the femtosecond pulse laser beam, wherein the OCT detector is suitable for detecting a refractive index pattern and the phase change over this refractive index pattern from the light reflected by the eye or the internal structures thereof,
An automobile structural member (2; 4) which has a closed transverse section shape constituted with at least a first composing member made of a molded body of a metal sheet and a second composing member (13; 15) made of a metal sheet or a molded body of a metal sheet and joined to the first composing member, the first composing member having a vertical wall portion, a bent portion connected to the vertical wall portion and bent toward an inner side of the closed transverse section shape, and an inward flange connected to the bent portion, the automobile structural member (2; 4) comprising: a load transmission portion which is formed in at least a part of a region being a region between the bent portion and the second composing member (13; 15) and being a region of an extension of the vertical wall portion toward the second composing member (13; 15), and which joins the bent portion and the second composing member (13; 15), wherein when a width of the load transmission portion toward a plate thickness direction of the vertical wall portion is indicated as WT and a plate thickness of the vertical wall portion is indicated as t 0.3 t ≦ WT ≦ 1.0 t is satisfied, wherein the load transmission portion is a part of a joining portion filling a space formed between the bent portion and the second composing member (13; 15), wherein in the joining portion a joining width being a range in contact with the second composing member (13; 15) is longer than a width of the load transmission portion, and wherein the joining portion is formed to be broadened toward the second composing member (13; 15) and joined to the first composing member and the second composing member (13; 15). a load transmission portion which is formed in at least a part of a region being a region between the bent portion and the second composing member (13; 15) and being a region of an extension of the vertical wall portion toward the second composing member (13; 15), and which joins the bent portion and the second composing member (13; 15), wherein when a width of the load transmission portion toward a plate thickness direction of the vertical wall portion is indicated as WT and a plate thickness of the vertical wall portion is indicated as t 0.3 t ≦ WT ≦ 1.0 t is satisfied, wherein the load transmission portion is a part of a joining portion filling a space formed between the bent portion and the second composing member (13; 15), wherein in the joining portion a joining width being a range in contact with the second composing member (13; 15) is longer than a width of the load transmission portion, and wherein the joining portion is formed to be broadened toward the second composing member (13; 15) and joined to the first composing member and the second composing member (13; 15).
Heat exchanger for allowing an indirect exchange of heat between a first and a second fluid (B, C) to be cooled and at least one third fluid to be heated, the exchanger being made up of a stack of spaced rectangular plates, the stack having a length, a width and a height, the plates having a length and a width which are respectively the length and the width of the stack, the plates being parallel to one another so as to define, between said plates, a plurality of passages including a first series of passages (1, 2) for the flow of at least the first and the second fluid, a second series of passages for the flow of the third fluid to be placed in a heat exchange relationship with the first and second fluids, said passages being delimited by peripheral edges, the exchanger comprising three sections each defined by the height and the width of the stack and a fraction of the length of the stack, the three sections comprising a first section comprising one end of the stack, a second section and a third section comprising the other end of the stack, means for introducing the first fluid into the passages of the first series at a free end of the first section, means for letting the first fluid out of the passages of the first series of the first section, means for letting the first fluid out of the portion of the passages of the first series, means for introducing the second fluid into another portion, or even the rest of the passages of the first series in the second section, means for letting the second fluid out of the other portion, or even the rest of the passages of the first series of the second section, means for introducing the second fluid into the passages of the first series in the third section, means for letting the second fluid out of the passages of the first series at the free end of the third section, means for introducing the third fluid into the third section, means for making the third fluid flow successively in the third, second and first sections and means for withdrawing the third fluid from the first section, characterized in that the second section is between the first and third sections and at least two of the first, second and third sections are juxtaposed, means that block the first series of passages where the first and the second section are juxtaposed and/or where the second and the third section are juxtaposed, and means for introducing the first fluid into only a portion of the passages of the first series in the second section.
A secondary battery, comprising: an electrode assembly including a cathode plate and an anode plate disposed with a separator being interposed between them; a battery case receiving the electrode assembly and an electrolyte; and a seal tape having a first adhesive layer adhered to an outer surface of the electrode assembly and a second adhesive layer with an adhesive surface formed at a side opposite to the adhesive surface of the first adhesive layer so as to adhere to an inner surface of the battery case, characterized in that: - the battery case is free from a beading portion and the battery case has a cylindrical shape, - the seal tape further includes a protective layer which is formed on the second adhesive layer and is partially removed by reacting with the electrolyte, - the protective layer is made of OPS material, and - the second adhesive layer is made of polyacrylate. an electrode assembly including a cathode plate and an anode plate disposed with a separator being interposed between them; a battery case receiving the electrode assembly and an electrolyte; and a seal tape having a first adhesive layer adhered to an outer surface of the electrode assembly and a second adhesive layer with an adhesive surface formed at a side opposite to the adhesive surface of the first adhesive layer so as to adhere to an inner surface of the battery case, characterized in that: - the battery case is free from a beading portion and the battery case has a cylindrical shape, - the seal tape further includes a protective layer which is formed on the second adhesive layer and is partially removed by reacting with the electrolyte, - the protective layer is made of OPS material, and - the second adhesive layer is made of polyacrylate. - the battery case is free from a beading portion and the battery case has a cylindrical shape, - the seal tape further includes a protective layer which is formed on the second adhesive layer and is partially removed by reacting with the electrolyte, - the protective layer is made of OPS material, and - the second adhesive layer is made of polyacrylate.
A device for heating an aerosol-forming substrate, comprising: a heater comprising a heating element, an internal surface, and an external surface, wherein the internal surface defines at least a portion of a receptacle configured to receive the aerosol-forming substrate or a cartridge comprising the aerosol-forming substrate; a receptacle inlet (143, 177) in communication with, and upstream of, the receptacle; a receptacle outlet in communication with, and downstream of, the receptacle; an air inlet channel in communication with an ambient environment and the receptacle inlet (143, 177), wherein the air inlet channel defines a tortuous path between the ambient environment and the receptacle inlet (143, 177), and wherein the tortuous path of the air inlet channel exchanges heat between the heater and air in the air inlet channel, wherein at least a portion of the air inlet channel is defined by the external surface of the heater. a heater comprising a heating element, an internal surface, and an external surface, wherein the internal surface defines at least a portion of a receptacle configured to receive the aerosol-forming substrate or a cartridge comprising the aerosol-forming substrate; a receptacle inlet (143, 177) in communication with, and upstream of, the receptacle; a receptacle outlet in communication with, and downstream of, the receptacle; an air inlet channel in communication with an ambient environment and the receptacle inlet (143, 177), wherein the air inlet channel defines a tortuous path between the ambient environment and the receptacle inlet (143, 177), and wherein the tortuous path of the air inlet channel exchanges heat between the heater and air in the air inlet channel, wherein at least a portion of the air inlet channel is defined by the external surface of the heater.
Gas valve unit for setting a gas volume flow supplied to a gas burner of a gas appliance, in particular a gas cooker, wherein the gas valve unit has a valve housing and an actuation pin for setting an opening cross section of the gas valve unit and an additional shutoff valve, wherein a movement of the actuation pin is able to be transferred to the shutoff valve by means of a linearly displaceable connecting element, wherein the connecting element has at least one spring embodied as a coil spring, characterised in that the coil spring has a varying winding radius.
A lipid nanoparticle formulation of an mRNA for targeted expression of a polypeptide of interest in specific cell types, said mRNA comprising (a) a 5' untranslated region (b) a region of linked nucleosides encoding the polypeptide of interest; (c) a 3' untranslated region comprising at least one microRNA binding site for a microRNA expressed in a specific cell type such that mRNA expression can be reduced, wherein the mRNA is targeted for degradation or reduced translation in the presence of the microRNA; and (d) a 3' tailing region of linked nucleosides, wherein uracil or uridine in the mRNA is replaced to 100% with a modified uracil or modified uridine, respectively. (a) a 5' untranslated region (b) a region of linked nucleosides encoding the polypeptide of interest; (c) a 3' untranslated region comprising at least one microRNA binding site for a microRNA expressed in a specific cell type such that mRNA expression can be reduced, wherein the mRNA is targeted for degradation or reduced translation in the presence of the microRNA; and (d) a 3' tailing region of linked nucleosides,
An in-vivo sensing system comprising: an in-vivo sensing device comprising: an illumination source to illuminate a site in vivo, an imaging sensor to capture images of the site, a transmitter to transmit a stream of images, a control block to synchronize between time periods selected from the group consisting of: time periods in which the illumination source produces light rays, time periods in which imaging sensor captures images, and time periods in which the transmitter transmits images and to perform image data buffering, and a receiver to wirelessly receive control messages for the control block; a data recorder (230, Fig. 2; 6, Fig. 1A) external to the in-vivo sensing device, wherein the data recorder (230, 6) is configured to receive (210, 10) the stream of images from the sensing device; and a portable device (251, Fig. 2; 6, Fig. 1A) configured to control the data recorder to select images from the received images in a selected order requested by the portable device and to wirelessly download the selected images to said portable device in the selected order while the data recorder is receiving other images of the stream of images, said portable device comprising a display (216, Fig. 2; 18, Fig. 1A) to display the downloaded images while the sensing device is inside the patient's body. an in-vivo sensing device comprising: an illumination source to illuminate a site in vivo, an imaging sensor to capture images of the site, a transmitter to transmit a stream of images, a control block to synchronize between time periods selected from the group consisting of: time periods in which the illumination source produces light rays, time periods in which imaging sensor captures images, and time periods in which the transmitter transmits images and to perform image data buffering, and a receiver to wirelessly receive control messages for the control block; an illumination source to illuminate a site in vivo, an imaging sensor to capture images of the site, a transmitter to transmit a stream of images, a control block to synchronize between time periods selected from the group consisting of: time periods in which the illumination source produces light rays, time periods in which imaging sensor captures images, and time periods in which the transmitter transmits images and to perform image data buffering, and a receiver to wirelessly receive control messages for the control block; a data recorder (230, Fig. 2; 6, Fig. 1A) external to the in-vivo sensing device, wherein the data recorder (230, 6) is configured to receive (210, 10) the stream of images from the sensing device; and a portable device (251, Fig. 2; 6, Fig. 1A) configured to control the data recorder to select images from the received images in a selected order requested by the portable device and to wirelessly download the selected images to said portable device in the selected order while the data recorder is receiving other images of the stream of images, said portable device comprising a display (216, Fig. 2; 18, Fig. 1A) to display the downloaded images while the sensing device is inside the patient's body.