mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the amount of released serotonin in a sample, the method comprising: incubating a sample comprising a biological sample, donor platelets, and heparin, for a period of time to release serotonin from the donor platelets; chromatographically separating serotonin from other components in the incubated sample using liquid chromatography; and analyzing the chromatographically separated serotonin by mass spectrometry to determine the amount of released serotonin in the sample relative to the total amount of serotonin available in the donor platelets, wherein the released serotonin from the donor platelets is measured at two heparin concentrations, the first concentration is from 0.001 to 1 U/ml, and the second concentration is from 50 to 1000 U/ml. incubating a sample comprising a biological sample, donor platelets, and heparin, for a period of time to release serotonin from the donor platelets; chromatographically separating serotonin from other components in the incubated sample using liquid chromatography; and analyzing the chromatographically separated serotonin by mass spectrometry to determine the amount of released serotonin in the sample relative to the total amount of serotonin available in the donor platelets, wherein the released serotonin from the donor platelets is measured at two heparin concentrations, the first concentration is from 0.001 to 1 U/ml, and the second concentration is from 50 to 1000 U/ml.
An electric motorized vibrator, comprising a casing provided with a first through hole for the insertion of a first shaft that is arranged with the corresponding mutually opposite ends protruding from said casing and associated with respective first sets of eccentric masses and first electric motor means interposed between said first hole and said first shaft for the rotary actuation of said first shaft about its own longitudinal axis (Al), said casing comprising at least one second through hole for the insertion of at least one second shaft that is arranged with the corresponding mutually opposite ends protruding from said casing and associated with respective second sets of eccentric masses, second motor means of the electric type being further provided and interposed between said second hole and said second shaft for the rotary actuation of said second shaft about its own longitudinal axis, characterized in that it comprises a pair of protective structural elements which are associated with said casing on opposite sides in order to cover the protruding ends of said first and second shafts (5, 6) and of the corresponding first and second sets of eccentric masses and in order to directly connect said motorized vibrator to the supporting frame of a vibrating machine, each one of said protective structural elements is constituted by a tubular body that has mutually opposite flanged ends (20, 21) for connection to said casing and to said frame, the end of each one of said protective structural elements which faces the direction opposite to said casing is directly associable with said frame.
A display device, comprising: - a display panel comprising an upper substrate and a lower substrate facing-coupled to a rear surface of the upper substrate; - a backlight unit that supplies light to the display panel; - a cover member that receives the display panel, and covers a side surface of the display panel; - a guide frame that supports the display panel, and guides a position of the display panel and a position of the backlight unit; and - an adhesive member injected between the guide frame and the display panel, and coupling the guide frame and the display panel, wherein the guide frame comprises: - a horizontal part; and - a first prevention jaw that protrudes from one end of the horizontal part, and prevents the adhesive member from being injected into the backlight unit when injecting the adhesive member, wherein the adhesive member is adhered to one side wall of the first prevention jaw, an upper side surface of the horizontal part, and a lower side surface of the display panel, thereby coupling the guide frame and the display panel, and wherein the adhesive member is further adhered to an inner wall of the cover member, thereby coupling the guide frame, the display panel, and the cover member. - a display panel comprising an upper substrate and a lower substrate facing-coupled to a rear surface of the upper substrate; - a backlight unit that supplies light to the display panel; - a cover member that receives the display panel, and covers a side surface of the display panel; - a guide frame that supports the display panel, and guides a position of the display panel and a position of the backlight unit; and - an adhesive member injected between the guide frame and the display panel, and coupling the guide frame and the display panel, - a horizontal part; and - a first prevention jaw that protrudes from one end of the horizontal part, and prevents the adhesive member from being injected into the backlight unit when injecting the adhesive member,
A method implemented by a network device functioning as a Border Gateway Protocol speaker to transmit aggregated link-state information pertaining to a network in which the network device operates to a peer Border Gateway Protocol speaker, the method comprising: storing, in a link-state database, node entries representing nodes in the network, fragment entries representing fragments received from nodes in the network, and link/prefix entries representing links/prefixes in the network, wherein each node entry is associated with a set of fragment entries and each fragment entry is associated with a set of link/prefix entries, and wherein each fragment entry and link/prefix entry is assigned a version number and each link/prefix entry is assigned a state from a possible set of states, wherein the possible set of states include a new entry state, a modified entry state, a deleted entry state, and an unmodified entry state; determining link-state information to transmit to the peer Border Gateway Protocol speaker based on a state assigned to a link/prefix entry; and transmitting the determined link-state information to the peer Border Gateway Protocol speaker. storing, in a link-state database, node entries representing nodes in the network, fragment entries representing fragments received from nodes in the network, and link/prefix entries representing links/prefixes in the network, wherein each node entry is associated with a set of fragment entries and each fragment entry is associated with a set of link/prefix entries, and wherein each fragment entry and link/prefix entry is assigned a version number and each link/prefix entry is assigned a state from a possible set of states, wherein the possible set of states include a new entry state, a modified entry state, a deleted entry state, and an unmodified entry state; determining link-state information to transmit to the peer Border Gateway Protocol speaker based on a state assigned to a link/prefix entry; and transmitting the determined link-state information to the peer Border Gateway Protocol speaker.
Apparatus for producing filters with an additive for products of the tobacco processing industry, including - a continuously fed strand of a filter material, - a continuously fed rod-shaped substrate, - a feeding device by means of which the substrate is inserted into the strand of the filter material, and - a locating channel provided in the feeding device, in which locating channel the substrate is guided, wherein - a device for generating an underpressure in at least one portion of the locating channel is provided on the apparatus, wherein - the device is formed by a compressed-air device which is connected to the locating channel via a conical annular gap opening into the locating channel, characterized in that - the locating channel in relation to the transport motion of the substrate shows a larger cross-sectional area downstream the compressed-air device than upstream the compressed-air device. - a continuously fed strand of a filter material, - a continuously fed rod-shaped substrate, - a feeding device by means of which the substrate is inserted into the strand of the filter material, and - a locating channel provided in the feeding device, in which locating channel the substrate is guided, wherein - a device for generating an underpressure in at least one portion of the locating channel is provided on the apparatus, wherein - the device is formed by a compressed-air device which is connected to the locating channel via a conical annular gap opening into the locating channel, characterized in that - the locating channel in relation to the transport motion of the substrate shows a larger cross-sectional area downstream the compressed-air device than upstream the compressed-air device.
A cap unit (3A, 3B) removably attachable by screwing to a mouth-neck section of a main container body having an open top section, comprising a main cap body (9, 30) which closes a top section opening of the main container body, an annular ring member (11, 33) disposed on top of the main cap body (9, 30), and a hinge which rotatably couples the ring member (11, 33) to the main cap body (9, 30) around the hinge central axis, characterized in that the hinge comprises an elastically deformable biasing section (19, 60), and the biasing section (19, 60) biases the ring member (11, 33) towards the main cap body (9, 30) to one side in the hinge axis direction along which the hinge central axis extends. a main cap body (9, 30) which closes a top section opening of the main container body, an annular ring member (11, 33) disposed on top of the main cap body (9, 30), and a hinge which rotatably couples the ring member (11, 33) to the main cap body (9, 30) around the hinge central axis, characterized in that the hinge comprises an elastically deformable biasing section (19, 60), and the biasing section (19, 60) biases the ring member (11, 33) towards the main cap body (9, 30) to one side in the hinge axis direction along which the hinge central axis extends.
A single shear for cutting and simultaneously conveying one or more pairs of rolling wires or bars (1, 2), comprising: a) a mobile diverter consisting of at least two channels (6, 7) in each of which a wire or bar (1, 2) can slide; b) at least two pairs of counter-rotating knives (3, 4), each pair of counter-rotating knives acting on a respective wire or bar (1, 2) producing respective segments of wire or bar; c) a conveying device for conveying the segments of wire or bar (1, 2), comprising - at least two pairs of output channels (A1, A2; B1, B2) for conveying the segments of wire or bar (1, 2), characterized in that the conveying device comprises at least one pair of mobile elements (20, 20') that are independent of each other and synchronized with each other and with the mobile diverter; in that the mobile diverter is configured to take: a first conveying position at which the wires or bars (1, 2) are conveyed in a first pair of output channels (A1, A2); a second conveying position at which the wires or bars (1, 2) are conveyed in a second pair of output channels (B1, B2); and an intermediate cutting position at which the wires or bars (1, 2) come into contact with the pairs of counter-rotating knives (3, 4); and in that a first mobile element is positioned at the entrance of a first central output channel of said first pair of output channels (A1, A2), and a second mobile element is positioned at the entrance of a second central output channel of said second pair of output channels (B1, B2), said second central output channel being adjacent to the first central output channel; so as to separately manage each of said segments of wire or bar (1, 2) and insert each segment of wire or bar in a respective output channel of said pairs of output channels (A1, A2; B1, B2). a) a mobile diverter consisting of at least two channels (6, 7) in each of which a wire or bar (1, 2) can slide; b) at least two pairs of counter-rotating knives (3, 4), each pair of counter-rotating knives acting on a respective wire or bar (1, 2) producing respective segments of wire or bar; c) a conveying device for conveying the segments of wire or bar (1, 2), comprising - at least two pairs of output channels (A1, A2; B1, B2) for conveying the segments of wire or bar (1, 2), - at least two pairs of output channels (A1, A2; B1, B2) for conveying the segments of wire or bar (1, 2),
A cell culture medium comprising tyrosine at a concentration of at least 5 mM and polyvinylalcohol, wherein the concentration of PVA is between 0.5 and 5 g/L.
A semiconductor device comprising: a case; an insulating lid fixed and supported on the case having a lid plate that fixes and supports external connection terminals (18,19,20) connected to terminal holders (8a,8b,8c), an insulating substrate which is housed in the case and which includes a plurality of conductive patterns (4a,4b,4c); a semiconductor element fixed to at least one of the conductive patterns (4a,4b,4c); a plurality of connection conductors (7a,7b) connecting the conductive patterns (4a,4b,4c) together and connecting surface electrodes of the semiconductor element and the conductive patterns (4a,4b,4c); wherein the terminal holders (8a,8b,8c) are connected to the conductive patterns (4a,4b,4c); characterized in that the case is a resin case and the insulating lid has a structure allowing for an exchange with another insulating lid by a lid plate provided with laterally extending external connection terminals (18, 19, 20) which are insert molded therein. a case; an insulating lid fixed and supported on the case having a lid plate that fixes and supports external connection terminals (18,19,20) connected to terminal holders (8a,8b,8c), an insulating substrate which is housed in the case and which includes a plurality of conductive patterns (4a,4b,4c); a semiconductor element fixed to at least one of the conductive patterns (4a,4b,4c); a plurality of connection conductors (7a,7b) connecting the conductive patterns (4a,4b,4c) together and connecting surface electrodes of the semiconductor element and the conductive patterns (4a,4b,4c); wherein the terminal holders (8a,8b,8c) are connected to the conductive patterns (4a,4b,4c); characterized in that the case is a resin case and the insulating lid has a structure allowing for an exchange with another insulating lid by a lid plate provided with laterally extending external connection terminals (18, 19, 20) which are insert molded therein.
A method of using an erasable image receiving medium, the method comprising: providing an erasable image receiving medium including (i) a substrate comprising paper or film, and (ii) a coating providing an image receiving surface on the paper substrate, the coating able to (a) receive a marking agent forming an image on the image receiving surface and (b) allow the marking agent to be selectively removed from the image receiving surface in response to an applied erasing operation, wherein the image receiving surface exhibits a kinetic coefficient of friction while moving at 2.54 mm/s relative to a stainless steel plate, of less than 0.3, and the medium exhibits a surface resistivity of between 10 6 to 10 13 Ohm/Square; applying a marking agent on the image receiving surface of the erasable image receiving medium to thereby form an image on the medium; and subjecting the medium to an applied erasing operation in which at least one erasing blade is contacted with the marking agent applied on the surface of the medium, and the at least one blade is moved relative to the marking agent such that the marking agent is removed from the surface of the medium, wherein the marking agent is removed from the surface of the medium as a solid dust. providing an erasable image receiving medium including (i) a substrate comprising paper or film, and (ii) a coating providing an image receiving surface on the paper substrate, the coating able to (a) receive a marking agent forming an image on the image receiving surface and (b) allow the marking agent to be selectively removed from the image receiving surface in response to an applied erasing operation, wherein the image receiving surface exhibits a kinetic coefficient of friction while moving at 2.54 mm/s relative to a stainless steel plate, of less than 0.3, and the medium exhibits a surface resistivity of between 10 6 to 10 13 Ohm/Square; applying a marking agent on the image receiving surface of the erasable image receiving medium to thereby form an image on the medium; and subjecting the medium to an applied erasing operation in which at least one erasing blade is contacted with the marking agent applied on the surface of the medium, and the at least one blade is moved relative to the marking agent such that the marking agent is removed from the surface of the medium, wherein the marking agent is removed from the surface of the medium as a solid dust.
A method for waking up one or more sleeping small cell base stations (104 1 -104 5) in a wireless communication system for serving a user equipment, the wireless communication system comprising a plurality of small cell base stations (104 1 -104 5) and one or more macro base stations, the method comprising: receiving a wake up signal configuration at a user equipment; and transmitting, by the user equipment, a wake up signal configured in accordance with the received wake up signal configuration to facilitate the activation of a plurality of specific types of small cell base stations (104 1 -104 5); activating one or more sleeping small cell base stations (104 1 -104 5) in response to a receipt of the wake up signal transmitted by the user equipment; transmitting pilot signals by the activated small cell base stations (104 1 -104 5); performing, at the user equipment, measurements of the detected pilot signals; transmitting the measurement results from the user equipment to the macro base station; at the macro base station, selecting the small cell base station (104 1 -104 5) to serve the user equipment and returning to the user equipment a small cell reconfiguration command; and responsive to the received small cell reconfiguration command indicating which of the small cell base stations (104 1 -104 5) should be used, establishing a connection between the user equipment and the indicated small cell base stations (104 1 -104 5). receiving a wake up signal configuration at a user equipment; and transmitting, by the user equipment, a wake up signal configured in accordance with the received wake up signal configuration to facilitate the activation of a plurality of specific types of small cell base stations (104 1 -104 5); activating one or more sleeping small cell base stations (104 1 -104 5) in response to a receipt of the wake up signal transmitted by the user equipment; transmitting pilot signals by the activated small cell base stations (104 1 -104 5); performing, at the user equipment, measurements of the detected pilot signals; transmitting the measurement results from the user equipment to the macro base station; at the macro base station, selecting the small cell base station (104 1 -104 5) to serve the user equipment and returning to the user equipment a small cell reconfiguration command; and responsive to the received small cell reconfiguration command indicating which of the small cell base stations (104 1 -104 5) should be used, establishing a connection between the user equipment and the indicated small cell base stations (104 1 -104 5).
An LED device comprising: an LED die; a submount substrate on the surface of which the LED die is mounted; a frame-shaped electrode that is arranged along the periphery of a bottom of the submount substrate where the shape of the bottom is rectangular having four sides; and an inside electrode that is surrounded by the frame-shaped electrode and connected to an electrode of the LED die; characterized in that the frame-shaped electrode is arranged along only three of the four sides of the bottom of the submount substrate in a U-shaped configuration having an upper side, a left side extending downward from a left end of the upper side, and a right side extending downward from a right end of the upper side, without extending between a lower end of the left side and a lower end of the right side. an LED die; a submount substrate on the surface of which the LED die is mounted; a frame-shaped electrode that is arranged along the periphery of a bottom of the submount substrate where the shape of the bottom is rectangular having four sides; and an inside electrode that is surrounded by the frame-shaped electrode and connected to an electrode of the LED die; characterized in that the frame-shaped electrode is arranged along only three of the four sides of the bottom of the submount substrate in a U-shaped configuration having an upper side, a left side extending downward from a left end of the upper side, and a right side extending downward from a right end of the upper side, without extending between a lower end of the left side and a lower end of the right side.
A head mounted electronic device, comprising: a casing assembly, comprising an inner surface and an outer surface opposite to each other, wherein the inner surface comprises at least one inner hole, the outer surface comprises at least one outer hole, and the at least one inner hole and the at least one outer hole are connected through and misaligned with each other; an electronic body; and an extension part, extending from the electronic body and adapted to contact a user, wherein at least one of the electronic body and the extension part comprises the casing assembly, wherein the extension part protrudes out from the edge of the electronic body and appears to form a hollow cover shape, and the at least one inner hole and the at least one outer hole are located on the extension part, wherein the extension part comprises a supporting portion connected to the electronic body and a cushion disposed on the supporting portion, the cushion is adapted to contact a face of the user, and the supporting portion comprises the at least one inner hole and the at least one outer hole, wherein an area of the at least on inner hole is greater than an area of the at least one outer hole, and wherein the cushion comprises a cushion inner hole and a cushion outer hole located at two opposite sides, and the cushion inner hole and the cushion outer hole are connected through and misaligned with each other. a casing assembly, comprising an inner surface and an outer surface opposite to each other, wherein the inner surface comprises at least one inner hole, the outer surface comprises at least one outer hole, and the at least one inner hole and the at least one outer hole are connected through and misaligned with each other; an electronic body; and an extension part, extending from the electronic body and adapted to contact a user, wherein at least one of the electronic body and the extension part comprises the casing assembly, wherein the extension part protrudes out from the edge of the electronic body and appears to form a hollow cover shape, and the at least one inner hole and the at least one outer hole are located on the extension part, wherein the extension part comprises a supporting portion connected to the electronic body and a cushion disposed on the supporting portion, the cushion is adapted to contact a face of the user, and the supporting portion comprises the at least one inner hole and the at least one outer hole, wherein an area of the at least on inner hole is greater than an area of the at least one outer hole, and wherein the cushion comprises a cushion inner hole and a cushion outer hole located at two opposite sides, and the cushion inner hole and the cushion outer hole are connected through and misaligned with each other.