mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: means for selecting, at a medium access control layer, a desired quality of service level at which a data flow of a communication service is to be effectuated by the apparatus upon a reverse link based on an application operable by the apparatus at a layer above the medium access control layer, the application being associated with the data flow; means for generating at least one medium access control layer message, wherein the at least one medium access control layer message contains information dependent on the desired quality of service level and at least one of a buffer size or status associated with the data flow and a mobile terminal transmitting power; and means for transmitting the at least one medium access control layer message to a network device. means for selecting, at a medium access control layer, a desired quality of service level at which a data flow of a communication service is to be effectuated by the apparatus upon a reverse link based on an application operable by the apparatus at a layer above the medium access control layer, the application being associated with the data flow; means for generating at least one medium access control layer message, wherein the at least one medium access control layer message contains information dependent on the desired quality of service level and at least one of a buffer size or status associated with the data flow and a mobile terminal transmitting power; and means for transmitting the at least one medium access control layer message to a network device.
A method for performing a network entry by a first device of client cooperation, in which the first device helps a second device to communicate with a base station, in a wireless communication system, wherein the first device communicates with the second device using a first system and communicates with the base station using a different second system, and wherein the second device can directly communicate with the base station using the second system, the method comprising: receiving a ranging request message from the second device through a frame of the first system; transmitting the received ranging request message, with an identifier, ID, of the first device, to the base station; receiving a ranging response message, which includes an ID of the second device used for the client cooperation, as a response to the ranging request message from the base station; and transmitting the ranging response message to the second device through the frame of the first system. receiving a ranging request message from the second device through a frame of the first system; transmitting the received ranging request message, with an identifier, ID, of the first device, to the base station; receiving a ranging response message, which includes an ID of the second device used for the client cooperation, as a response to the ranging request message from the base station; and transmitting the ranging response message to the second device through the frame of the first system.
An ultrasonic surgical instrument comprising: (a) a handle assembly; (b) a waveguide extending distally from said handle assembly, wherein said waveguide is adapted to be acoustically coupled to an ultrasonic transducer and transmit ultrasonic energy therethrough; (c) an end-effector located at a distal end of said waveguide; and (d) a clamp assembly removably mounted to said handle assembly, said clamp assembly including a clamp arm pivotally mounted on the distal end of the clamp assembly for pivotal movement with respect to the end effector; (e) a rotation knob rotatably mounted on the instrument such that the rotation knob maintains the clamp assembly mounted to the handle assembly, and such that rotation of the rotation knob causes the clamp assembly and the waveguide to rotate as a unit; wherein said clamp assembly is removably mounted to the handle assembly by axially aligned first and second bayonet mounts, each of said bayonet mounts comprising a female bayonet coupling comprising at least one bayonet slot (54, 64) configured to matingly receive a bayonet mounting pin (71, 81) of a male bayonet coupling therein, wherein said bayonet slots extend circumferentially about a common longitudinal axis corresponding to the longitudinal axis of said waveguide, characterized in that said rotation knob further comprises a pin cavity in the proximal face of the rotation knob, and said rotation knob is mounted on the instrument by urging one of said bayonet mounting pins into said pin cavity. (a) a handle assembly; (b) a waveguide extending distally from said handle assembly, wherein said waveguide is adapted to be acoustically coupled to an ultrasonic transducer and transmit ultrasonic energy therethrough; (c) an end-effector located at a distal end of said waveguide; and (d) a clamp assembly removably mounted to said handle assembly, said clamp assembly including a clamp arm pivotally mounted on the distal end of the clamp assembly for pivotal movement with respect to the end effector; (e) a rotation knob rotatably mounted on the instrument such that the rotation knob maintains the clamp assembly mounted to the handle assembly, and such that rotation of the rotation knob causes the clamp assembly and the waveguide to rotate as a unit;
A method of assaying a monomer of a recombinant extracellular matrix protein, the method comprising: performing size exclusion chromatography on a sample comprising the recombinant extracellular matrix protein using a mobile phase comprising hydrochloride at a concentration of 0.5 M to 1.2 M; and analyzing the monomer of the recombinant extracellular matrix protein in the sample, based on a result of the size exclusion chromatography; wherein the recombinant extracellular matrix protein is elastin, fibronectin, laminin, vitronectin, tenascin, or hyaluronan and proteoglycan link protein (HAPLN). performing size exclusion chromatography on a sample comprising the recombinant extracellular matrix protein using a mobile phase comprising hydrochloride at a concentration of 0.5 M to 1.2 M; and analyzing the monomer of the recombinant extracellular matrix protein in the sample, based on a result of the size exclusion chromatography; wherein the recombinant extracellular matrix protein is elastin, fibronectin, laminin, vitronectin, tenascin, or hyaluronan and proteoglycan link protein (HAPLN).
A user interface, UI, display method comprising: displaying a first screen on a touch screen; displaying an operation window comprising one or more setting items over the first screen; if a touch drag input is received on a scroll bar among the one or more setting items of the operation window displayed on the touch screen, controlling at least a part of a remaining part of the operation window except for the scroll bar not to be displayed on the touch screen while receiving the touch drag input so that the first screen underneath the operation window is visible together with the scroll bar of the operation window; adjusting (209, 211) a setting corresponding to the scroll bar based on a position associated with the touch drag input; and re-displaying the at least the part of the remaining part of the operation window together with the scroll bar on the touch screen upon removal of the touch drag input on the scroll bar. displaying a first screen on a touch screen; displaying an operation window comprising one or more setting items over the first screen; if a touch drag input is received on a scroll bar among the one or more setting items of the operation window displayed on the touch screen, controlling at least a part of a remaining part of the operation window except for the scroll bar not to be displayed on the touch screen while receiving the touch drag input so that the first screen underneath the operation window is visible together with the scroll bar of the operation window; adjusting (209, 211) a setting corresponding to the scroll bar based on a position associated with the touch drag input; and re-displaying the at least the part of the remaining part of the operation window together with the scroll bar on the touch screen upon removal of the touch drag input on the scroll bar.
A hot-melt adhesive composition comprising an acrylic block copolymer having at least one polymer block comprising methacrylic acid ester units and at least one polymer block comprising acrylic acid ester units, wherein the acrylic acid ester units of the polymer block are prepared from an acrylic acid ester being methyl acrylate and an acrylic acid ester represented by the general formula CH 2 =CH-COOR 2 (wherein R 2 is an organic group having 4 to 12 carbon atoms), and a mass ratio / of the acrylic acid ester to the acrylic acid ester is 90/10 to 25/75, and wherein the acrylic block copolymer has the structure of a linear block copolymer and has the ratio (Mw/Mn) of the weight-average molecular weight (Mw) to the number-average molecular weight (Mn) of 1.0 to 1.5, wherein the weight-average molecular weight is determined by gel permeation chromatography in terms of standard polystyrene.
A composition for use in treating heart failure in a human subject in need thereof, wherein the subject has higher than a control or "normal" level of C-reactive protein, interleukin 6, ROS, TNF-alpha, cardiac troponin I levels, Nt-pro BNP, MLCL ATI and/or ALCAT 1, or lower than a control or "normal" level of Tazl or lower activity of mK ATP, and wherein the composition comprises a therapeutically effective amount of the peptide D-Arg-2',6'-Dmt-Lys-Phe-NH2 or a pharmaceutically acceptable salt thereof.
A method of installing a thermal insulation support within a heat shield assembly comprising a plurality of ribs, said insulation support comprising: a body comprising a first edge portion and a second edge portion, the first edge portion and the second edge portion extending in a generally parallel orientation along a longitudinal axis of said body; a first flange extending a first distance from said first edge portion of said body; and a second flange extending a second distance from said second edge portion of said body, wherein said body has a wave-shaped configuration extending between said first edge portion and said second edge portion, the wave-shaped configuration including a plurality of waves extending between said first edge portion and said second edge portion, said plurality of waves spaced along the longitudinal axis in a staggered configuration, said method comprising: coupling the first flange to a first rib of the plurality of ribs of the heat shield assembly; and coupling the second flange to a second rib of the plurality of ribs of the heat shield assembly. a body comprising a first edge portion and a second edge portion, the first edge portion and the second edge portion extending in a generally parallel orientation along a longitudinal axis of said body; a first flange extending a first distance from said first edge portion of said body; and a second flange extending a second distance from said second edge portion of said body, wherein said body has a wave-shaped configuration extending between said first edge portion and said second edge portion, the wave-shaped configuration including a plurality of waves extending between said first edge portion and said second edge portion, said plurality of waves spaced along the longitudinal axis in a staggered configuration, said method comprising: coupling the first flange to a first rib of the plurality of ribs of the heat shield assembly; and coupling the second flange to a second rib of the plurality of ribs of the heat shield assembly. coupling the first flange to a first rib of the plurality of ribs of the heat shield assembly; and coupling the second flange to a second rib of the plurality of ribs of the heat shield assembly.
An arrangement of a pressurised gas tank in a two-track motor vehicle, which tank is rotatably mounted by means of supports in such a way that a length compensation in respect of a small change in length of the pressurised gas tank is possible, and wherein these supports are connected to the vehicle structure, characterised in that the pressurised gas tank is installed in the vehicle longitudinal direction and thus has a larger dimension in this direction than in the vehicle transverse direction or in the direction of the vehicle vertical axis, and is secured in a torsionally rigid manner relative to the vehicle longitudinal axis on two supports via clamping rings that externally encompass the circular-cylindrical pressurised gas tank in the region of said rings, which supports additionally function as axle module supports (10, 20), on which the vehicle structure is supported directly or indirectly with functional interconnection, and wherein wheel-guiding elements for the two wheels of the front axle or the rear axle of the vehicle are fastened to each axle module support (10, 20).
Method for recovering the starting materials from multi-layer sandwich materials with at least one layer with a tacky surface, such as flex foils or the like with a pasty middle layer or course of a polymerised plastic blend based on styro-butadiene-styrene with covering foils made of a polymer such as for example polyethylene-terephthalate adhering to the surface, characterised in that - the sandwich material to be processed is deep-frozen - preferably by means of liquid nitrogen (N 2) - and ground and screened in the frozen state, wherein fine grit or dust that occurs is removed as a disturbing fraction and collected for possible recovery by other means, - in that then the remaining material is irradiated with UV-light to ensure complete polymerisation and then fed to a sifter from which as a further fraction particles of covering foil and reusable raw material are removed and collected, and - in that the material remaining after that consisting solely of the material of the original middle layer, is extracted as a reusable raw material, when applicable after further irradiation with UV light. - the sandwich material to be processed is deep-frozen - preferably by means of liquid nitrogen (N 2) - and ground and screened in the frozen state, wherein fine grit or dust that occurs is removed as a disturbing fraction and collected for possible recovery by other means, - in that then the remaining material is irradiated with UV-light to ensure complete polymerisation and then fed to a sifter from which as a further fraction particles of covering foil and reusable raw material are removed and collected, and - in that the material remaining after that consisting solely of the material of the original middle layer, is extracted as a reusable raw material, when applicable after further irradiation with UV light.
An electrically conductive roller comprising: a shaft; and an elastic layer and a surface layer formed on the outer periphery of the shaft sequentially, characterized in that the elastic layer is formed by using a urethane resin composition comprising: a urethane resin having a carboxyl group on a side chain; a cross-linking agent having an epoxy group; and an ester composed of a sugar and an unbranched saturated fatty acid having 16 to 24 carbon atoms as a foaming agent, wherein with respect to 100 parts by mass of a urethane resin having a carboxyl group as a side chain, the cross-linking agent having an epoxy group is set to 10 to 50 parts by mass, the amount of the foaming agent is set to 0.5 to 16 parts by mass, the saturated fatty acid is a stearic acid, and the sugar is a sucrose.
A radiation dosimeter package, comprising: a housing having an aperture in an end thereof; a frame fitting inside and mounted in the housing; a radiation sensor mounted on the frame; a data collection and data readout integrated circuit electrically connected to the radiation sensor and mounted on the frame; the data collection and data readout integrated circuit having a USB connection at one end thereof proximal to the aperture; the radiation dosimeter package being characterized in that: the radiation sensor is a direct ion storage radiation sensor; the frame being slidably mounted in the housing; and the radiation dosimeter package comprising a base element rotatably attached to the housing so that as the base element is rotated, the frame slides toward the aperture and the USB connection extends outside the aperture. a housing having an aperture in an end thereof; a frame fitting inside and mounted in the housing; a radiation sensor mounted on the frame; a data collection and data readout integrated circuit electrically connected to the radiation sensor and mounted on the frame; the data collection and data readout integrated circuit having a USB connection at one end thereof proximal to the aperture; the radiation dosimeter package being characterized in that: the radiation sensor is a direct ion storage radiation sensor; the frame being slidably mounted in the housing; and the radiation dosimeter package comprising a base element rotatably attached to the housing so that as the base element is rotated, the frame slides toward the aperture and the USB connection extends outside the aperture. the radiation sensor is a direct ion storage radiation sensor; the frame being slidably mounted in the housing; and the radiation dosimeter package comprising a base element rotatably attached to the housing so that as the base element is rotated, the frame slides toward the aperture and the USB connection extends outside the aperture.
A current sensor arrangement, comprising: a plurality of bus bar elements (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c); and a plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c), each of the current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) being disposed around a respective bus bar element (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c), each of the plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) comprising: a hinged housing (1403a, 1403b) having both an open and a closed form, the hinged housing (1403a, 1403b) having an aperture associated therewith, the hinged housing (1403a, 1403b) further configured to articulated about a hinge; and a plurality of sensing coil elements disposed within the hinged housing (1403a, 1403b); wherein the hinged housing (1403a, 1403b) comprises two portions, and the hinged housing (1403a, 1403b) utilizes a two-step clamping or locking process defined such that when the hinged housing (1403a, 1403b) transitions from the open form to the closed form, the two portions configured to both: articulate with respect to one another as well as slide linearly with respect to one another. a plurality of bus bar elements (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c); and a plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c), each of the current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) being disposed around a respective bus bar element (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c), each of the plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) comprising: a hinged housing (1403a, 1403b) having both an open and a closed form, the hinged housing (1403a, 1403b) having an aperture associated therewith, the hinged housing (1403a, 1403b) further configured to articulated about a hinge; and a plurality of sensing coil elements disposed within the hinged housing (1403a, 1403b); a hinged housing (1403a, 1403b) having both an open and a closed form, the hinged housing (1403a, 1403b) having an aperture associated therewith, the hinged housing (1403a, 1403b) further configured to articulated about a hinge; and a plurality of sensing coil elements disposed within the hinged housing (1403a, 1403b); wherein the hinged housing (1403a, 1403b) comprises two portions, and the hinged housing (1403a, 1403b) utilizes a two-step clamping or locking process defined such that when the hinged housing (1403a, 1403b) transitions from the open form to the closed form, the two portions configured to both: articulate with respect to one another as well as slide linearly with respect to one another.
Belay device (2; 102; 202) comprising a locking apparatus (8; 108; 208), wherein the locking apparatus (8; 108; 208) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by a rope (16; 116; 432) being held on it, the locking apparatus (8; 108; 208) being designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state and to allow movement of the rope holding element (12, 14; 112, 114; 212, 214) in a free-running state, the locking apparatus (8; 108; 208) changing from the free-running state to the locked state when a safety event occurs, the locking apparatus (8; 108; 208) further having a control element (40; 240), the actuation of which in the locked state causes the locking apparatus (8; 108; 208) to change to the free-running state, characterised in that, as soon as the safety event occurs, the locking apparatus (8; 108; 208) assumes the locked state independently of any actuation of the control element (40; 240), in particular by a belayer, before the rope holding element (12, 14; 112, 114; 212, 214) has run through a predetermined movement section. wherein the locking apparatus (8; 108; 208) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by a rope (16; 116; 432) being held on it, the locking apparatus (8; 108; 208) being designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state and to allow movement of the rope holding element (12, 14; 112, 114; 212, 214) in a free-running state, the locking apparatus (8; 108; 208) changing from the free-running state to the locked state when a safety event occurs, the locking apparatus (8; 108; 208) further having a control element (40; 240), the actuation of which in the locked state causes the locking apparatus (8; 108; 208) to change to the free-running state, characterised in that, as soon as the safety event occurs, the locking apparatus (8; 108; 208) assumes the locked state independently of any actuation of the control element (40; 240), in particular by a belayer, before the rope holding element (12, 14; 112, 114; 212, 214) has run through a predetermined movement section.