mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: an optical assembly comprising: a hemispherical prism comprising a top surface configured to support a surface-plasmon-resonance sensor; and a high numerical aperture lens located distal from the top surface of the hemispherical prism; an SPR light source configured to emit a light beam for SPR imaging; and an SPR camera configured to capture an SPR image; and a bright field light source and a bright field camera for bright field imaging; wherein: the high NA lens is configured to refract the light beam toward the hemispherical prism; the hemispherical prism is configured to collimate the light beam, as refracted by the high NA lens, toward the SPR sensor; and the high NA lens is further configured to receive and refract the light beam toward the SPR camera, after the light beam is reflected by a surface of the SPR sensor; the bright field light source is configured to emit a bright field light beam to illuminate the surface of the SPR sensor; and the bright field camera is configured to capture a bright field image of the SPR sensor simultaneously with the SPR camera capturing the SPR image. an optical assembly comprising: a hemispherical prism comprising a top surface configured to support a surface-plasmon-resonance sensor; and a high numerical aperture lens located distal from the top surface of the hemispherical prism; a hemispherical prism comprising a top surface configured to support a surface-plasmon-resonance sensor; and a high numerical aperture lens located distal from the top surface of the hemispherical prism; an SPR light source configured to emit a light beam for SPR imaging; and an SPR camera configured to capture an SPR image; and a bright field light source and a bright field camera for bright field imaging; wherein: the high NA lens is configured to refract the light beam toward the hemispherical prism; the hemispherical prism is configured to collimate the light beam, as refracted by the high NA lens, toward the SPR sensor; and the high NA lens is further configured to receive and refract the light beam toward the SPR camera, after the light beam is reflected by a surface of the SPR sensor; the bright field light source is configured to emit a bright field light beam to illuminate the surface of the SPR sensor; and the bright field camera is configured to capture a bright field image of the SPR sensor simultaneously with the SPR camera capturing the SPR image. the high NA lens is configured to refract the light beam toward the hemispherical prism; the hemispherical prism is configured to collimate the light beam, as refracted by the high NA lens, toward the SPR sensor; and the high NA lens is further configured to receive and refract the light beam toward the SPR camera, after the light beam is reflected by a surface of the SPR sensor; the bright field light source is configured to emit a bright field light beam to illuminate the surface of the SPR sensor; and the bright field camera is configured to capture a bright field image of the SPR sensor simultaneously with the SPR camera capturing the SPR image.
A resistive switching memory cell, the memory cell comprising a stack of a first electrode, a first inner region, a second inner region and a second electrode, wherein, - the first inner region comprises one or more metal oxide layers - the second inner region comprises one or more insulating, semi-insulating or semiconductive layers, wherein the second inner region is in direct contact with the first inner region and can scavenge oxygen from the first inner region, and the second inner region has a nonlinear charge carrier conduction dominant mechanism under an applied voltage or electric field wherein the second inner region is a nonlinear electron transport barrier wherein at least one layer of the second inner region is formed of Si, SiGex, SiNx, Al 2 O 3, MgO, AIN, Si 3 N 4, SiO 2, HfO 2, HfSiOx, ZrO 2, ZrSiOx, GdAlO x, DyScO x, Ta 2 O 5, each in stoichiometric or off-stoichiometric composition, or a combination thereof, wherein the at least one layer or another layer of the second inner region is a Si layer or a Si-containing layer, wherein the Si layer or the Si-containing layer is in direct contact with the first inner region and wherein the first inner region is formed in stoichiometric or off-stoichiometric MgO, Al 2 O 3, TiO 2, HfO 2, ZrO 2, Ta 2 O 5, TaO 2, Nb 2 O 5, NbO 2, V 2 O 5, VO 2, or a combination thereof, and wherein the first inner region may be doped with N, Mg, Al, Si, Ge, or a combination thereof. - the first inner region comprises one or more metal oxide layers - the second inner region comprises one or more insulating, semi-insulating or semiconductive layers, wherein the second inner region is in direct contact with the first inner region and can scavenge oxygen from the first inner region, and the second inner region has a nonlinear charge carrier conduction dominant mechanism under an applied voltage or electric field wherein the second inner region is a nonlinear electron transport barrier wherein at least one layer of the second inner region is formed of Si, SiGex, SiNx, Al 2 O 3, MgO, AIN, Si 3 N 4, SiO 2, HfO 2, HfSiOx, ZrO 2, ZrSiOx, GdAlO x, DyScO x, Ta 2 O 5, each in stoichiometric or off-stoichiometric composition, or a combination thereof, wherein the at least one layer or another layer of the second inner region is a Si layer or a Si-containing layer, wherein the Si layer or the Si-containing layer is in direct contact with the first inner region and wherein the first inner region is formed in stoichiometric or off-stoichiometric MgO, Al 2 O 3, TiO 2, HfO 2, ZrO 2, Ta 2 O 5, TaO 2, Nb 2 O 5, NbO 2, V 2 O 5, VO 2, or a combination thereof, and wherein the first inner region may be doped with N, Mg, Al, Si, Ge, or a combination thereof.
A sheet stacking apparatus comprising: a shelf unit in which a printed sheet from a printer is received and stacked, a lifting and lowering mechanism that lifts and lowers the shelf unit, and a control unit that controls the lifting and lowering mechanism, the control unit controlling the lifting and lowering mechanism to lift and lower the shelf unit to a first predetermined height corresponding to the printer at a receiving position for receiving the sheet from the printer, and to lift and lower the shelf unit to a second predetermined height corresponding to a sheet processing machine at a supply position for supplying the sheet to the sheet processing machine, the supply position being different from the receiving position characterized in that the sheet stacking apparatus further comprises: a tilting mechanism that tilts the shelf unit with respect to a horizontal plane, and an abutment member that abuts on an end portion of the sheet stacked in the shelf unit, wherein the control unit controls the tilting mechanism to tilt the shelf unit so that an end portion side of the sheet that is not provided with the abutment member is above the other end portion during running from the receiving position to the supply position a shelf unit in which a printed sheet from a printer is received and stacked, a lifting and lowering mechanism that lifts and lowers the shelf unit, and a control unit that controls the lifting and lowering mechanism, the control unit controlling the lifting and lowering mechanism to lift and lower the shelf unit to a first predetermined height corresponding to the printer at a receiving position for receiving the sheet from the printer, and to lift and lower the shelf unit to a second predetermined height corresponding to a sheet processing machine at a supply position for supplying the sheet to the sheet processing machine, the supply position being different from the receiving position characterized in that the sheet stacking apparatus further comprises: a tilting mechanism that tilts the shelf unit with respect to a horizontal plane, and an abutment member that abuts on an end portion of the sheet stacked in the shelf unit, wherein the control unit controls the tilting mechanism to tilt the shelf unit so that an end portion side of the sheet that is not provided with the abutment member is above the other end portion during running from the receiving position to the supply position a tilting mechanism that tilts the shelf unit with respect to a horizontal plane, and an abutment member that abuts on an end portion of the sheet stacked in the shelf unit, wherein the control unit controls the tilting mechanism to tilt the shelf unit so that an end portion side of the sheet that is not provided with the abutment member is above the other end portion during running from the receiving position to the supply position
An autonomous vehicle platform system for selectively applying fertilizer in an agricultural field between two rows of planted crops planted on approximately 91cm (36 inches) centers defining a space therebetween, while autonomously navigating within said space between the two rows of planted crops, the autonomous vehicle platform system comprising: one or more autonomous vehicle platforms, wherein each autonomous vehicle platform includes a base operably coupled to a plurality of ground engaging wheels, tracks or spiked drums, or a combination thereof, the base having a width of less than 76cm (30 inches), so as to be insertable through the space between two rows of planted crops, wherein each autonomous vehicle platform further includes a navigation module configured to receive field orientation information and detect obstacles, and wherein each autonomous vehicle platform is programmed with a self-direction program to autonomously navigate the autonomous vehicle platform within said space between the two rows of planted crops, and to avoid other autonomous vehicle platforms when more than one autonomous vehicle platform is present on the agricultural field, while selectively applying fertilizer within the agricultural field. one or more autonomous vehicle platforms, wherein each autonomous vehicle platform includes a base operably coupled to a plurality of ground engaging wheels, tracks or spiked drums, or a combination thereof, the base having a width of less than 76cm (30 inches), so as to be insertable through the space between two rows of planted crops, wherein each autonomous vehicle platform further includes a navigation module configured to receive field orientation information and detect obstacles, and wherein each autonomous vehicle platform is programmed with a self-direction program to autonomously navigate the autonomous vehicle platform within said space between the two rows of planted crops, and to avoid other autonomous vehicle platforms when more than one autonomous vehicle platform is present on the agricultural field, while selectively applying fertilizer within the agricultural field.
A nerve stimulation system, comprising: a catheter extending from a proximal end to a distal end, the catheter including a lumen; a plurality of distal electrodes supported by the catheter and positioned proximate the distal end of the catheter, wherein the plurality of distal electrodes is configured for stimulating a right phrenic nerve; and a plurality of proximal electrodes supported by the catheter and positioned proximal to the plurality of distal electrodes, wherein the plurality of proximal electrodes is configured for stimulating a left phrenic nerve; wherein the plurality of distal electrodes, the plurality of proximal electrodes, or both, comprise a metal ribbon; wherein a first portion of the metal ribbon is between a top layer and a bottom insulative layer; a second portion of the metal ribbon, is above both the top layer and the bottom insulative layer; and a third portion of the metal ribbon, between the first and second portions of the metal ribbon, passes through an aperture in the top layer. a catheter extending from a proximal end to a distal end, the catheter including a lumen; a plurality of distal electrodes supported by the catheter and positioned proximate the distal end of the catheter, wherein the plurality of distal electrodes is configured for stimulating a right phrenic nerve; and a plurality of proximal electrodes supported by the catheter and positioned proximal to the plurality of distal electrodes, wherein the plurality of proximal electrodes is configured for stimulating a left phrenic nerve; wherein the plurality of distal electrodes, the plurality of proximal electrodes, or both, comprise a metal ribbon; wherein a first portion of the metal ribbon is between a top layer and a bottom insulative layer; a second portion of the metal ribbon, is above both the top layer and the bottom insulative layer; and a third portion of the metal ribbon, between the first and second portions of the metal ribbon, passes through an aperture in the top layer.
An optical waveguide, comprising a body of optically transmissive material having a width substantially greater than an overall thickness thereof and including a first side, a second side opposite the first side, a central bore extending between the first and second sides (380, 378) and adapted to receive a light emitting diode and extraction features on the second side; wherein the extraction features direct light out of at least the first side and wherein the extraction features comprise a series of ridges separated by intervening troughs defining inverted V-shapes; wherein each extraction feature is a ring-shaped feature concentric with the central bore; and wherein the extraction features include extraction features which are deeper with distance from the center of the central bore; and wherein the body tapers from the central bore to an outside edge of the waveguide body.
An electroless tin plating bath comprising (a) tin ions; (b) at least one complexing agent selected from the group consisting of pyrophosphate ions, linear polyphosphate ions and cyclic polyphosphate ions; (c) at least one stabilizing additive selected from the group consisting of nitrogen-containing organic thiol compounds and nitrogen-containing organic disulfide compounds; and (d) titanium ions as reducing agent suitable to reduce tin ions to metallic tin. (a) tin ions; (b) at least one complexing agent selected from the group consisting of pyrophosphate ions, linear polyphosphate ions and cyclic polyphosphate ions; (c) at least one stabilizing additive selected from the group consisting of nitrogen-containing organic thiol compounds and nitrogen-containing organic disulfide compounds; and (d) titanium ions as reducing agent suitable to reduce tin ions to metallic tin.
A method of providing a broadcasting and communication convergence service, the method comprising: acquiring, by a terminal, address information about an Internet server in an application information table -AIT- of an automatic start application received from a broadcasting server, the internet server configured to provide an application customized based on device information about a terminal; transmitting, by the terminal, an application request message to the Internet server using the address information; receiving, by the terminal, the customized application on a broadcast channel from the Internet server in response to the application request message; and consuming, by the terminal, the customized application, wherein the device information is transmitted to the Internet server and the device information comprises display information of the device, wherein the AIT includes a customization flag indicating whether a broadcasting company provides the customized application and wherein, when the customization flag indicates that a broadcasting company provides the customized application, the terminal transmits information required for customization to the internet server and wherein, when the customization flag indicates that a broadcasting company does not provide the customized application, the terminal is not allowed to transmit information required for customization to the internet server. acquiring, by a terminal, address information about an Internet server in an application information table -AIT- of an automatic start application received from a broadcasting server, the internet server configured to provide an application customized based on device information about a terminal; transmitting, by the terminal, an application request message to the Internet server using the address information; receiving, by the terminal, the customized application on a broadcast channel from the Internet server in response to the application request message; and consuming, by the terminal, the customized application, wherein the device information is transmitted to the Internet server and the device information comprises display information of the device, wherein the AIT includes a customization flag indicating whether a broadcasting company provides the customized application and wherein, when the customization flag indicates that a broadcasting company provides the customized application, the terminal transmits information required for customization to the internet server and wherein, when the customization flag indicates that a broadcasting company does not provide the customized application, the terminal is not allowed to transmit information required for customization to the internet server.
Aerosol device comprising: - a container containing: - one or more propellants, and - a composition comprising one or more fixing polymers and/or one or more styling powders comprising one or more water-insoluble inorganic compounds, the propellant or propellants possibly being present in the composition or in the container, separate from the composition, - a means for distributing said aerosol composition, comprising a diffuser having at least three spraying apertures for spraying the composition in a main spraying direction. - a container containing: - one or more propellants, and - a composition comprising one or more fixing polymers and/or one or more styling powders comprising one or more water-insoluble inorganic compounds, the propellant or propellants possibly being present in the composition or in the container, separate from the composition, - one or more propellants, and - a composition comprising one or more fixing polymers and/or one or more styling powders comprising one or more water-insoluble inorganic compounds, - a means for distributing said aerosol composition, comprising a diffuser having at least three spraying apertures for spraying the composition in a main spraying direction.
A near-infrared fluorescent contrast agent represented by the formula: Name Structure Name Structure YY187, TG42, TG53, LN24, YY180, YY190, P700SO3, P700H, A100, A104, TP1, LN79, TP4, WuA108, TG44, WuA110, PS133, PS131, L700-1C
A method comprising: a wireless transmit/receive unit, WTRU, receiving an indication from a Home Node B, HNB, that a cell of the HNB is reserved; characterised by: the WTRU receiving a closed subscriber group, CSG, broadcast from the HNB; and the WTRU ignoring the indication that the cell is reserved based on the received CSG broadcast. a wireless transmit/receive unit, WTRU, receiving an indication from a Home Node B, HNB, that a cell of the HNB is reserved; characterised by: the WTRU receiving a closed subscriber group, CSG, broadcast from the HNB; and the WTRU ignoring the indication that the cell is reserved based on the received CSG broadcast. the WTRU receiving a closed subscriber group, CSG, broadcast from the HNB; and the WTRU ignoring the indication that the cell is reserved based on the received CSG broadcast.
A solar trough system comprising at least one trough-shaped reflector surface directing beams coming from the sun to the focal axis; at least one thermal receiver disposed at the focal axis and extending along the reflector characterized in that the system comprises a support mechanism comprising at least one first arm and at least one second arm one end of each of which is connected to two fixed points (P1, P2) with swivel joint; at least one third arm which is connected to the other ends of these two arms (L, L2) from two points (P3, P4) with swivel joint; the thermal receiver is connected to a linear movement point, which moves with rotation of the first and second arms (L1, L2), on the third arm with swivel joint.
A method for steering data packets through a communications network, the method performed at an application server and comprising: generating, at an application server, a source file to include a set of packet steering rules specific to an application, the packet steering rules defining how a filtering mechanism at a packet forwarding entity, PFE steers packets sent by the application through the network; compiling, at the application server, the source file into a code file comprising instructions native to the PFE; and downloading the code file to the PFE to configure the filtering mechanism to steer incoming packets sent by the application through the network according to the native instructions. generating, at an application server, a source file to include a set of packet steering rules specific to an application, the packet steering rules defining how a filtering mechanism at a packet forwarding entity, PFE steers packets sent by the application through the network; compiling, at the application server, the source file into a code file comprising instructions native to the PFE; and downloading the code file to the PFE to configure the filtering mechanism to steer incoming packets sent by the application through the network according to the native instructions.
Structure with an integrated attachment fitting, the attachment fitting comprising: a composite resin portion including a plurality of fiber reinforced resin plies; a metal portion including a plurality of metal sheets bonded together defining a first group of metal sheets and a second group of metal sheets, wherein an end of each metal sheet being vertically aligned with an end of a non-adjacent metal sheet, such that the first group of metal sheets are aligned with a first vertical line and the second group of metal sheets are aligned with a second vertical line; and a composite-to-metal joint between the composite resin portion and the metal portion, wherein the composite-to-metal joint is a vertical lap finger joint, and wherein each metal sheet abuts edge-to-edge multiple fiber reinforced resin plies. a composite resin portion including a plurality of fiber reinforced resin plies; a metal portion including a plurality of metal sheets bonded together defining a first group of metal sheets and a second group of metal sheets, wherein an end of each metal sheet being vertically aligned with an end of a non-adjacent metal sheet, such that the first group of metal sheets are aligned with a first vertical line and the second group of metal sheets are aligned with a second vertical line; and a composite-to-metal joint between the composite resin portion and the metal portion,
Plug connector with a housing and at least one contact element fixed within the housing which is designed for connection to a wire of a cable, said wire being partially surrounded by a cable jacket, wherein the housing comprises two housing sections (6, 7) which are so designed that in order to assemble the plug connector they are being placed against each other, characterised in that the housing sections are so designed that they are connected by being moved relative to one another in the longitudinal direction of the plug connector until they reach an end position, wherein, owing to the movement, a part of at least of one of the housing sections (6, 7) provided for receiving a portion of the jacket is radially deformed in order to fix the jacket in place.