mhurhangee/ep-ind-claims huggingface dataset:
An optical device, comprising: a substrate; a first intermediate layer deposited on the substrate, the first intermediate layer being an electrical insulator; a heater comprising a semiconductor layer, deposited on the first intermediate layer, and a via that extends from a top of the semiconductor layer to a bottom of the semiconductor layer which is proximate to the first intermediate layer, a portion of the semiconductor layer being free standing above a gap between the semiconductor layer and the substrate and the gap corresponding to a removed sacrificial portion of the first intermediate layer and which is accessible through the via; wherein another portion of the semiconductor layer is supported by a remaining portion of the first intermediate layer; a second intermediate layer comprising a dielectric layer on the heater; and a thermally tunable semiconductor optical waveguide deposited on the second intermediate layer. a substrate; a first intermediate layer deposited on the substrate, the first intermediate layer being an electrical insulator; a heater comprising a semiconductor layer, deposited on the first intermediate layer, and a via that extends from a top of the semiconductor layer to a bottom of the semiconductor layer which is proximate to the first intermediate layer, a portion of the semiconductor layer being free standing above a gap between the semiconductor layer and the substrate and the gap corresponding to a removed sacrificial portion of the first intermediate layer and which is accessible through the via; wherein another portion of the semiconductor layer is supported by a remaining portion of the first intermediate layer; a second intermediate layer comprising a dielectric layer on the heater; and a thermally tunable semiconductor optical waveguide deposited on the second intermediate layer.
A method for producing a fullerene derivative comprising reacting: a fullerene; an organometallic reagent comprising: a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted arylalkyl group or a substituted or unsubstituted aryl group; and Zn; and a monovalent copper compound, wherein the fullerene derivative is a fullerene derivative C 60 (R 4) 5 R 5 represented by the following formula: wherein each R 4 is independently, a substituted or unsubstituted C 1 - C 20 alkyl group, C 2 - C 20 alkenyl group, C 2 - C 20 alkynyl group, C 4 - C 20 alkyldienyl group, C 6 - C 18 aryl group, or C 7 - C 20 arylalkyl group; and R 5 is a hydrogen atom or a C 1 - C 20 hydrocarbon group. a fullerene; an organometallic reagent comprising: a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted arylalkyl group or a substituted or unsubstituted aryl group; and Zn; and a monovalent copper compound, wherein the fullerene derivative is a fullerene derivative C 60 (R 4) 5 R 5 represented by the following formula:
A medical diagnostic system comprising: a patient interface module operable to process analog flow sensor data generated by an intravascular device, and operable to process at least one other type of analog sensor data generated by the intravascular device, wherein the analog flow sensor data and the at least one other type of analog sensor data have different characteristic frequencies, wherein the patient interface module receives the analog flow sensor data over a communication channel and receives the at least one other type of analog sensor data over the communication channel, and wherein the patient interface module includes: a signal separator operable to separate the analog flow sensor data from the at least one other type of analog sensor data, wherein the signal separator includes a number of low-pass, high-pass, and/or band-pass filters configured to separate the analog flow sensor data from the at least one other type of analog sensor data; an analog-to-digital converter operable to sample the analog flow sensor data according to a quadrature sampling rate to produce digital flow sensor data; a signal processing resource operable to perform a baseband conversion on the digital flow sensor data to produce baseband flow sensor data; and an interface subunit operable to output the baseband flow sensor data to a processing system. a signal separator operable to separate the analog flow sensor data from the at least one other type of analog sensor data, wherein the signal separator includes a number of low-pass, high-pass, and/or band-pass filters configured to separate the analog flow sensor data from the at least one other type of analog sensor data; an analog-to-digital converter operable to sample the analog flow sensor data according to a quadrature sampling rate to produce digital flow sensor data; a signal processing resource operable to perform a baseband conversion on the digital flow sensor data to produce baseband flow sensor data; and an interface subunit operable to output the baseband flow sensor data to a processing system.
Cover for a motor gear unit for an electric actuator for a brake, in particular a disc brake, said motor gear unit comprising a housing enclosing an electric motor and a reduction gear mechanism mechanically connected to said electric motor to provide at the output of said reduction gear mechanism a rotational drive of a shaft along an output axis, said reduction gear mechanism comprising an epicyclic gear system comprising planet gears meshing with the inner surface of a toothed ring gear fixed in rotation, which is mounted in a recess of the housing and has a ring gear axis defining an axial direction, said housing having an opening for access to said recess, making it possible to axially insert said gear system therein or at least said toothed ring gear, said toothed ring gear having a free edge directed towards said access opening, said cover being designed to close the access opening, and being characterized in that it comprises an axial projection, in particular an inner skirt, capable of being positioned at least partially bearing against the free edge of said ring gear when the cover closes said opening, said projection having on a free end opposite the free edge of the ring gear at least one elastically deformable element capable of at least partially bearing against said free edge of the ring gear, so as to hold said ring gear in the housing in said axial direction. said reduction gear mechanism comprising an epicyclic gear system comprising planet gears meshing with the inner surface of a toothed ring gear fixed in rotation, which is mounted in a recess of the housing and has a ring gear axis defining an axial direction, said housing having an opening for access to said recess, making it possible to axially insert said gear system therein or at least said toothed ring gear, said toothed ring gear having a free edge directed towards said access opening, said cover being designed to close the access opening, and being characterized in that it comprises an axial projection, in particular an inner skirt, capable of being positioned at least partially bearing against the free edge of said ring gear when the cover closes said opening, said projection having on a free end opposite the free edge of the ring gear at least one elastically deformable element capable of at least partially bearing against said free edge of the ring gear, so as to hold said ring gear in the housing in said axial direction.
A device, comprising: a cochlear implant Z r configured for utilizing focused multipolar stimulation, the cochlear implant including a plurality of electrodes configured for implantation into a recipient and configured to apply electrical stimulation to the recipient by simultaneously activating a plurality of electrode channels of the device to evoke a hearing percept, wherein the device is configured to: control the device to apply electrical stimulation to the recipient by activating a first electrode channel of the plurality of electrode channels to evoke a hearing percept at current levels within a range bounded by at least one of a threshold level and/or a comfort level, characterized in that at least one of the respective threshold level current level or comfort level current level is based on empirical data that is based on at least one of a recipient specific respective threshold level or comfort level obtained by simultaneously activating the first electrode channel and a second electrode channel of the plurality of electrode channels. control the device to apply electrical stimulation to the recipient by activating a first electrode channel of the plurality of electrode channels to evoke a hearing percept at current levels within a range bounded by at least one of a threshold level and/or a comfort level, characterized in that at least one of the respective threshold level current level or comfort level current level is based on empirical data that is based on at least one of a recipient specific respective threshold level or comfort level obtained by simultaneously activating the first electrode channel and a second electrode channel of the plurality of electrode channels.
An air conditioner (100, 200, 300) comprising: a main refrigerant circuit in which a compressor, a heat-source-side heat exchanger, a high-pressure-side of a supercooling heat exchanger, a first throttle mechanism, and a use-side heat exchanger are connected in series; and a bypass circuit branching at between said supercooling heat exchanger and said first throttle mechanism and connected to a suction side of said compressor through a low pressure side of a second throttle mechanism and said supercooling heat exchanger, characterized in that a control portion is provided that is configured to compare time ΔT from when an instruction of an opening-degree is given to said first throttle mechanism and said second throttle mechanism to when outage occurs at occurrence of outage in this air conditioner (100, 200, 300) with a required time T1 till when the instruction amount of the opening-degree to said first throttle mechanism and said second throttle mechanism match an actual opening-degree control amount and to modify the instruction amount of the opening-degree to said first throttle mechanism and said second throttle mechanism after power recovery. a main refrigerant circuit in which a compressor, a heat-source-side heat exchanger, a high-pressure-side of a supercooling heat exchanger, a first throttle mechanism, and a use-side heat exchanger are connected in series; and a bypass circuit branching at between said supercooling heat exchanger and said first throttle mechanism and connected to a suction side of said compressor through a low pressure side of a second throttle mechanism and said supercooling heat exchanger, characterized in that a control portion is provided that is configured to compare time ΔT from when an instruction of an opening-degree is given to said first throttle mechanism and said second throttle mechanism to when outage occurs at occurrence of outage in this air conditioner (100, 200, 300) with a required time T1 till when the instruction amount of the opening-degree to said first throttle mechanism and said second throttle mechanism match an actual opening-degree control amount and to modify the instruction amount of the opening-degree to said first throttle mechanism and said second throttle mechanism after power recovery.
An image forming apparatus comprising: a sheet conveyance section configured to convey a long sheet from a roll of paper or a source of continuous paper; an image forming section configured to transfer a toner image to the long sheet; and a fixing section including a fixing side member configured to make contact with a fixing surface of the long sheet, a back side supporting member configured to be brought into pressure contact with the fixing side member so as to form a fixing nip, and a heating section configured to apply heat to the fixing side member, the fixing section being configured to apply heat and pressure to the long sheet conveyed along a sheet feeding path at the fixing nip so as to fix the toner image wherein, characterised in that during cooling-down or warming-up of the fixing section, in which a fixing temperature of the fixing side member is lower than a predetermined fixable temperature, the sheet conveyance section is further configured to perform conveyance of the long sheet when the fixing temperature of the fixing side member is higher than a predetermined idling temperature, at which discoloration and deformation of the long sheet is not caused even when conveyance of the long sheet is stopped, and to stop conveyance of the long sheet when the fixing temperature of the fixing side member is lower than the predetermined idling temperature. a sheet conveyance section configured to convey a long sheet from a roll of paper or a source of continuous paper; an image forming section configured to transfer a toner image to the long sheet; and a fixing section including a fixing side member configured to make contact with a fixing surface of the long sheet, a back side supporting member configured to be brought into pressure contact with the fixing side member so as to form a fixing nip, and a heating section configured to apply heat to the fixing side member, the fixing section being configured to apply heat and pressure to the long sheet conveyed along a sheet feeding path at the fixing nip so as to fix the toner image wherein, characterised in that during cooling-down or warming-up of the fixing section, in which a fixing temperature of the fixing side member is lower than a predetermined fixable temperature, the sheet conveyance section is further configured to perform conveyance of the long sheet when the fixing temperature of the fixing side member is higher than a predetermined idling temperature, at which discoloration and deformation of the long sheet is not caused even when conveyance of the long sheet is stopped, and to stop conveyance of the long sheet when the fixing temperature of the fixing side member is lower than the predetermined idling temperature.
A pharmaceutical composition comprising a proteasome inhibitor having the structure and a cyclodextrin for use in treating inflammation, neurodegenerative disease, muscle wasting disease, cancer, chromic infectious disease, fever, an immune-related condition, denervation or nerve injury, for inhibiting or reducing HIV infection, for affecting the level or viral gene expression in a subject, or for altering the variety of antigenic peptides produced by the proteasome in an organism, wherein the cyclodextrin is a beta-cyclodextrin substituted with one or more hydrophilic groups.
A method for transport assignment planning comprising: receiving a transport assignment, wherein the transport assignment comprises a geographical start point and a geographical end point; receiving vehicle information about the status of a plurality of electric vehicles (A, B, C) in a vehicle fleet, each vehicle comprising at least one battery pack, wherein the vehicle information comprises a state of charge for each battery pack; receiving route information about a plurality of geographical road routes (201, 202, 203) between the geographical start point and the geographical end point, wherein the route information comprises information about expected power consumption for each vehicle for each geographical road route; characterized in that the method further comprises: determining a number of required charge cycles for each electric vehicle for each geographical road route based on said received vehicle information and said route information; and assigning a geographical road route and an electric vehicle for carrying out the transport assignment based on the determined number of required charge cycles such that the assigned electric vehicle is selected from a sub-group of electric vehicles which can complete the transport assignment with a number of charge cycles that is below a predefined threshold. receiving a transport assignment, wherein the transport assignment comprises a geographical start point and a geographical end point; receiving vehicle information about the status of a plurality of electric vehicles (A, B, C) in a vehicle fleet, each vehicle comprising at least one battery pack, wherein the vehicle information comprises a state of charge for each battery pack; receiving route information about a plurality of geographical road routes (201, 202, 203) between the geographical start point and the geographical end point, wherein the route information comprises information about expected power consumption for each vehicle for each geographical road route; characterized in that the method further comprises: determining a number of required charge cycles for each electric vehicle for each geographical road route based on said received vehicle information and said route information; and assigning a geographical road route and an electric vehicle for carrying out the transport assignment based on the determined number of required charge cycles such that the assigned electric vehicle is selected from a sub-group of electric vehicles which can complete the transport assignment with a number of charge cycles that is below a predefined threshold. determining a number of required charge cycles for each electric vehicle for each geographical road route based on said received vehicle information and said route information; and assigning a geographical road route and an electric vehicle for carrying out the transport assignment based on the determined number of required charge cycles such that the assigned electric vehicle is selected from a sub-group of electric vehicles which can complete the transport assignment with a number of charge cycles that is below a predefined threshold.
Battery pack for an electrical appliance, wherein - the battery pack comprises an outer housing (2a, 2b) comprising a bottom shell having a bottom, as well as a top shell; - the battery pack comprises at least one battery cell arranged in the bottom shell; - the battery pack comprises a circuit carrier (4, 7) arranged on a side of the at least one battery cell facing away from the bottom; and - the battery pack comprising a sealing element arranged between the top shell and a side of the circuit carrier (4, 7) facing away from the bottom, wherein - the sealing element separates a first spatial region within the outer housing (2a, 2b) in a liquid-tight manner from a second spatial region within the outer housing (2a, 2b); and - the first spatial region is open towards an outer environment of the battery pack with respect to an exchange of liquid; - on a surface of the circuit carrier (4, 7) facing away from the bottom a sealing layer made of a liquid-tight material is arranged, which extends both in the first spatial region as well as in the second spatial region; and - the sealing element is in direct contact with the sealing layer for liquid-tight separation of the first spatial region from the second spatial region. - the battery pack comprises an outer housing (2a, 2b) comprising a bottom shell having a bottom, as well as a top shell; - the battery pack comprises at least one battery cell arranged in the bottom shell; - the battery pack comprises a circuit carrier (4, 7) arranged on a side of the at least one battery cell facing away from the bottom; and - the battery pack comprising a sealing element arranged between the top shell and a side of the circuit carrier (4, 7) facing away from the bottom, wherein - the sealing element separates a first spatial region within the outer housing (2a, 2b) in a liquid-tight manner from a second spatial region within the outer housing (2a, 2b); and - the first spatial region is open towards an outer environment of the battery pack with respect to an exchange of liquid; - the sealing element separates a first spatial region within the outer housing (2a, 2b) in a liquid-tight manner from a second spatial region within the outer housing (2a, 2b); and - the first spatial region is open towards an outer environment of the battery pack with respect to an exchange of liquid; - on a surface of the circuit carrier (4, 7) facing away from the bottom a sealing layer made of a liquid-tight material is arranged, which extends both in the first spatial region as well as in the second spatial region; and - the sealing element is in direct contact with the sealing layer for liquid-tight separation of the first spatial region from the second spatial region.
A content reproducing apparatus capable of switching, from 2D display to 3D display, video images and graphic images at the same time, comprising: a data acquiring portion that acquires a program and video data from a recording medium; a first video plane and a second video plane that store video images; a first graphics plane and a second graphics plane that store graphic images; a program executing portion that executes the program to generate the graphic images, and outputs the graphic image for 2D output to the first graphics plane and the graphic image for 3D output to each of the first and the second graphics planes (120a, 120b); a decoding portion that decodes the video data to output the video image for 2D output to the first video plane and the video image for 3D output to each of the first and the second video planes (110a, 110b); a first combining portion that combines images stored in the first video plane and the first graphics plane; a switching portion that inputs an image stored in the first graphics plane and an image stored in the second graphics plane and switches images to be output by an instruction from the program executing portion; and a second combining portion that combines images stored in the second video plane and images output from the switching portion; wherein the program executing portion transmits instructions for switching to the switching portion based on commands included in the program. a data acquiring portion that acquires a program and video data from a recording medium; a first video plane and a second video plane that store video images; a first graphics plane and a second graphics plane that store graphic images; a program executing portion that executes the program to generate the graphic images, and outputs the graphic image for 2D output to the first graphics plane and the graphic image for 3D output to each of the first and the second graphics planes (120a, 120b); a decoding portion that decodes the video data to output the video image for 2D output to the first video plane and the video image for 3D output to each of the first and the second video planes (110a, 110b); a first combining portion that combines images stored in the first video plane and the first graphics plane; a switching portion that inputs an image stored in the first graphics plane and an image stored in the second graphics plane and switches images to be output by an instruction from the program executing portion; and a second combining portion that combines images stored in the second video plane and images output from the switching portion; wherein the program executing portion transmits instructions for switching to the switching portion based on commands included in the program.