mhurhangee/ep-ind-claims huggingface dataset:
A medical imaging system (100, 300), wherein the medical imaging system (100, 300) comprises: a memory storing machine executable instructions; a processor for controlling the medical imaging system (100, 300), wherein execution of the machine executable instructions causes the processor to control the medical imaging system (100, 300) to: receive magnetic resonance data, wherein the magnetic resonance data comprises B0 field data of a reference scan for a plurality of voxels and water saturation data of a WAter Saturation Shift Referencing (WASSR) scan for a subset of voxels of the plurality of voxels, the water saturation data comprising data of a predefined limited number of sample points per voxel of the subset of voxels so as to have a very low, i.e. close to zero, resonance offset; determine a local absolute water saturation frequency for each voxel of the subset of voxels using the water saturation data of the WASSR scan; and reconstruct a field map comprising a local absolute water saturation frequency for each voxel of the plurality of voxels, wherein the reconstruction of the field map comprises determining relative frequency differences between the voxels using the B0 field data of the reference scan and adding a frequency offset to the relative frequency differences based on the determined local absolute water saturation frequencies of the subset of voxels. a memory storing machine executable instructions; a processor for controlling the medical imaging system (100, 300), wherein execution of the machine executable instructions causes the processor to control the medical imaging system (100, 300) to: receive magnetic resonance data, wherein the magnetic resonance data comprises B0 field data of a reference scan for a plurality of voxels and water saturation data of a WAter Saturation Shift Referencing (WASSR) scan for a subset of voxels of the plurality of voxels, the water saturation data comprising data of a predefined limited number of sample points per voxel of the subset of voxels so as to have a very low, i.e. close to zero, resonance offset; determine a local absolute water saturation frequency for each voxel of the subset of voxels using the water saturation data of the WASSR scan; and reconstruct a field map comprising a local absolute water saturation frequency for each voxel of the plurality of voxels, wherein the reconstruction of the field map comprises determining relative frequency differences between the voxels using the B0 field data of the reference scan and adding a frequency offset to the relative frequency differences based on the determined local absolute water saturation frequencies of the subset of voxels.
Amusement device comprising a platform riding on a track, said platform being provided with at least one arm, moveably connected to said platform, to rotate about a pivot with respect to said platform, from a first position to at least one second position, at least when a centrifugal force acts on said arm, and a compartment for housing one or more passengers, integral with or connected to said at least one moveable arm, wherein said platform comprises means for stably restoring said at least one arm in said first position at least when said centrifugal force no longer acts on said at least one moveable arm, wherein said compartment is distanced from said pivot about which the arm rotates, and wherein said pivot is substantially vertical, said at least one arm rotating about said vertical pivot on an substantially horizontal plane.
A cooling system, comprising: a first cooling circuit for cooling a first heating component, a second cooling circuit for cooling a second heating component, a third cooling circuit for cooling a third heating component, a fourth cooling circuit for cooling a fourth heating component, a pump station unit and a heat dissipation unit; wherein the pump station unit comprises a pump group, a water distributor and a water collector, a main water supply pipe is arranged between the pump group and the water distributor, and a main water return pipe is arranged between the pump group and the water collector; the pump group provides a cooling medium for the first cooling circuit, the second cooling circuit, the third cooling circuit and the fourth cooling circuit via the water distributor; the first cooling circuit is directly communicated with the water distributor and the water collector, and the second cooling circuit, the third cooling circuit, and the fourth cooling circuit are respectively connected to the water collector via the heat dissipation unit, wherein the first heating component has the smallest heat generation amount, the third heating component has the largest heat generation amount, and each of the second heat generating component and the fourth heat generating component has a heat generation amount between the heat generation amount of the first heating component and the heat generation amount of the third heating component. wherein the pump station unit comprises a pump group, a water distributor and a water collector, a main water supply pipe is arranged between the pump group and the water distributor, and a main water return pipe is arranged between the pump group and the water collector; the pump group provides a cooling medium for the first cooling circuit, the second cooling circuit, the third cooling circuit and the fourth cooling circuit via the water distributor; the first cooling circuit is directly communicated with the water distributor and the water collector, and the second cooling circuit, the third cooling circuit, and the fourth cooling circuit are respectively connected to the water collector via the heat dissipation unit, wherein the first heating component has the smallest heat generation amount, the third heating component has the largest heat generation amount, and each of the second heat generating component and the fourth heat generating component has a heat generation amount between the heat generation amount of the first heating component and the heat generation amount of the third heating component.
An integrated circuit controlling a process comprising: receiving a control channel which is transmitted on one or more control channel elements, CCEs, having consecutive CCE numbers from a base station; and decoding the received control channel in a search space which is defined by control channel candidates to be attempted to be decoded; characterized in that the process further comprises determining the search space, the search space being comprised of a specific plurality of CCEs that starts on a specific CCE number, depending on the number of said one or more CCEs, on which the control channel is transmitted, and transmitting a response signal using an uplink resource derived from a CCE number of said one or more CCEs, on which the control channel is transmitted. receiving a control channel which is transmitted on one or more control channel elements, CCEs, having consecutive CCE numbers from a base station; and decoding the received control channel in a search space which is defined by control channel candidates to be attempted to be decoded; characterized in that the process further comprises determining the search space, the search space being comprised of a specific plurality of CCEs that starts on a specific CCE number, depending on the number of said one or more CCEs, on which the control channel is transmitted, and transmitting a response signal using an uplink resource derived from a CCE number of said one or more CCEs, on which the control channel is transmitted.
A dispensing device for dispensing a powder, comprising a container body for storing a powder and a rotatable disc shaped member arranged at a bottom side of the container body, the disc shaped member comprising an axial side surface configured for engagement with the powder and wherein the axial side surface is provided with one or more radially extending storage slots each terminating at a corresponding radial side opening in a radial side surface of the disc shaped member, characterized in that the dispensing device further comprises a rake member moveably arranged along the axial side surface and configured for raking a predetermined amount of powder from one of the one or more storage slots through the corresponding radial side opening in a dispensing configuration of the dispensing device.
Vehicle, configured to drive on rails, terrain or road, comprising: - a chassis; and - a stabilizer, comprising: - a support frame that comprises a wheel support that is configured to support at least one shaft and two wheels arranged on opposite sides relative to a longitudinal axis of said vehicle and defining a track width between said two wheels; and - a base supporting said support frame, - wherein the chassis is connected to at least one further set of wheels, characterized in that said stabilizer further comprises a suspension connecting said base relative to said chassis and configured to allow a free vertical displacement of one of the base and the chassis relative to the other over a restricted range to thereby prevent that a movement of the chassis is directly transferred to a movement of the support frame and allow a weight of the support frame supporting the at least one shaft and the two wheels to contribute to a force pressing said two wheels downward. - a chassis; and - a stabilizer, comprising: - a support frame that comprises a wheel support that is configured to support at least one shaft and two wheels arranged on opposite sides relative to a longitudinal axis of said vehicle and defining a track width between said two wheels; and - a base supporting said support frame, - a support frame that comprises a wheel support that is configured to support at least one shaft and two wheels arranged on opposite sides relative to a longitudinal axis of said vehicle and defining a track width between said two wheels; and - a base supporting said support frame, - wherein the chassis is connected to at least one further set of wheels,
A mirror assembly comprising: a housing provided with a hinge shaft; a cover provided with a connection portion rotatably coupled to the hinge shaft; a slider disposed between the housing and the cover and provided with a hook; an elevation shaft disposed below the slider; and a button configured to support the elevation shaft, wherein the button comprises a space configured to accommodate the elevation shaft, wherein the hook is configured to engage with a hook holder disposed on the housing, wherein the slider comprises a protrusion surface configured to slide along an outer surface of the hook holder based on movement of the slider, and wherein an angle of the slider is varied based on contact between the protrusion surface and the outer surface of the hook holder. a housing provided with a hinge shaft; a cover provided with a connection portion rotatably coupled to the hinge shaft; a slider disposed between the housing and the cover and provided with a hook; an elevation shaft disposed below the slider; and a button configured to support the elevation shaft, wherein the button comprises a space configured to accommodate the elevation shaft, wherein the hook is configured to engage with a hook holder disposed on the housing, wherein the slider comprises a protrusion surface configured to slide along an outer surface of the hook holder based on movement of the slider, and wherein an angle of the slider is varied based on contact between the protrusion surface and the outer surface of the hook holder.
A process for producing a cleaning sheet, comprising: superposing a fibrous web containing fibers consisting only of polyethylene terephthalate, on one side or both sides of a net-form sheet; water needling the fibrous web to entangle the fibers of the fibrous web with each other, and also to entangle the fibers of the fibrous web with the net-form sheet thereby forming a laminate; blowing hot air having a temperature above the glass transition temperature (Tg (°C)) of the polyethylene terephthalate and below "Tg (°C) + 70°C" to the laminate by through-air technique. superposing a fibrous web containing fibers consisting only of polyethylene terephthalate, on one side or both sides of a net-form sheet; water needling the fibrous web to entangle the fibers of the fibrous web with each other, and also to entangle the fibers of the fibrous web with the net-form sheet thereby forming a laminate; blowing hot air having a temperature above the glass transition temperature (Tg (°C)) of the polyethylene terephthalate and below "Tg (°C) + 70°C" to the laminate by through-air technique.
Method for the production of a thermally stable thermoplastic polyoxazolidinone compound comprising the steps of mixing (a) at least one diisocyanate (b) at least one organic compound having two epoxide groups, (c) at least one catalyst, catalyzing the formation of oxazolidinone groups and optionally (d) at least one solvent to form a polyoxazolidinone, and contacting this polyoxazolidinone with carbon dioxide, wherein the amounts of diisocyanate (a) and organic compound having two epoxide groups (b) are chosen that the resulting polyoxazolidinone has epoxide end groups and wherein at least 1 % by weight carbon dioxide, based on the total weight of diisocyanate (a) and organic compound having two epoxide groups (b), is contacted with the polyoxazolidinone. (a) at least one diisocyanate (b) at least one organic compound having two epoxide groups, (c) at least one catalyst, catalyzing the formation of oxazolidinone groups and optionally (d) at least one solvent
A fill pack for cooling heat transfer fluid in a cooling tower, the fill pack comprising: a first fill sheet having a first top edge, a first bottom edge and a first heat transfer area between the first top edge and the first bottom edge, a first plurality of spacers extending generally perpendicularly relative to a first sheet plane from the first fill sheet, the first plurality of spacers including a first spacer having a first head end and a first tail end, the first head end positioned closer to the first top edge than the first tail end; and a second fill sheet having a second top edge, a second bottom edge and a second heat transfer area between the second top edge and the second bottom edge, a second plurality of spacers extending generally perpendicularly relative to a second sheet plane from the second fill sheet, the second plurality of spacers including a second spacer having a second head end and a second tail end, the second head end positioned closer to the second top edge than the second tail end, the first head end positioned proximate the second head end in an installed configuration, a vertical axis defined generally perpendicularly relative to the first and second top edges and the first and second bottom edges, the first tail end extending toward an opposite side of the vertical axis relative to the second tail end resulting in a mis-alignment of the first tail end and the second tail end in the installed configuration. a first fill sheet having a first top edge, a first bottom edge and a first heat transfer area between the first top edge and the first bottom edge, a first plurality of spacers extending generally perpendicularly relative to a first sheet plane from the first fill sheet, the first plurality of spacers including a first spacer having a first head end and a first tail end, the first head end positioned closer to the first top edge than the first tail end; and a second fill sheet having a second top edge, a second bottom edge and a second heat transfer area between the second top edge and the second bottom edge, a second plurality of spacers extending generally perpendicularly relative to a second sheet plane from the second fill sheet, the second plurality of spacers including a second spacer having a second head end and a second tail end, the second head end positioned closer to the second top edge than the second tail end, the first head end positioned proximate the second head end in an installed configuration, a vertical axis defined generally perpendicularly relative to the first and second top edges and the first and second bottom edges, the first tail end extending toward an opposite side of the vertical axis relative to the second tail end resulting in a mis-alignment of the first tail end and the second tail end in the installed configuration.
A composition comprising: a metal powder; a solder powder which has a lower melting temperature than a melting temperature of said metal powder; a polymer which comprises epoxy resin; a carboxylated-polymer different from said polymer for fluxing said metal powder and cross-linking said polymer; a dicarboxylic acid for fluxing said metal powder; and a monocarboxylic acid for fluxing said metal powder; and an adhesion promoter or defoamer, wherein the ratio of acidic groups to epoxy groups is at least 3:1. a metal powder; a solder powder which has a lower melting temperature than a melting temperature of said metal powder; a polymer which comprises epoxy resin; a carboxylated-polymer different from said polymer for fluxing said metal powder and cross-linking said polymer; a dicarboxylic acid for fluxing said metal powder; and a monocarboxylic acid for fluxing said metal powder; and
A method of operating a user equipment (12, 14, 16, 18) in compressed mode during high speed downlink packet access, HSDPA, activity, comprising: identifying a transmission gap in a downlink transmission from a base station; identifying one or more data subframes that overlap the transmission gap; determining a reception suspension period encompassing the identified subframes and the transmission gap; extending the reception suspension period on the basis of higher network layer parameters to generate an extended reception suspension period; and suspending high speed data packet reception procedure by the user equipment (12, 14, 16, 18) during the extended reception suspension period. identifying a transmission gap in a downlink transmission from a base station; identifying one or more data subframes that overlap the transmission gap; determining a reception suspension period encompassing the identified subframes and the transmission gap; extending the reception suspension period on the basis of higher network layer parameters to generate an extended reception suspension period; and suspending high speed data packet reception procedure by the user equipment (12, 14, 16, 18) during the extended reception suspension period.
A compressor comprising: a motor; a compressor mechanism driven by the motor; a housing main body having an opening and within which the motor is housed; a lid which is mounted on the housing main body and which closes the opening; a bolt which fixes the lid to the housing main body; an inverter which is provided outside of the housing main body and which controls the operation of the motor; a power supply section which supplies power to the inverter; a protective cover which covers the inverter; the compressor being characterized in that it comprises: a power source control apparatus which allows a supply of power to the inverter by the power supply section when the protective cover is covering the inverter, and stops the supply of power to the inverter by the power supply section or carries out a prescribed safety measure operation when the protective cover is removed from the inverter; the protective cover having a shape which restricts manipulation of the head of the bolt by covering said head of the bolt when the inverter is covered. a motor; a compressor mechanism driven by the motor; a housing main body having an opening and within which the motor is housed; a lid which is mounted on the housing main body and which closes the opening; a bolt which fixes the lid to the housing main body; an inverter which is provided outside of the housing main body and which controls the operation of the motor; a power supply section which supplies power to the inverter; a protective cover which covers the inverter; the compressor being characterized in that it comprises: a power source control apparatus which allows a supply of power to the inverter by the power supply section when the protective cover is covering the inverter, and stops the supply of power to the inverter by the power supply section or carries out a prescribed safety measure operation when the protective cover is removed from the inverter; the protective cover having a shape which restricts manipulation of the head of the bolt by covering said head of the bolt when the inverter is covered.
A computer-implemented method for processing cortical diffusion data obtained from a magnetic resonance image of a region of a subject's brain, the computer-implemented method comprising: (a) obtaining a value for the angle of deviation (AngleR) between the principal diffusion direction and the average columnar direction (ColD) of the minicolumns in at least one first voxel in a region of grey matter in a subject's brain; (b) obtaining a value for the Axial Diffusivity in at least one second voxel in a region of white matter in the subject's brain associated with and underlying the region of grey matter; and (c) determining a value for Axial Columnar Refraction for each of the at least one first voxel and /or the at least one second voxel using said obtained values for AngleR and Axial Diffusivity wherein said value for ACR is determined as the product of said values of AngleR and Axial Diffusivity or a multiple thereof. (a) obtaining a value for the angle of deviation (AngleR) between the principal diffusion direction and the average columnar direction (ColD) of the minicolumns in at least one first voxel in a region of grey matter in a subject's brain; (b) obtaining a value for the Axial Diffusivity in at least one second voxel in a region of white matter in the subject's brain associated with and underlying the region of grey matter; and (c) determining a value for Axial Columnar Refraction for each of the at least one first voxel and /or the at least one second voxel using said obtained values for AngleR and Axial Diffusivity
A process for manufacturing a printable composition comprising the following steps: I) providing an aqueous solution of one or more polyelectrolytes, wherein the polyelectrolyte is a quaternary cationic polyelectrolyte, preferably PDADMAC, most preferred a low molecular PDADMAC, especially preferred an ultra-low molecular PDADMAC, II) mixing one or more diols with said aqueous solution, wherein preferably the diol is a diol that has a carbon chain length of from 2 to 5, preferably propylene glycol, III) removing water either before or after step II), wherein the water removal is achieved preferably through evaporation, solvent exchanging or freeze-drying or a combination thereof, thus providing and intermediary composition, wherein the water content of the printable composition is from 0.001 to 15% (w/w), preferably from 0.01 to 12 % (w/w), most preferred from 0.1 to 10 % (w/w), especially preferred from 1 to 7 % (w/w). I) providing an aqueous solution of one or more polyelectrolytes, wherein the polyelectrolyte is a quaternary cationic polyelectrolyte, preferably PDADMAC, most preferred a low molecular PDADMAC, especially preferred an ultra-low molecular PDADMAC, II) mixing one or more diols with said aqueous solution, wherein preferably the diol is a diol that has a carbon chain length of from 2 to 5, preferably propylene glycol, III) removing water either before or after step II), wherein the water removal is achieved preferably through evaporation, solvent exchanging or freeze-drying or a combination thereof, thus providing and intermediary composition,