mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising; at least one controller to provide a signal representing a digital data value and a signal that indicates whether the digital data value is to be stored as an approximate value, wherein the data signal that indicates whether the digital data value is to be stored as an approximate value is based on an identification of the type of data which is written; and at least one multi-level cell memory including: an interface to receive the signal representing the digital data value and the signal that indicates whether the digital data value is to be stored as the approximate value; an array of multi-level cells having a multi-level cell; and a write circuit to provide a first plurality of predetermined values to the multi-level cell so a first analog value is stored in the multi-level cell, wherein the first analog value is in a first range of analog values and represents the digital data value when the signal indicates the digital data value is to be stored as the approximate value, wherein the write circuit provides a second plurality of predetermined values to the multi-level cell so a second analog value is stored in the multi-level cell, wherein the second analog value is in a second range of analog values and represents the digital data value when the signal indicates the digital data value is not be stored as the approximate value, wherein the first range of analog values is wider than the second range of analog values. an interface to receive the signal representing the digital data value and the signal that indicates whether the digital data value is to be stored as the approximate value; an array of multi-level cells having a multi-level cell; and a write circuit to provide a first plurality of predetermined values to the multi-level cell so a first analog value is stored in the multi-level cell, wherein the first analog value is in a first range of analog values and represents the digital data value when the signal indicates the digital data value is to be stored as the approximate value, wherein the write circuit provides a second plurality of predetermined values to the multi-level cell so a second analog value is stored in the multi-level cell, wherein the second analog value is in a second range of analog values and represents the digital data value when the signal indicates the digital data value is not be stored as the approximate value, wherein the first range of analog values is wider than the second range of analog values.
40-O-(2-hydroxyethyl)-rapamycin for use in the treatment of solid tumors other than lymphatic cancer, wherein the solid tumor is a kidney tumor and 40-O-(2-hydroxyethyl)-rapamycin is administered as the sole active ingredient.
Method for post-treating an absorber layer for the photoelectric conversion of incident light into electric current, which comprises the following steps: - providing a chalcogen-containing absorber layer on a carrier; and - applying a post-treatment layer on a surface of the absorber layer, wherein the post-treatment layer contains at least one post-treatment material selected from the group consisting of a metal chalcogenide, an oxygen compound of a metal chalcogenide, and a hydrogen-oxygen compound of a metal chalcogenide, characterised in that the at least one post-treatment material of the post-treatment layer does not provide a buffer layer or part of a buffer layer, and in that the method comprises thermally diffusing the at least one post-treatment material into the absorber layer. - providing a chalcogen-containing absorber layer on a carrier; and - applying a post-treatment layer on a surface of the absorber layer, wherein the post-treatment layer contains at least one post-treatment material selected from the group consisting of a metal chalcogenide, an oxygen compound of a metal chalcogenide, and a hydrogen-oxygen compound of a metal chalcogenide,
A waterborne coating composition comprising: (i) water; (ii) a polymer resin component; and (iii) 0.1 to 2.0 percent by weight of a corrosion inhibiting component, wherein said corrosion inhibiting component comprises a first complexing agent comprising an trialkanol amine and a second complexing agent comprising a carboxylic acid; wherein the weight ratio of the first complexing agent to the second complexing agent is from 1:9 to 9:1, and wherein the second complexing agent and/or the overall corrosion inhibiting component contains no more than 5 percent by weight of sulfur containing carboxylic acids; wherein said coating composition is a water-based paint which is an emulsion polymer of vinyl acetate, styrene, styrene-butadiene, vinyl acetate-vinyl chloride, acrylonitrile-butadiene, isoprene, vinylidene chloride-acrylonitrile, vinylidene chloride-vinyl acetate, vinyl chloride-acrylonitrile, acrylic acid ester or methacrylic acid ester polymers or copolymers thereof with other vinyl monomers, or carboxylated synthetic or natural rubber. (i) water; (ii) a polymer resin component; and (iii) 0.1 to 2.0 percent by weight of a corrosion inhibiting component, wherein said corrosion inhibiting component comprises a first complexing agent comprising an trialkanol amine and a second complexing agent comprising a carboxylic acid; wherein the weight ratio of the first complexing agent to the second complexing agent is from 1:9 to 9:1, and wherein the second complexing agent and/or the overall corrosion inhibiting component contains no more than 5 percent by weight of sulfur containing carboxylic acids; wherein said coating composition is a water-based paint which is an emulsion polymer of vinyl acetate, styrene, styrene-butadiene, vinyl acetate-vinyl chloride, acrylonitrile-butadiene, isoprene, vinylidene chloride-acrylonitrile, vinylidene chloride-vinyl acetate, vinyl chloride-acrylonitrile, acrylic acid ester or methacrylic acid ester polymers or copolymers thereof with other vinyl monomers, or carboxylated synthetic or natural rubber.
Dynamoelectric machine for explosive atmospheres having at least one line bushing, a line in a housing of the dynamoelectric machine having a threaded bushing and a terminal stud, wherein the threaded bushing is an insulator and is screwed into a recess in the housing, wherein the terminal stud is made from an electrically conductive material and is provided, at least in sections, with a thread, wherein connection options for lines or braids are provided at both ends of the terminal stud, wherein the terminal stud can be screwed into the threaded bushing, wherein the thread length is greater when the terminal stud engages in the housing, wherein the threaded bushing is screwed into the housing and with a collar and the thread (101, 15) lengthens an ignition gap, and wherein the terminal stud has a stop shoulder which is screwed into the threaded bushing and with the shoulder and the thread (201, 15) lengthens an ignition gap.
A multilayer material comprising a layer of stone laminated to a layer of reinforcing element wherein each layer comprises a first face and a second face opposite to the first face, and wherein said layer of reinforcing element comprises a mica plate or mica layer, the second face of said layer of stone and the first face of said layer of reinforcing element are laminated together at least by an adhesive layer, said stone having a thickness from 1 mm to 10 mm, more preferably from 2 mm to 6 mm.
A method for providing voicemail routing information, the method comprising: receiving a voicemail routing query message including at least one query message parameter associated with a voicemail transaction; determining voicemail routing information based on the at least one query message parameter, wherein the voicemail routing information identifies a voicemail server; and generating a voicemail routing response message including the determined voicemail routing information; characterised in that determining voicemail routing information includes determining a voicemail service and a voicemail server from among a plurality of voicemail servers where at least some of the voicemail servers provide different services from one or more other of the plurality of voicemail servers, wherein a first voicemail server of the plurality of voicemail servers provides a voicemail deposit service and a second voicemail server of the plurality of voicemail servers provides a voicemail retrieval service. receiving a voicemail routing query message including at least one query message parameter associated with a voicemail transaction; determining voicemail routing information based on the at least one query message parameter, wherein the voicemail routing information identifies a voicemail server; and generating a voicemail routing response message including the determined voicemail routing information; characterised in that determining voicemail routing information includes determining a voicemail service and a voicemail server from among a plurality of voicemail servers where at least some of the voicemail servers provide different services from one or more other of the plurality of voicemail servers, wherein a first voicemail server of the plurality of voicemail servers provides a voicemail deposit service and a second voicemail server of the plurality of voicemail servers provides a voicemail retrieval service.
A recombinant DNA molecule comprising a DNA sequence selected from the group consisting of: a) a sequence with at least 85 percent sequence identity to any of SEQ ID NOs:1-3, wherein the DNA sequence has gene-regulatory activity; b) a sequence comprising any of SEQ ID NOs:1-3; and c) a fragment of any of SEQ ID NOs:1-3, wherein the fragment has gene-regulatory activity. a) a sequence with at least 85 percent sequence identity to any of SEQ ID NOs:1-3, wherein the DNA sequence has gene-regulatory activity; b) a sequence comprising any of SEQ ID NOs:1-3; and c) a fragment of any of SEQ ID NOs:1-3, wherein the fragment has gene-regulatory activity.
A method for generating an optimized intensity modulated proton therapy plan, the method comprising: generating a nominal dose distribution based on an image and clinical goals; generating a setup error dose distribution based on range and setup uncertainties; generating a dose distribution for a parameter of an internal organ, wherein the parameter includes anticipated internal organ movement and/or expected internal organ deformation; and wherein generating the dose distribution for the parameter of an internal organ comprises warping the image based on the anticipated internal organ movement and/or the expected internal organ deformation, producing a warped image, and computing the dose distribution for the parameter with the warped image optimizing a planned dose distribution of an intensity modulated proton therapy plan by minimizing a total objective value including the nominal dose distribution, the setup error dose distribution, and the dose distribution for the parameter the internal organ; and generating a final dose distribution for the intensity modulated proton therapy plan based on beam parameters of the optimized planned dose distribution. generating a nominal dose distribution based on an image and clinical goals; generating a setup error dose distribution based on range and setup uncertainties; generating a dose distribution for a parameter of an internal organ, wherein the parameter includes anticipated internal organ movement and/or expected internal organ deformation; and wherein generating the dose distribution for the parameter of an internal organ comprises warping the image based on the anticipated internal organ movement and/or the expected internal organ deformation, producing a warped image, and computing the dose distribution for the parameter with the warped image optimizing a planned dose distribution of an intensity modulated proton therapy plan by minimizing a total objective value including the nominal dose distribution, the setup error dose distribution, and the dose distribution for the parameter the internal organ; and generating a final dose distribution for the intensity modulated proton therapy plan based on beam parameters of the optimized planned dose distribution.
A method comprising: acquiring, using a camera, an image of a radiation beam incident on a phantom, the radiation beam being emitted by a radiation source, the phantom comprising a X-ray luminescent material; determining a beam pointing offset based on the image; and calibrating a position of the radiation source based on the beam pointing offset. acquiring, using a camera, an image of a radiation beam incident on a phantom, the radiation beam being emitted by a radiation source, the phantom comprising a X-ray luminescent material; determining a beam pointing offset based on the image; and calibrating a position of the radiation source based on the beam pointing offset.
A beverage dispenser comprising: a tower member, an armature pivotably connected to the tower member; a stationary platform fixed to the tower member, a cartridge platform pivotably connected to the tower member; and a linkage pivotably connected to the armature, the linkage including a guide bearing to travel in a channel formed in the cartridge platform between a first channel end and a second channel end to open and close the cartridge platform based on a position of the armature, characterized in that said stationary platform is configured to retain a bar gun. a tower member, an armature pivotably connected to the tower member; a stationary platform fixed to the tower member, a cartridge platform pivotably connected to the tower member; and a linkage pivotably connected to the armature, the linkage including a guide bearing to travel in a channel formed in the cartridge platform between a first channel end and a second channel end to open and close the cartridge platform based on a position of the armature, characterized in that said stationary platform is configured to retain a bar gun.
A system for use with an implantable medical device (90a, 90b), comprising: a wireless relay interface comprising: a housing adapted for external mounting proximate to an implanted medical device; a first wireless interface including a wireless transceiver for transcutaneously transmitting at least one of power and data to the implanted medical device and transcutaneously receiving communications from the implanted medical device; and a second wireless interface for communicating with a consumer electronics device, wherein the wireless transceiver of the first wireless interface is an RF wireless transceiver adapted for remote RF interconnection with the implantable medical device (90a, 90b). a housing adapted for external mounting proximate to an implanted medical device; a first wireless interface including a wireless transceiver for transcutaneously transmitting at least one of power and data to the implanted medical device and transcutaneously receiving communications from the implanted medical device; and a second wireless interface for communicating with a consumer electronics device, wherein the wireless transceiver of the first wireless interface is an RF wireless transceiver adapted for remote RF interconnection with the implantable medical device (90a, 90b).
A data transfer device for transferring data between a first bus system and a second bus system, comprising: a copy table for providing a reordered output sequence of data of the first bus system; and a transfer means for transferring the data between the first bus system and the second bus system according to the reordered output sequence. a copy table for providing a reordered output sequence of data of the first bus system; and a transfer means for transferring the data between the first bus system and the second bus system according to the reordered output sequence.
A rotary cutterbar assembly, comprising: a housing including a front edge, a first and second tab (302, 304), and a first stop, where the first and second tab (302, 304) is defined along a plane at the front edge and the first stop is disposed offset from the plane; a second stop defined in the housing offset from the plane; at least one disk rotatably coupled to the housing, the at least one disk including at least one knife rotatably coupled thereto; and a disk guard coupled to the housing at the first and second tabs (302, 304), the disk guard extending in a direction of travel beyond the front end of the housing; characterized in that, when the disk guard is forced toward the housing as it contacts an underlying object which protrude from an underlying surface and contacts the cutterbar assembly as it travels thereover, a first receiver of the disk guard contacting the first stop to restrict deflection of the disk guard relative to the housing and a second receiver of the disk guard is located adjacent to the second stop when the disk guard is coupled to the housing, the second receiver contacting the second stop to restrict deflection of the disk guard relative to the housing. a housing including a front edge, a first and second tab (302, 304), and a first stop, where the first and second tab (302, 304) is defined along a plane at the front edge and the first stop is disposed offset from the plane; a second stop defined in the housing offset from the plane; at least one disk rotatably coupled to the housing, the at least one disk including at least one knife rotatably coupled thereto; and a disk guard coupled to the housing at the first and second tabs (302, 304), the disk guard extending in a direction of travel beyond the front end of the housing; characterized in that, when the disk guard is forced toward the housing as it contacts an underlying object which protrude from an underlying surface and contacts the cutterbar assembly as it travels thereover, a first receiver of the disk guard contacting the first stop to restrict deflection of the disk guard relative to the housing and a second receiver of the disk guard is located adjacent to the second stop when the disk guard is coupled to the housing, the second receiver contacting the second stop to restrict deflection of the disk guard relative to the housing.
A computer-implemented method comprising: receiving pressure telemetry data and temperature telemetry data for a propellant tank of a satellite over a time interval, the propellant tank having a known geometry and containing an amount of propellant and a volume of a pressurant; calculating a metric relating the volume of the pressurant, the pressure telemetry data and the temperature telemetry data, the metric calculation comprising reconstructing, based on the received temperature telemetry data, a predicted set of pressure data for the time interval and comparing the predicted set of pressure data to at least part of the pressure telemetry data; solving for a most likely estimate of the volume of the pressurant to optimize the metric; and determining, based on the most likely estimate of the volume of the pressurant and the known geometry of the propellant tank, the most likely amount of propellant remaining in the propellant tank. receiving pressure telemetry data and temperature telemetry data for a propellant tank of a satellite over a time interval, the propellant tank having a known geometry and containing an amount of propellant and a volume of a pressurant; calculating a metric relating the volume of the pressurant, the pressure telemetry data and the temperature telemetry data, the metric calculation comprising reconstructing, based on the received temperature telemetry data, a predicted set of pressure data for the time interval and comparing the predicted set of pressure data to at least part of the pressure telemetry data; solving for a most likely estimate of the volume of the pressurant to optimize the metric; and determining, based on the most likely estimate of the volume of the pressurant and the known geometry of the propellant tank, the most likely amount of propellant remaining in the propellant tank.
An image recording device comprising: a laser irradiation device that emits laser lights output from a plurality of laser light emitting elements to different positions in a predetermined direction; and an image recording unit that controls the laser irradiation device to irradiate a recording object moving relative to the laser irradiation device in a direction different from the predetermined direction with laser so as to heat the recording object, form image dots, and record an image, characterized in that the image recording unit controls the laser irradiation device, conducts recording such that at least one of the image dots, recorded alongside at different positions in a direction perpendicular to a relative moving direction of the recording object, is shifted relative to other ones of the image dots in the relative moving direction, and records a solid image on the recording object such that the image dot is partially overlapped with all adjacent image dots. a laser irradiation device that emits laser lights output from a plurality of laser light emitting elements to different positions in a predetermined direction; and an image recording unit that controls the laser irradiation device to irradiate a recording object moving relative to the laser irradiation device in a direction different from the predetermined direction with laser so as to heat the recording object, form image dots, and record an image, characterized in that the image recording unit controls the laser irradiation device, conducts recording such that at least one of the image dots, recorded alongside at different positions in a direction perpendicular to a relative moving direction of the recording object, is shifted relative to other ones of the image dots in the relative moving direction, and records a solid image on the recording object such that the image dot is partially overlapped with all adjacent image dots. controls the laser irradiation device, conducts recording such that at least one of the image dots, recorded alongside at different positions in a direction perpendicular to a relative moving direction of the recording object, is shifted relative to other ones of the image dots in the relative moving direction, and records a solid image on the recording object such that the image dot is partially overlapped with all adjacent image dots.
Disposable diaper, in particular baby diaper, having a body-proximal cover sheet, having a body-distal back sheet, and having at least one side flap, wherein a fastening tab is disposed on the side flap, wherein the fastening tab has a fastening area having hook regions; wherein the back sheet has a non-woven layer, wherein the non-woven layer of the back sheet is bonded in a bonding pattern of bonding pattern elements, and thus is subdivided into bonded regions and non-bonded regions; and wherein the fastening area for assuming a holding state is able to be fastened to the back sheet in such a manner that the fastening area covers bonded and non-bonded regions (15, 16), characterized in that the fastening tab in terms of area outside the hook regions has at most adhesive regions which in the holding state cover less than 20% of the non-bonded regions covered by the fastening area; and in that at least one hook-free region of the fastening tab, in particular an adhesive region, is disposed between the hook regions. wherein the back sheet has a non-woven layer, wherein the non-woven layer of the back sheet is bonded in a bonding pattern of bonding pattern elements, and thus is subdivided into bonded regions and non-bonded regions; and wherein the fastening area for assuming a holding state is able to be fastened to the back sheet in such a manner that the fastening area covers bonded and non-bonded regions (15, 16), characterized in that the fastening tab in terms of area outside the hook regions has at most adhesive regions which in the holding state cover less than 20% of the non-bonded regions covered by the fastening area; and in that at least one hook-free region of the fastening tab, in particular an adhesive region, is disposed between the hook regions.