mhurhangee/ep-ind-claims huggingface dataset:
A charged particle beam generator comprising: a linear accelerator configured to operate in a predetermined operation cycle on the basis of a radiofrequency power supply for applying a pulse voltage for acceleration and configured to accelerate at an operation timing based on said operation cycle, charged particles extracted from an ion source so that said charged particle beam is outputted at a higher energy from the linear accelerator; a circular accelerator configured to operate in a second operation cycle, wherein said operation cycle is configured to cause said charged particle beam to be injected into said circular accelerator, to be further accelerated by said circular accelerator, to be extracted from said circular accelerator and to be decelerated from said circular accelerator, so that said charged particle beam accelerated by said linear accelerator is injected into said circular accelerator at a predetermined injection timing and the charged particle beam further accelerated by the circular accelerator is extracted from said circular accelerator characterized by a control device configured to change the operation timing of said linear accelerator after the extraction of the charged particle beam from said circular accelerator is completed within said second operation cycle of said circular accelerator, so that the time length of the operation cycle of said linear accelerator temporarily increases and said operation timing of said linear accelerator is therefore configured to match the injection timing of the next second operation cycle of said circular accelerator. a linear accelerator configured to operate in a predetermined operation cycle on the basis of a radiofrequency power supply for applying a pulse voltage for acceleration and configured to accelerate at an operation timing based on said operation cycle, charged particles extracted from an ion source so that said charged particle beam is outputted at a higher energy from the linear accelerator; a circular accelerator configured to operate in a second operation cycle, wherein said operation cycle is configured to cause said charged particle beam to be injected into said circular accelerator, to be further accelerated by said circular accelerator, to be extracted from said circular accelerator and to be decelerated from said circular accelerator, so that said charged particle beam accelerated by said linear accelerator is injected into said circular accelerator at a predetermined injection timing and the charged particle beam further accelerated by the circular accelerator is extracted from said circular accelerator a control device configured to change the operation timing of said linear accelerator after the extraction of the charged particle beam from said circular accelerator is completed within said second operation cycle of said circular accelerator, so that the time length of the operation cycle of said linear accelerator temporarily increases and said operation timing of said linear accelerator is therefore configured to match the injection timing of the next second operation cycle of said circular accelerator.
A vehicle child seat hook mounting bracket, which is arranged on a vehicle coatrack, the vehicle child seat hook mounting bracket comprising a bracket body, wherein the bracket body comprises a mounting portion and a hanging portion extending from the mounting portion; a mounting through hole for fixing the vehicle child seat is provided on the hanging portion, and the bracket body is fixed on the vehicle coatrack through the mounting portion, characterized in that, the mounting portion is elongated, the hanging portion is arranged perpendicular to a longer side of the mounting portion and located in a same horizontal plane with the mounting portion.
A silver-plated product comprising: a base material of copper or a copper alloy; and a silver plating film formed on the base material, wherein a surface of the silver plating film has an arithmetic average roughness Ra of not greater than 0.1 micrometers, and the silver plating film has a orientation ratio of 35 % to 60 % according to the method specified in the description. a base material of copper or a copper alloy; and a silver plating film formed on the base material, wherein a surface of the silver plating film has an arithmetic average roughness Ra of not greater than 0.1 micrometers, and the silver plating film has a orientation ratio of 35 % to 60 % according to the method specified in the description.
A medical support structure comprising a framework having a main axis and comprising at least one supporting member and a plurality of leg members (120 N); and a planar member having a top surface and locatable atop the framework, adapted to support one or more refuse containers each having an aperture and a bottom portion; wherein the at least one supporting member is locatable intermediate the planar member and a lower portion of the plurality of leg members (120 N), and adapted to support at least one medical waste container having an aperture in an upper portion thereof; wherein at least a first longitudinal portion of the supporting member forms an obtuse angle relative to a second longitudinal portion of the supporting member so as to angle the or each supported medical waste container- non-orthogonally relative to the top surface in use; and wherein a portion of the top surface area is recessed above the or each supported medical waste container.
A method of operating at least one work machine comprising: operating at least one surveying device to measure a surface profile of a terrain of a worksite and generate actual surface profile data indicative of the surface profile; storing machine operational data associated with at least one gradient characteristic in a database; operating a processing unit to: process the surface profile data to identify at least one area of the terrain and at least one gradient characteristic of the at least one area; retrieve machine operational data associated with the at least one gradient characteristic from the database and associate the machine operational data with the at least one area; and operating the at least one work machine in the at least one area over the at least one gradient characteristic based upon the machine operational data. operating at least one surveying device to measure a surface profile of a terrain of a worksite and generate actual surface profile data indicative of the surface profile; storing machine operational data associated with at least one gradient characteristic in a database; operating a processing unit to: process the surface profile data to identify at least one area of the terrain and at least one gradient characteristic of the at least one area; retrieve machine operational data associated with the at least one gradient characteristic from the database and associate the machine operational data with the at least one area; and process the surface profile data to identify at least one area of the terrain and at least one gradient characteristic of the at least one area; retrieve machine operational data associated with the at least one gradient characteristic from the database and associate the machine operational data with the at least one area; and operating the at least one work machine in the at least one area over the at least one gradient characteristic based upon the machine operational data.
A root mean square detector detecting an RMS level of a background noise input signal while being substantially immune to voice, wind, scratch sounds, and any spike noise, the RMS detector comprising: a raw rms detector (110, 120, 130) receiving a background noise input signal and outputting a raw rms value; a minimum rms tracker receiving the raw rms value and tracking a minimum rms value of the raw rms value; characterised by: a normalized distance tracker receiving the minimum rms value and calculating a distance value between the minimum rms value and a previous corrected RMS value; a normalized smoothing factor calculator normalizing a smoothing factor by dividing a standard smoothing factor by a maximum of the distance value or one; and an RMS value calculator determining a corrected RMS value from the minimum rms value, a previous corrected RMS value, and the normalized smoothing factor, and outputting a corrected RMS value. a raw rms detector (110, 120, 130) receiving a background noise input signal and outputting a raw rms value; a minimum rms tracker receiving the raw rms value and tracking a minimum rms value of the raw rms value; characterised by: a normalized distance tracker receiving the minimum rms value and calculating a distance value between the minimum rms value and a previous corrected RMS value; a normalized smoothing factor calculator normalizing a smoothing factor by dividing a standard smoothing factor by a maximum of the distance value or one; and an RMS value calculator determining a corrected RMS value from the minimum rms value, a previous corrected RMS value, and the normalized smoothing factor, and outputting a corrected RMS value. a normalized distance tracker receiving the minimum rms value and calculating a distance value between the minimum rms value and a previous corrected RMS value; a normalized smoothing factor calculator normalizing a smoothing factor by dividing a standard smoothing factor by a maximum of the distance value or one; and an RMS value calculator determining a corrected RMS value from the minimum rms value, a previous corrected RMS value, and the normalized smoothing factor, and outputting a corrected RMS value.
A serum fraction blend suitable for use in formulating topically applied skin compositions, said blend comprising: a. Banyan tree serum fraction; b. Lotus serum fraction; and c. Clover serum fraction, wherein each of said banyan tree, lotus, and clover serum fractions are produced by the process comprising: i. separating plant cell juice from clean, fresh, un-wilted plant matter to obtain fresh plant cell juice, wherein no exogenous liquid is added prior or during said separating; ii. filtering said fresh plant cell juice to obtain fiber-free cell juice; and iii. fractionating said fiber-free cell juice to obtain said serum fractions. a. Banyan tree serum fraction; b. Lotus serum fraction; and c. Clover serum fraction, wherein each of said banyan tree, lotus, and clover serum fractions are produced by the process comprising: i. separating plant cell juice from clean, fresh, un-wilted plant matter to obtain fresh plant cell juice, wherein no exogenous liquid is added prior or during said separating; ii. filtering said fresh plant cell juice to obtain fiber-free cell juice; and iii. fractionating said fiber-free cell juice to obtain said serum fractions. i. separating plant cell juice from clean, fresh, un-wilted plant matter to obtain fresh plant cell juice, wherein no exogenous liquid is added prior or during said separating; ii. filtering said fresh plant cell juice to obtain fiber-free cell juice; and iii. fractionating said fiber-free cell juice to obtain said serum fractions.
A dividing wall (1; 1.1; 1.2) for use as a partition, comprising a planar carrier body, wherein the carrier body is provided with at least one integrated luminaire, which luminaire is arranged in at least one recess of the carrier body, the recess being defined by a luminaire profile, wherein the at least one luminaire comprises at least one direct illumination device and is mounted in the luminaire profile so as to be pivotable about a pivoting angle, characterized in that the luminaire profile comprises profile surfaces (19.1) located opposite to each other and being oriented at an angle of inclination obliquely to the vertical and in parallel to each other.
Use of an optimized sucrose gradient centrifugation for removal of protamine sulphate from purified infectious Chikungunya virus particles, wherein said optimized sucrose gradient centrifugation comprises a Chikungunya virus comprising fraction in a 10% +/- 1% (w/w) sucrose solution and three further layers of sucrose solutions with different densities, i.e. a first sucrose solution with 15% +/- 1% (w/w) sucrose, a second sucrose solution with 35% +/- 1% (w/w) sucrose, and a third sucrose solution with a 50% +/- 1% (w/w) sucrose.
A press pad (1, 1') for use in a hydraulic single or multi-level hot press, the press pad (1, 1') comprising: a flat support structure; and a plurality of metal spring elements connected with the flat support structure and arranged distributed therein or thereon, characterized in that the flat support structure is a flat contexture, in particular a knitted material, or a woven material or a fleece material or a fabric, wherein at least a portion of threads (6, 7) that form the flat contexture is made from metal or includes metal, wherein the metal is composed particularly of brass, copper, bronze, steel, particularly stainless steel. a flat support structure; and a plurality of metal spring elements connected with the flat support structure and arranged distributed therein or thereon, characterized in that the flat support structure is a flat contexture, in particular a knitted material, or a woven material or a fleece material or a fabric, wherein at least a portion of threads (6, 7) that form the flat contexture is made from metal or includes metal, wherein the metal is composed particularly of brass, copper, bronze, steel, particularly stainless steel.
A bed, in particular a sick bed and/or care bed, comprising a bed frame, which carries a head board on the one end and a foot part on the other end, as well as comprising a side grid which extends in the longitudinal direction of the bed frame between the head board and the foot part (3, 4), which side grid can be transferred from a use position into a non-use position, as well as comprising an attachment which is carried by the foot part and the head board in an interchangeable manner, which attachment is designed as a circumferential frame and comprises two end parts as well as two lateral parts extending between the end parts, characterized in that the one lateral part comprises a lateral element which can be transferred from a use position into a non-use position, wherein the lateral element and the side grid respectively comprise two side grid parts (7, 8; 63, 64) which are designed such that they can swivel with respect to each other, wherein the side grid parts (63, 64) of the lateral element and the side grid parts (7, 8) of the side grid are respectively connected to a common hinged strut (9, 65) which provides a first pivot axis for the one side grid part (7, 63) and a second pivot axis spaced apart from the first pivot axis for the other side grid part (8, 64).
A method for operating a heating system having a diaphragm expansion vessel, in which, within individual measuring intervals, a first pressure is acquired in the heating system at a first operating temperature on the one hand, and a second pressure of the heating system is acquired at a second operating temperature on the other, characterized in that, in order to test the functionality of the heating system with its diaphragm expansion vessel, a first difference between the first and second pressure from one measuring interval is compared with a second difference between the first and second pressure from another measuring interval, and a signal is generated starting at a predetermined deviation between the differences.
A method for prioritizing critical data object storage during backup operations, comprising: identifying (500, 600, 700) a first data object queue comprising a first set of data objects awaiting consolidation, wherein the first set of data objects is arranged according to a first queueing scheme; mapping (508, 610, 708), respectively, the first set of data objects to a first set of data points in a coordinate space; identifying a first set of data point pairs from the first set of data points; calculating (510, 612, 710) a distance between each data point pair of the first set of data point pairs, to obtain a first set of distances; sorting (514, 616, 712) the first set of data objects based at least on the first set of distances, wherein the first set of data objects become arranged according to a second queueing scheme; and consolidating the first set of data objects in order of the second queueing scheme at a backup storage system (104, 300, 340), wherein the second queuing scheme prioritizes consolidation of critical data objects first identifying (500, 600, 700) a first data object queue comprising a first set of data objects awaiting consolidation, wherein the first set of data objects is arranged according to a first queueing scheme; mapping (508, 610, 708), respectively, the first set of data objects to a first set of data points in a coordinate space; identifying a first set of data point pairs from the first set of data points; calculating (510, 612, 710) a distance between each data point pair of the first set of data point pairs, to obtain a first set of distances; sorting (514, 616, 712) the first set of data objects based at least on the first set of distances, wherein the first set of data objects become arranged according to a second queueing scheme; and consolidating the first set of data objects in order of the second queueing scheme at a backup storage system (104, 300, 340),
An apparatus that is a terminal apparatus for communicating with a base station apparatus, or an electric circuit for the terminal apparatus, the apparatus comprising: a reception unit configured to receive information from the base station apparatus, wherein the information received from the base station apparatus is included in an RRC reconfiguration message, the information indicating an identity of a target cell, a first subcarrier spacing for a transmission of a synchronization signal in the target cell, and a second subcarrier spacing for a transmission of a message of a random access response in the target cell, wherein a Cell-Radio Network Temporary Identifier, C-RNTI, of the terminal apparatus in the target cell is included in the RRC message, wherein the transmission of the message of the random access response is a transmission of a Physical Downlink Shared Channel including the message of the random access response; the reception unit being configured to detect, by using the information, the synchronization signal in the target cell indicated by the identity and to receive, by using the information, the message of the random access response in the target cell indicated by the identity. a reception unit configured to receive information from the base station apparatus, wherein the information received from the base station apparatus is included in an RRC reconfiguration message, the information indicating an identity of a target cell, a first subcarrier spacing for a transmission of a synchronization signal in the target cell, and a second subcarrier spacing for a transmission of a message of a random access response in the target cell, wherein a Cell-Radio Network Temporary Identifier, C-RNTI, of the terminal apparatus in the target cell is included in the RRC message, wherein the transmission of the message of the random access response is a transmission of a Physical Downlink Shared Channel including the message of the random access response; the reception unit being configured to detect, by using the information, the synchronization signal in the target cell indicated by the identity and to receive, by using the information, the message of the random access response in the target cell indicated by the identity.
A gerotor apparatus, comprising: a first gerotor; a second gerotor, wherein one or more fluid-flow passages are located between the first gerotor and the second gerotor; and a synchronizing system operable to synchronize a rotation of the first gerotor with a rotation of the second gerotor, the synchronizing system including: a cam plate coupled to the first gerotor, the cam plate including a plurality of cams; and an alignment plate coupled to the second gerotor, the alignment plate including at least one alignment member; wherein the plurality of cams and the at least one alignment member interact to synchronize a rotation of the first gerotor with a rotation of the second gerotor; characterised in that the synchronizing system is enclosed in a housing, the housing enclosing a lubricant to reduce friction between cams and the alignment member, the housing preventing the lubricant from entering the one or more fluid-flow passages. a first gerotor; a second gerotor, wherein one or more fluid-flow passages are located between the first gerotor and the second gerotor; and a synchronizing system operable to synchronize a rotation of the first gerotor with a rotation of the second gerotor, the synchronizing system including: a cam plate coupled to the first gerotor, the cam plate including a plurality of cams; and an alignment plate coupled to the second gerotor, the alignment plate including at least one alignment member; wherein the plurality of cams and the at least one alignment member interact to synchronize a rotation of the first gerotor with a rotation of the second gerotor; characterised in that the synchronizing system is enclosed in a housing, the housing enclosing a lubricant to reduce friction between cams and the alignment member, the housing preventing the lubricant from entering the one or more fluid-flow passages. a cam plate coupled to the first gerotor, the cam plate including a plurality of cams; and an alignment plate coupled to the second gerotor, the alignment plate including at least one alignment member; wherein the plurality of cams and the at least one alignment member interact to synchronize a rotation of the first gerotor with a rotation of the second gerotor; characterised in that the synchronizing system is enclosed in a housing, the housing enclosing a lubricant to reduce friction between cams and the alignment member, the housing preventing the lubricant from entering the one or more fluid-flow passages.
An apparatus comprising: a satellite configured to orbit around the Earth, the satellite comprising: a satellite bus having a nadir side configured to face the Earth and a zenith side opposite the nadir side; a north electric thruster installed toward a north region of the zenith side and oriented downward to produce thrust through a center of mass of the satellite; a south electric thruster installed toward a south region of the zenith side and oriented upward to produce thrust through the center of mass of the satellite; and an orbit controller configured to control stationkeeping maneuvers for the satellite; the orbit controller is configured to select a duration of a burn of the north electric thruster proximate to an ascending node that differs from a duration of a burn of the south electric thruster proximate to a descending node; the orbit controller is configured to select an offset of the center of the burn of the north electric thruster in relation to the ascending node that differs from an offset of the center of the burn of the south electric thruster in relation to the descending node. a satellite bus having a nadir side configured to face the Earth and a zenith side opposite the nadir side; a north electric thruster installed toward a north region of the zenith side and oriented downward to produce thrust through a center of mass of the satellite; a south electric thruster installed toward a south region of the zenith side and oriented upward to produce thrust through the center of mass of the satellite; and an orbit controller configured to control stationkeeping maneuvers for the satellite; the orbit controller is configured to select a duration of a burn of the north electric thruster proximate to an ascending node that differs from a duration of a burn of the south electric thruster proximate to a descending node; the orbit controller is configured to select an offset of the center of the burn of the north electric thruster in relation to the ascending node that differs from an offset of the center of the burn of the south electric thruster in relation to the descending node.