mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining abundance of nucleic acids in an initial sample comprising target nucleic acids, the method comprising: (a) adding a starting quantity of at least 1,000 unique synthetic nucleic acids to the initial sample, wherein each of the at least 1,000 unique synthetic nucleic acids comprises a unique variable region; (b) performing a sequencing assay on a portion of the target nucleic acids and on a portion of the at least 1,000 unique synthetic nucleic acids, thereby obtaining target and synthetic nucleic acid sequence reads, wherein the synthetic nucleic acid sequence reads include unique variable region sequences; (c) detecting diversity loss of the at least 1,000 unique synthetic nucleic acids by (i) quantifying a number of different variable region sequences within the synthetic nucleic acid sequence reads to obtain a unique sequenced value; and (ii) comparing the starting quantity of the at least 1,000 unique synthetic nucleic acids with the unique sequenced value in order to obtain the diversity loss of the at least 1,000 unique synthetic nucleic acids; and (d) using the diversity loss of the at least 1,000 unique synthetic nucleic acids to calculate an abundance of the target nucleic acids in the initial sample. (a) adding a starting quantity of at least 1,000 unique synthetic nucleic acids to the initial sample, wherein each of the at least 1,000 unique synthetic nucleic acids comprises a unique variable region; (b) performing a sequencing assay on a portion of the target nucleic acids and on a portion of the at least 1,000 unique synthetic nucleic acids, thereby obtaining target and synthetic nucleic acid sequence reads, wherein the synthetic nucleic acid sequence reads include unique variable region sequences; (c) detecting diversity loss of the at least 1,000 unique synthetic nucleic acids by (i) quantifying a number of different variable region sequences within the synthetic nucleic acid sequence reads to obtain a unique sequenced value; and (ii) comparing the starting quantity of the at least 1,000 unique synthetic nucleic acids with the unique sequenced value in order to obtain the diversity loss of the at least 1,000 unique synthetic nucleic acids; and (i) quantifying a number of different variable region sequences within the synthetic nucleic acid sequence reads to obtain a unique sequenced value; and (ii) comparing the starting quantity of the at least 1,000 unique synthetic nucleic acids with the unique sequenced value in order to obtain the diversity loss of the at least 1,000 unique synthetic nucleic acids; and (d) using the diversity loss of the at least 1,000 unique synthetic nucleic acids to calculate an abundance of the target nucleic acids in the initial sample.
Emergency case having two emergency case halves, which each have a case shell , wherein separating elements for forming compartments are provided in at least one case shell , wherein a sequence of plug devices is provided directly as part of at least two inner walls of this case shell, and wherein the separating elements are inserted in at least some of the plug devices, wherein the separating elements have a strip-shaped base body and a sequence of plug devices (320-1, 320-2) for other separating elements is provided on at least one side of the strip-shaped base body , characterized in that the plug devices (320-1, 320-2) of the separating elements each have a plurality of lugs , which are arranged alternately to the right and left below one another.
A production method for a coil, the production method comprising: edgewise winding a single flat wire from an initiation point thereof, spaced apart from a first end thereof in one direction, to form a first coil part having the flat wire stacked in an angular tube shape in a stacking direction; forming a bent connection portion in the stacking direction by bending the flat wire of the first coil part from its original orientation by 90° for forming a second coil part which is separate from the first coil part ; edgewise winding the flat wire which is subsequent to the bent connection portion to form the second coil part having the flat wire stacked in an angular tube shape; and rebending the bent connection portion to its original orientation such that the first coil part and the second coil part are disposed in parallel in the same direction on the same plane. edgewise winding a single flat wire from an initiation point thereof, spaced apart from a first end thereof in one direction, to form a first coil part having the flat wire stacked in an angular tube shape in a stacking direction; forming a bent connection portion in the stacking direction by bending the flat wire of the first coil part from its original orientation by 90° for forming a second coil part which is separate from the first coil part ; edgewise winding the flat wire which is subsequent to the bent connection portion to form the second coil part having the flat wire stacked in an angular tube shape; and rebending the bent connection portion to its original orientation such that the first coil part and the second coil part are disposed in parallel in the same direction on the same plane.
Method for operating a direct-current network which has a plurality of network sections disconnectably connected via in each case a switching element (16a,b) and an infeed unit , wherein, after disconnection of the network sections from the infeed unit and prior to interconnection of the network sections with the infeed unit , charge-reversal currents which flow between the network sections or between the infeed unit and the network sections due to differing voltage levels are limited with the assistance of an open-loop controllable current limiter unit , wherein - the infeed unit is connected to the direct-current network via an infeed line and the current limiter unit is connected to the network sections via a common additional distribution line , such that the open-loop controllable current limiter unit limits the charge-reversal currents via the common additional distribution line , characterised in that - after disconnection of the infeed unit from the network sections , the charge-reversal currents are limited by open-loop controlled discharging of the network sections and to this end the distribution line has a discharging line and the charge-reversal currents are limited by discharging the network sections by means of a discharging unit via the discharging line . - the infeed unit is connected to the direct-current network via an infeed line and the current limiter unit is connected to the network sections via a common additional distribution line , such that the open-loop controllable current limiter unit limits the charge-reversal currents via the common additional distribution line , characterised in that - after disconnection of the infeed unit from the network sections , the charge-reversal currents are limited by open-loop controlled discharging of the network sections and to this end the distribution line has a discharging line and the charge-reversal currents are limited by discharging the network sections by means of a discharging unit via the discharging line .
An agricultural working machine, in particular a harvesting machine, with a driver assistance system which, in the context of carrying out an operating procedure, controls driving functions of the agricultural working machine and at least one working assembly of the working machine , wherein a set of rules in the form of control strategies is stored in the driver assistance system , on the basis of which set of rules the driver assistance system controls the at least one working assembly in accordance with a control strategy, characterized in that the driver assistance system has an interface for communication with an external processing unit which is remote from the agricultural working machine , via which processing unit data can be exchanged between the driver assistance system and the external processing unit , and in that the driver assistance system is configured to select the control strategy for carrying out the operating procedure as a function of data transferred from the external processing unit to the driver assistance system via the interface.
A radar signal processing device comprising: an extracted signal generator configured to: generate a processing signal based on a beat signal of a transmission signal and a reception signal, and generate a plurality of extracted beat signals (E, EA, EB, EC) by applying a plurality of window functions (Wf, WfA, WfB, WfC) on the processing signal, wherein a first window function (WfB) and a second window function (WfC) of the plurality of window functions (Wf, WfA, WfB, WfC) do not overlap in time, and wherein a third window function (WfA) of the plurality of window functions (Wf, WfA, WfB, WfC) overlaps both of the first window function (WfB) and the second window function (WfC) in time; a converter configured to convert the plurality of extracted beat signals (E, EA, EB, EC) by using FFT to amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) indicating a relationship between a distance (d) and an amplitude; and an integrated data generator configured to integrate a plurality of the amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) into integrated data (DI). generate a processing signal based on a beat signal of a transmission signal and a reception signal, and generate a plurality of extracted beat signals (E, EA, EB, EC) by applying a plurality of window functions (Wf, WfA, WfB, WfC) on the processing signal, wherein a first window function (WfB) and a second window function (WfC) of the plurality of window functions (Wf, WfA, WfB, WfC) do not overlap in time, and wherein a third window function (WfA) of the plurality of window functions (Wf, WfA, WfB, WfC) overlaps both of the first window function (WfB) and the second window function (WfC) in time; a converter configured to convert the plurality of extracted beat signals (E, EA, EB, EC) by using FFT to amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) indicating a relationship between a distance (d) and an amplitude; and an integrated data generator configured to integrate a plurality of the amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) into integrated data (DI).
A memory structure having at least substantially aligned floating and control gates, comprising: a control gate material disposed between and in direct contact with each of a first insulator layer and a second insulator layer ; a floating gate material disposed between and in direct contact with each of the first insulator layer and the second insulator layer and aligned with the control gate material , wherein the floating gate material and the control gate material are aligned along planes formed by boundaries of the first insulator layer and the second insulator layer , the boundaries being in direct contact with the control gate material and the floating gate material ; a metal region in direct contact with the floating gate material ; and an interpoly dielectric, IPD, layer disposed between the control gate material and the floating gate material such that the IPD layer electrically isolates the control gate material from the floating gate material, wherein the metal region is positioned between the floating gate material and the IPD layer and wherein the control gate material is in direct contact with the IPD layer and the IPD layer is in direct contact with the metal region characterized in that the metal region is separated from each of the first insulator layer and the second insulator layer by respective first and second portions of the IPD layer and the floating gate material is in direct contact with said first and second portions of the IPD layer . a control gate material disposed between and in direct contact with each of a first insulator layer and a second insulator layer ; a floating gate material disposed between and in direct contact with each of the first insulator layer and the second insulator layer and aligned with the control gate material , wherein the floating gate material and the control gate material are aligned along planes formed by boundaries of the first insulator layer and the second insulator layer , the boundaries being in direct contact with the control gate material and the floating gate material ; a metal region in direct contact with the floating gate material ; and an interpoly dielectric, IPD, layer disposed between the control gate material and the floating gate material such that the IPD layer electrically isolates the control gate material from the floating gate material, wherein the metal region is positioned between the floating gate material and the IPD layer and wherein the control gate material is in direct contact with the IPD layer and the IPD layer is in direct contact with the metal region characterized in that the metal region is separated from each of the first insulator layer and the second insulator layer by respective first and second portions of the IPD layer and the floating gate material is in direct contact with said first and second portions of the IPD layer .
A folding wagon having a front and a rear and comprising: a basket within which to carry articles; a collapsible frame by which the folding wagon is folded between an expanded open configuration at which said basket is outstretched and a compact closed configuration at which said basket is collapsed; a pair of front wheels connected to the front of the folding wagon, said pair of front wheels being separated from one another; a pair of rear wheels connected to the rear of the folding wagon, said pair of rear wheels being separated from one another; and a wheel support track located at one of the front or the rear of said folding wagon, characterized in that the wheels of a first of said pairs of front and rear wheels being coupled to and movable together along said wheel support track while the wheels of the other one of said pairs of wheels remain separated, so that when said folding wagon is folded to said compact closed configuration, the first of said pairs of wheels is located between the other one of said pairs of wheels , whereby said pairs of front and rear wheels are axially aligned with one another in said compact closed configuration. a basket within which to carry articles; a collapsible frame by which the folding wagon is folded between an expanded open configuration at which said basket is outstretched and a compact closed configuration at which said basket is collapsed; a pair of front wheels connected to the front of the folding wagon, said pair of front wheels being separated from one another; a pair of rear wheels connected to the rear of the folding wagon, said pair of rear wheels being separated from one another; and a wheel support track located at one of the front or the rear of said folding wagon, characterized in that the wheels of a first of said pairs of front and rear wheels being coupled to and movable together along said wheel support track while the wheels of the other one of said pairs of wheels remain separated, so that when said folding wagon is folded to said compact closed configuration, the first of said pairs of wheels is located between the other one of said pairs of wheels , whereby said pairs of front and rear wheels are axially aligned with one another in said compact closed configuration.
A heterodimeric antibody consisting of an anti-CD3 scFv-Fc consisting of the amino acid sequence of SEQ ID NO:335, an anti-CD38 light chain consisting of the amino acid sequence of SEQ ID NO:336, and an anti-CD38 heavy chain consisting of the amino acid sequence of SEQ ID NO:377.
Moulded part for the production of furniture, comprising • an internal layer made of a piece of polyurethane and • two external layers consisting of aluminium and • between the outer layers and inner layer, one layer of adhesive on each side, characterised in such a way that • the polyurethane piece of the internal layer is made of chopped and pressed polyurethane material shreds mixed with aluminium particles and a binder, having a density of 400 - 700 kg/m 3 , and • the two outer layers are made of aluminium sheet, with the sheets having a thickness of 0.40mm to 1.00 mm, and • the adhesive layer consists of a 1K PUR prepolymer with an epoxy adhesive primer. • an internal layer made of a piece of polyurethane and • two external layers consisting of aluminium and • between the outer layers and inner layer, one layer of adhesive on each side, • the polyurethane piece of the internal layer is made of chopped and pressed polyurethane material shreds mixed with aluminium particles and a binder, having a density of 400 - 700 kg/m 3 , and • the two outer layers are made of aluminium sheet, with the sheets having a thickness of 0.40mm to 1.00 mm, and • the adhesive layer consists of a 1K PUR prepolymer with an epoxy adhesive primer.
A memory system comprising: a flash memory including a meta block and a data block , the meta block including a plurality of pages; and a memory controller including a meta data managing module configured to manage meta data (MD) to be stored in the meta block , wherein the meta data managing module is configured to compare a number of free pages from among the plurality of pages with a set free page count (GFD) to provide a comparison result, and select a write target page of the meta data (MD) from among the free pages, by using one of a consecution meta write operation (S635), in which all meta pages are used in round-robin manner regardless of changed meta pages, and a dirty meta write operation (S630), in which only meta pages in which an update has occurred are selected, depending on the comparison result. a flash memory including a meta block and a data block , the meta block including a plurality of pages; and a memory controller including a meta data managing module configured to manage meta data (MD) to be stored in the meta block , wherein the meta data managing module is configured to compare a number of free pages from among the plurality of pages with a set free page count (GFD) to provide a comparison result, and select a write target page of the meta data (MD) from among the free pages, by using one of a consecution meta write operation (S635), in which all meta pages are used in round-robin manner regardless of changed meta pages, and a dirty meta write operation (S630), in which only meta pages in which an update has occurred are selected, depending on the comparison result.
A computer implemented method comprising: - reconstructing a point cloud representing a 3D object from an inverse-projected point cloud (IPPC) obtained by inverse-projecting at least one depth image (DI i,j ) of an original point cloud (IPC), said at least one depth image (DI i,j ) being obtained by projecting the points of the original point cloud onto at least one surface (F i,j ), said reconstructing comprising : - determining a group of points called boundary points surrounding a missing part (MP q ) in the inverse-projected point cloud (IPPC), and - completing said missing part (MP q ) by, for every two boundary points in said group of boundary points, adding at least one point along a line connecting said two boundary points of said group of boundary points. - reconstructing a point cloud representing a 3D object from an inverse-projected point cloud (IPPC) obtained by inverse-projecting at least one depth image (DI i,j ) of an original point cloud (IPC), said at least one depth image (DI i,j ) being obtained by projecting the points of the original point cloud onto at least one surface (F i,j ), said reconstructing comprising : - determining a group of points called boundary points surrounding a missing part (MP q ) in the inverse-projected point cloud (IPPC), and - completing said missing part (MP q ) by, for every two boundary points in said group of boundary points, adding at least one point along a line connecting said two boundary points of said group of boundary points.
A photo controller, comprising: a central processing unit -CPU-; a local area network -LAN-interface in communication with the CPU; a wide area network -WAN-interface in communication with the CPU, wherein the WAN interface communicates directly with a wide area network without first communicating with and by-passing a bridge or a gateway to receive a control signal and send monitoring information over a two-way communication path from a remote server for controlling a lighting device coupled to the photo controller, wherein the control signal comprises an on and off functionality of the lighting device, a control of a light intensity of the lighting device, scheduling information of the lighting device and a color mixing code of the lighting device, wherein the monitoring information comprises a power metering information of the lighting device, a temperature information of the lighting device and a diagnostic information of the lighting device; an electrical power control component in communication with the CPU to control the lighting device coupled to the photo controller in accordance with the control signal; and a plug and play connection to directly couple the photo controller to the lighting device. a central processing unit -CPU-; a local area network -LAN-interface in communication with the CPU; a wide area network -WAN-interface in communication with the CPU, wherein the WAN interface communicates directly with a wide area network without first communicating with and by-passing a bridge or a gateway to receive a control signal and send monitoring information over a two-way communication path from a remote server for controlling a lighting device coupled to the photo controller, wherein the control signal comprises an on and off functionality of the lighting device, a control of a light intensity of the lighting device, scheduling information of the lighting device and a color mixing code of the lighting device, wherein the monitoring information comprises a power metering information of the lighting device, a temperature information of the lighting device and a diagnostic information of the lighting device; an electrical power control component in communication with the CPU to control the lighting device coupled to the photo controller in accordance with the control signal; and a plug and play connection to directly couple the photo controller to the lighting device.