mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a position of an emitter in a sample comprising - illuminating the sample with light at one or more sets of probe positions (P i ), wherein the sample is illuminated at the probe positions (P i ) with a light distribution having an intensity increase range adjacent to a minimum , - acquiring photons for the sets of probe positions (P i ), - determining vectors of photon counts or sums of photon counts for the sets of probe positions (P i ) from the acquired photons, and - estimating the position of the emitter from the vectors of photon counts or sums of photon counts, characterized in that the one or more sets of probe positions (P i ) each comprise six or more probe positions (P i ), which are arranged rotationally symmetric on a circle around a center, wherein the one or more sets of probe positions (P i ) lacks a central probe position (P i ), wherein the method further comprises determining a value representative of background noise from the vectors of photon counts or the sums of photon counts, wherein for determining the value representative of background noise, only sets of probe positions (P i ) are evaluated, for which no photons from an emitter are detected, and wherein the method further comprises adapting an estimator in real-time using the value representative of background noise, wherein an expectancy value of the background noise is subtracted in a denominator of a normalized vector sum of the photon counts. - illuminating the sample with light at one or more sets of probe positions (P i ), wherein the sample is illuminated at the probe positions (P i ) with a light distribution having an intensity increase range adjacent to a minimum , - acquiring photons for the sets of probe positions (P i ), - determining vectors of photon counts or sums of photon counts for the sets of probe positions (P i ) from the acquired photons, and - estimating the position of the emitter from the vectors of photon counts or sums of photon counts, the one or more sets of probe positions (P i ) each comprise six or more probe positions (P i ), which are arranged rotationally symmetric on a circle around a center, wherein the one or more sets of probe positions (P i ) lacks a central probe position (P i ), wherein the method further comprises determining a value representative of background noise from the vectors of photon counts or the sums of photon counts, wherein for determining the value representative of background noise, only sets of probe positions (P i ) are evaluated, for which no photons from an emitter are detected, and wherein the method further comprises adapting an estimator in real-time using the value representative of background noise, wherein an expectancy value of the background noise is subtracted in a denominator of a normalized vector sum of the photon counts.
A clamping ring for hose connections, including a hollow-cylinder shaped section arranged around a central axis of the clamping ring for receiving a hose or pipe line and a plurality of arms projecting in parallel to the central axis of the clamping ring from a first open end of the hollow-cylinder shaped section , wherein at least one stop element for preventing a hose or pipe line from being pushed completely through the hollow-cylinder shaped section is arranged at a second open end of the hollow-cylinder shaped section , and wherein limiting elements are arranged on the outside of the clamping ring, which limiting elements extend at least in sections around the central axis of the clamping ring and are arranged in such a way that a movement, extending in parallel to the central axis of the clamping ring, of a fastening nut mounted onto the clamping ring is limited or prevented in both directions, wherein at least one of the limiting elements is arranged on each of at least two of the arms , wherein these at least two arms with the limiting elements arranged thereon are designed as clip elements which are elastically bendable in the direction towards the central axis of the clamping ring, characterized in that the limiting elements comprise a group of two or more first limiting elements and a group of two or more second limiting elements , wherein the first limiting elements are further away from the second end of the hollow-cylinder shaped section than the second limiting elements , and wherein between the group of first limiting elements and the group of second limiting elements a receiving area for a fastening nut to be mounted is arranged. wherein at least one of the limiting elements is arranged on each of at least two of the arms , wherein these at least two arms with the limiting elements arranged thereon are designed as clip elements which are elastically bendable in the direction towards the central axis of the clamping ring, characterized in that the limiting elements comprise a group of two or more first limiting elements and a group of two or more second limiting elements , wherein the first limiting elements are further away from the second end of the hollow-cylinder shaped section than the second limiting elements , and wherein between the group of first limiting elements and the group of second limiting elements a receiving area for a fastening nut to be mounted is arranged.
Washing machine comprising a controller, a drum rotatable about a horizontal axis of rotation , a plurality of tanks arranged on the drum for receiving water to compensate for an imbalance of the drum, a plurality of collecting containers (2; 20, 21) arranged on a front side of the drum around the axis of rotation , each collecting container (2; 20, 21) comprising a drain to at least one of the tanks an injection device controlled by the controller for injecting water into the collecting containers (2; 20, 21) to selectively fill the tanks with water, wherein each collecting container comprises an annular groove arranged around an injection opening into which water can be injected by the injection device, wherein each collecting container (2; 20, 21) has at least one radially outer wall area which is of spiral shape and the distance of which from the axis of rotation increases monotonically, in particular strictly monotonically, towards the outlet over an azimuth angle range of at least 90°, in particular of at least 160°, in particular of at least 300°.
An automatic device for locking tool-holders on lathes and machinery performing machining by chip removal, particularly suitable to be used on multi-spindle and single spindle CNC lathes, on transfer machines, milling centres of any kind and, in general, on all types of machine tools which perform machining by chip removal, comprising a support body anchorable to the machine tool and surmounted by a plate , and comprising, for each of said tool-holders , a pawl , provided with a female truncated-cone recess , cooperating with a nut screw and movable automatically in a vertical direction to engage in contact with a truncated cone collar appendage made in a recess made in the rear part of each of the tool-holders .
Switch (COM) comprising a semiconductor substrate (SUB) and a microwave line comprising two conductive tracks produced on the substrate, the two conductive tracks being separated by a gap assuring an electrical isolation between the two conductive tracks , an active zone (ZA) of the substrate being bounded by the two conductive tracks and connecting the two conductive tracks , the active zone (ZA) being planar, defining a plane of the active zone (ZA), and having a centre O, the substrate (SUB) being able to be made locally conductive when the active zone (ZA) is illuminated by an optical control beam so as to establish an electrical contact between the two tracks of the microwave line , characterized in that the switch furthermore comprises a set of at least one line, called the DC line , intended to convey a DC current, the DC line comprising two electrodes that are distant from each other so that an electrical isolation is assured between the two electrodes, the electrodes being connected by a separation zone of the substrate, the separation zone being able to be made conductive when it is illuminated by the optical control beam so as to establish an electrical contact between the two electrodes, the two electrodes being separated by a separation plane (P) of the DC line, the separation plane (P) passing through the centre O and being perpendicular to the plane of the active zone (ZA).
A file packaging method, wherein the method comprises: obtaining at least one to-be-packaged file; compressing a to-be-packaged file of the at least one to-be-packaged file to generate a compressed file; generating a storage location identifier based on a security level of the to-be-packaged file, wherein the storage location identifier indicates a storage location of a decompressed file obtained after decompression of the compressed file, wherein generating a storage location identifier based on a security level of the to-be-packaged file comprises: when the security level of the to-be-packaged file is determined to have a higher security level, generating a storage location identifier indicating that the storage location of the decompressed file is a memory used to temporarily store operation data in a CPU and data that exchange with an external memory, and when the security level of the to-be-packaged file is determined to have a lower security level, generating a storage location identifier indicating that the storage location of the decompressed file is a local disk; and packaging the compressed file and additional information that comprises the storage location identifier to obtain a file package. obtaining at least one to-be-packaged file; compressing a to-be-packaged file of the at least one to-be-packaged file to generate a compressed file; generating a storage location identifier based on a security level of the to-be-packaged file, wherein the storage location identifier indicates a storage location of a decompressed file obtained after decompression of the compressed file, wherein generating a storage location identifier based on a security level of the to-be-packaged file comprises: when the security level of the to-be-packaged file is determined to have a higher security level, generating a storage location identifier indicating that the storage location of the decompressed file is a memory used to temporarily store operation data in a CPU and data that exchange with an external memory, and when the security level of the to-be-packaged file is determined to have a lower security level, generating a storage location identifier indicating that the storage location of the decompressed file is a local disk; and when the security level of the to-be-packaged file is determined to have a higher security level, generating a storage location identifier indicating that the storage location of the decompressed file is a memory used to temporarily store operation data in a CPU and data that exchange with an external memory, and when the security level of the to-be-packaged file is determined to have a lower security level, generating a storage location identifier indicating that the storage location of the decompressed file is a local disk; and packaging the compressed file and additional information that comprises the storage location identifier to obtain a file package.
A light array comprising a plurality of coloured light-emitting diode elements, the wherein the plurality of coloured light-emitting diode elements comprises a plurality of red coloured light-emitting diode elements, a plurality of green coloured light-emitting diode elements, and a plurality of blue coloured light-emitting diode elements; wherein the plurality of coloured light-emitting diode elements comprises a plurality of white coloured light emitting diode elements; wherein the plurality of coloured light-emitting diode elements is dispersed within the array so as to provide a uniform colour output; characterized in that the array is a rectangular array comprising rows and columns and in that the placement of each coloured light-emitting diode element is such that individual coloured light-emitting diode elements are dispersed over the whole surface of the array not following any regular vertical, horizontal or diagonal patterns.
A carbon fiber reinforced plastic, CFRP, composite layup comprising a plurality of composite plies , each of the composite plies comprising a conductive carbon fiber reinforcement material , at least a portion of the conductive carbon fiber reinforcement material in each of the composite plies being electrically connected to at least a portion of the conductive carbon fiber reinforcement material in an adjacent ply of the CFRP composite layup to form inter-ply electrical connections , wherein the plurality of composite plies comprises an upper ply at an upper surface of the CFRP composite layup, a lower ply at a lower surface of the CFRP composite layup, and one or more inner plies between the lower ply and the upper ply , one or more of the inner plies configured with an out-of-plane distortion at or near a cut edge of the composite plies where ends of the conductive carbon fiber reinforcement material are exposed, the out-of-plane distortion in the one or more inner plies forming the inter-ply electrical connections ; and two or more layered forming tools consisting of cured carbon fiber composite layups of specific dimensions smaller than dimensions of the CFRP composite layup embedded between at least two of the composite plies , the out-of-plane distortion in the one or more inner plies formed at an edge of the forming tools ; wherein a first of the two or more layered forming tools is embedded between the upper ply of the CFRP composite layup and a first ply of the inner plies at a first position along a length of the CFRP composite layup to form a first out-of-plane distortion , and a second of the two or more layered forming tools is embedded between a second ply and a third ply of the inner plies at a second position along the length of the CFRP composite layup to form a second out-of-plane distortion staggered in a lengthwise direction from the first out-of-plane distortion .
An ink jet textile printing ink comprising: a water-soluble dye that is at least one selected from the group consisting of acid dyes, reactive dyes, and direct dyes; a nonionic surfactant with a content in the range of 0.05% by mass to 3.0% by mass relative to the total mass of the ink jet textile printing ink; and an anionic surfactant with a content in the range of 1 ppm by mass to 100 ppm by mass relative to the total mass of the ink jet textile printing ink.
A method of making cheese, the method comprising providing a cheese-forming liquid, acidifying the cheese-forming liquid, subjecting the cheese-forming liquid to enzymatic coagulation to obtain a gel, cutting the gel so as to obtain a composition comprising curd particles, allowing the curd particles to form a curd block, and allowing the curd block to ripen into cheese, wherein the cheese-forming liquid is a high-solids casein-containing oil-in-water emulsion having a dry-matter solids content of 15 wt.% to 40 wt.%; the method comprising adding an amount of 5 wt.% to 40 wt.% of water onto the gel before or during the cutting.
A machine-implemented method of distributed multi-processing, comprising: asynchronously receiving packets from a plurality of outputs of computation units, each of the packets comprising one or more constituent elements associated with a respective index element describing computation tasks to be performed for the one or more constituent elements; and in a plurality of steps, packaging the constituent elements comprised in the received packets into progressively larger packets, the packaging comprising, in each of the steps, grouping constituent elements into packets by comparing respective index elements in multiple received packets, and grouping those constituent elements associated with matching index fields. asynchronously receiving packets from a plurality of outputs of computation units, each of the packets comprising one or more constituent elements associated with a respective index element describing computation tasks to be performed for the one or more constituent elements; and in a plurality of steps, packaging the constituent elements comprised in the received packets into progressively larger packets, the packaging comprising, in each of the steps, grouping constituent elements into packets by comparing respective index elements in multiple received packets, and grouping those constituent elements associated with matching index fields.
An adhesive applicator , wherein the adhesive is a curable liquid adhesive composition, the applicator comprising: a receiver body for holding the curable liquid adhesive composition during use, a discharge tip having a longitudinal axis and further having a distal end remote from the receiver body from which the curable liquid adhesive composition is discharged during use, and a discharge mechanism for transferring curable liquid adhesive composition held by the applicator to the tip for discharge of the composition during use, wherein: the tip comprises an outlet section having a plurality of groove formations extending along the tip to the distal end thereof; the plurality of groove formations have a longitudinal axis parallel to the longitudinal axis of the tip; and said groove formations have their longitudinal axis equiangularly spaced around the longitudinal axis of the tip; characterised in that the plurality of groove formations are arcuate in transverse cross-section and are formed in an interior wall of a bore extending through the tip to the distal end thereof. a receiver body for holding the curable liquid adhesive composition during use, a discharge tip having a longitudinal axis and further having a distal end remote from the receiver body from which the curable liquid adhesive composition is discharged during use, and a discharge mechanism for transferring curable liquid adhesive composition held by the applicator to the tip for discharge of the composition during use, wherein: the tip comprises an outlet section having a plurality of groove formations extending along the tip to the distal end thereof; the plurality of groove formations have a longitudinal axis parallel to the longitudinal axis of the tip; and said groove formations have their longitudinal axis equiangularly spaced around the longitudinal axis of the tip; characterised in that the plurality of groove formations are arcuate in transverse cross-section and are formed in an interior wall of a bore extending through the tip to the distal end thereof. the tip comprises an outlet section having a plurality of groove formations extending along the tip to the distal end thereof; the plurality of groove formations have a longitudinal axis parallel to the longitudinal axis of the tip; and said groove formations have their longitudinal axis equiangularly spaced around the longitudinal axis of the tip; characterised in that the plurality of groove formations are arcuate in transverse cross-section and are formed in an interior wall of a bore extending through the tip to the distal end thereof.
A scroll compressor, comprising: a housing having an inlet port and an outlet port , the housing having a sidewall with an internal surface surrounding an internal chamber with an oil sump at a bottom of the internal chamber; scroll compressor bodies in the housing , the scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage, the scroll compressor bodies operative to compress fluid entering from the inlet port and discharge compressed fluid toward the outlet port ; a motor providing a rotational output operatively driving one of the scroll compressor bodies to facilitate relative movement for the compression of fluid; an oil equalization fitting mounted through the sidewall arranged below the inlet port to communicate oil to and from the oil sump , the oil equalization fitting provided with an extension projecting inwardly from the internal surface and into the internal chamber characterized in that the extension extends through an outer portion of a lower bearing member , the lower bearing member supporting a drive shaft driven by the motor to drive the scroll compressor bodies, wherein the lower bearing member further includes a central hub supporting the drive shaft and at least one radial extension connecting the central hub and the outer portion , the outer portion being mounted and located in contact with the internal surface. a housing having an inlet port and an outlet port , the housing having a sidewall with an internal surface surrounding an internal chamber with an oil sump at a bottom of the internal chamber; scroll compressor bodies in the housing , the scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage, the scroll compressor bodies operative to compress fluid entering from the inlet port and discharge compressed fluid toward the outlet port ; a motor providing a rotational output operatively driving one of the scroll compressor bodies to facilitate relative movement for the compression of fluid; an oil equalization fitting mounted through the sidewall arranged below the inlet port to communicate oil to and from the oil sump , the oil equalization fitting provided with an extension projecting inwardly from the internal surface and into the internal chamber characterized in that the extension extends through an outer portion of a lower bearing member , the lower bearing member supporting a drive shaft driven by the motor to drive the scroll compressor bodies, wherein the lower bearing member further includes a central hub supporting the drive shaft and at least one radial extension connecting the central hub and the outer portion , the outer portion being mounted and located in contact with the internal surface.
An in-vehicle system for assisting a driver of a vehicle , the system comprising: a compiled map database stored on a computer-readable medium and comprising representations of road segments , each one of at least some of the road segments represented by two separate types of data, wherein the two separate types of data include a first type of data that indicates a location of a line that coincides generally with a physical centerline of the represented road segment and comprises higher frequency positional data that represents lane center variations of the represented road segment , and a second type of data that indicates a shape of the represented road segment and comprises lower frequency curvature data that represents the overall shape of the represented road segment ; a first application that uses the first type of data to determine a position of the vehicle ; and a second application that uses the second type of data to provide a feature to the driver that relates to the curvature of the road upon which the vehicle is traveling. a compiled map database stored on a computer-readable medium and comprising representations of road segments , each one of at least some of the road segments represented by two separate types of data, wherein the two separate types of data include a first type of data that indicates a location of a line that coincides generally with a physical centerline of the represented road segment and comprises higher frequency positional data that represents lane center variations of the represented road segment , and a second type of data that indicates a shape of the represented road segment and comprises lower frequency curvature data that represents the overall shape of the represented road segment ; a first application that uses the first type of data to determine a position of the vehicle ; and a second application that uses the second type of data to provide a feature to the driver that relates to the curvature of the road upon which the vehicle is traveling.