mhurhangee/patent-ind-claim-en huggingface dataset:
A label cutting device comprising: a conveyance path through which label paper is conveyed; a cutting unit having wire pins and a wire pin moving mechanism that drives the wire pins forward and back; a cutting controller configured to drive the wire pin moving mechanism to advance the wire pins , strike the label paper on the conveyance path with the wire pins , and cut the label paper based on print data; and a striking force controller configured to adjust the striking force of the wire pins striking the label paper , characterized in that the striking force controller has a gap adjusting mechanism configured to adjust a gap between the cutting unit and the conveyance path . a conveyance path through which label paper is conveyed; a cutting unit having wire pins and a wire pin moving mechanism that drives the wire pins forward and back; a cutting controller configured to drive the wire pin moving mechanism to advance the wire pins , strike the label paper on the conveyance path with the wire pins , and cut the label paper based on print data; and a striking force controller configured to adjust the striking force of the wire pins striking the label paper , characterized in that the striking force controller has a gap adjusting mechanism configured to adjust a gap between the cutting unit and the conveyance path .
A metalworking fluid composition with a pH in the range of 8.5 to 10.0 comprising water, oil, and a pH buffer system, the pH buffer system comprising one or more organic acids selected from the group consisting of phthalic acid, isophthalic acid, and terephthalic acid and one or more organic amines selected from monoethanolamine, methylpentamethylenediamine, and mixtures thereof and at least 5.0% based on the total weight of the metalworking fluid of a hydrodynamic lubricant selected from mineral oil.
Vehicle heater, comprising a burner assembly unit and a heat exchanger assembly unit , wherein: - the burner assembly unit comprises a combustion chamber , which is to be fed with combustion air (V) and fuel (B) and a flame tube elongated in the direction of a longitudinal axis (L) which carries exhaust gas (A) away from the combustion chamber , - the heat exchanger assembly unit comprises an inner heat exchanger housing with an inner circumferential wall elongated in the direction of the longitudinal axis (L), as well as an outer heat exchanger housing with an outer circumferential wall elongated in the direction of the longitudinal axis (L), - a heat transfer medium flow space is formed between the inner heat exchanger housing and the outer heat exchanger housing , - a waste gas backflow space , which is open towards an exhaust gas outlet, is formed between the inner circumferential wall and the flame tube , wherein a catalytic converter device , through which exhaust gas (A) can flow, is provided in the waste gas backflow space , - an electrically energizable heating unit is provided in association with the catalytic converter device , characterized in that the heating unit is provided on an outer side of the inner circumferential wall , which is facing the heat transfer medium flow space , or/and in that the heating unit is provided on an inner side of the inner circumferential wall , which inner side is facing the waste gas backflow space , surrounding an outer circumferential area of the catalytic converter device . - the burner assembly unit comprises a combustion chamber , which is to be fed with combustion air (V) and fuel (B) and a flame tube elongated in the direction of a longitudinal axis (L) which carries exhaust gas (A) away from the combustion chamber , - the heat exchanger assembly unit comprises an inner heat exchanger housing with an inner circumferential wall elongated in the direction of the longitudinal axis (L), as well as an outer heat exchanger housing with an outer circumferential wall elongated in the direction of the longitudinal axis (L), - a heat transfer medium flow space is formed between the inner heat exchanger housing and the outer heat exchanger housing , - a waste gas backflow space , which is open towards an exhaust gas outlet, is formed between the inner circumferential wall and the flame tube , wherein a catalytic converter device , through which exhaust gas (A) can flow, is provided in the waste gas backflow space , - an electrically energizable heating unit is provided in association with the catalytic converter device , the heating unit is provided on an outer side of the inner circumferential wall , which is facing the heat transfer medium flow space , or/and in that the heating unit is provided on an inner side of the inner circumferential wall , which inner side is facing the waste gas backflow space , surrounding an outer circumferential area of the catalytic converter device .
A method comprising: contacting at least one protein target in a tissue sample with at least one probe comprising a target-binding domain, a signal oligonucleotide, and a photo-cleavable motif located between the target-binding domain and the signal oligonucleotide; illuminating a specific location of the tissue sample with light sufficient to release the signal oligonucleotide; collecting the released signal oligonucleotide from a proximal solution, wherein the proximal solution is eluted directly above the location that was illuminated by aspirating with a capillary tube and not from the entire tissue sample; and identifying the released signal oligonucleotide, thereby detecting the at least one protein target in the specific location of the tissue sample that was illuminated. contacting at least one protein target in a tissue sample with at least one probe comprising a target-binding domain, a signal oligonucleotide, and a photo-cleavable motif located between the target-binding domain and the signal oligonucleotide; illuminating a specific location of the tissue sample with light sufficient to release the signal oligonucleotide; collecting the released signal oligonucleotide from a proximal solution, wherein the proximal solution is eluted directly above the location that was illuminated by aspirating with a capillary tube and not from the entire tissue sample; and identifying the released signal oligonucleotide, thereby detecting the at least one protein target in the specific location of the tissue sample that was illuminated.
A computer-implemented method for determining an age indicator comprising the steps of (a) providing a training data set of a plurality of individuals comprising for each individual (i) the DNA methylation levels of a set of genomic DNA sequences and (ii) the chronological age, and (b) applying on the training data set a regression method comprising (i) a Least Absolute Shrinkage and Selection Operator (LASSO), thereby determining a reduced training data set, and (ii) subsequent stepwise regression, thereby determining the age indicator, preferably wherein the stepwise regression is applied on said reduced training data set, wherein the independent variables are the methylation levels of the genomic DNA sequences and preferably wherein the dependent variable is the age, wherein the age indicator comprises (i) a subset of the set of genomic DNA sequences as ensemble and (ii) at least one coefficient per genomic DNA sequence contained in the ensemble, and wherein the reduced training data set comprises all data of the training data set except the DNA methylation levels of the genomic DNA sequences which are eliminated by the LASSO. (a) providing a training data set of a plurality of individuals comprising for each individual (i) the DNA methylation levels of a set of genomic DNA sequences and (ii) the chronological age, and (i) the DNA methylation levels of a set of genomic DNA sequences and (ii) the chronological age, and (b) applying on the training data set a regression method comprising (i) a Least Absolute Shrinkage and Selection Operator (LASSO), thereby determining a reduced training data set, and (ii) subsequent stepwise regression, thereby determining the age indicator, preferably wherein the stepwise regression is applied on said reduced training data set, wherein the independent variables are the methylation levels of the genomic DNA sequences and preferably wherein the dependent variable is the age, (i) a Least Absolute Shrinkage and Selection Operator (LASSO), thereby determining a reduced training data set, and (ii) subsequent stepwise regression, thereby determining the age indicator, preferably wherein the stepwise regression is applied on said reduced training data set, wherein the age indicator comprises (i) a subset of the set of genomic DNA sequences as ensemble and (ii) at least one coefficient per genomic DNA sequence contained in the ensemble, and (i) a subset of the set of genomic DNA sequences as ensemble and (ii) at least one coefficient per genomic DNA sequence contained in the ensemble, and wherein the reduced training data set comprises all data of the training data set except the DNA methylation levels of the genomic DNA sequences which are eliminated by the LASSO.
Apparatus, in particular suitable for a runtime environment for a blockchain , for operating a cryptographically protected virtual machine, having: - means for providing at least one first link of a blockchain, which link comprises at least one transaction data record that describes at least one first operating state of the virtual machine and has at least one instruction to form a second link in the blockchain, wherein the at least one transaction data record of the second link describes a second operating state (T', T") of the virtual machine, which second operating state has changed in comparison with the first operating state (T), wherein the virtual machine is designed as a stack or register machine, - means for providing a checking function that checks a transaction to be performed that is defined by the at least one transaction data record for whether the second operating state of the virtual machine is admissible, wherein the checking function undertakes tasks of an interpreter that interprets and/or executes commands for operating the virtual machine, and - means for performing the transaction on the basis of the checked admissibility. - means for providing at least one first link of a blockchain, which link comprises at least one transaction data record that describes at least one first operating state of the virtual machine and has at least one instruction to form a second link in the blockchain, wherein the at least one transaction data record of the second link describes a second operating state (T', T") of the virtual machine, which second operating state has changed in comparison with the first operating state (T), wherein the virtual machine is designed as a stack or register machine, - means for providing a checking function that checks a transaction to be performed that is defined by the at least one transaction data record for whether the second operating state of the virtual machine is admissible, wherein the checking function undertakes tasks of an interpreter that interprets and/or executes commands for operating the virtual machine, and - means for performing the transaction on the basis of the checked admissibility.
Gripper cylinder arrangement of a labelling system for containers , in particular beverage containers, said gripper cylinder arrangement comprising a central axis of rotation , on which a central support element is rotatably mounted, on which radial guides pointing radially away from the central axis of rotation are held, each of which contains at least one positioning element which is movably guided on a radially extending guide profile , which positioning element carries at least one sponge holder for accommodating at least one pressure sponge . The gripper cylinder arrangement further comprises a fixed arranged control cam carrier surrounding the central axis of rotation , with a control cam which interacts with a guide element connected to the positioning element in order to move the positioning element with the sponge holder radially outward in a defined sector of the gripper cylinder arrangement into a label transfer position, wherein the guide element is subjected to preliminary tension against the control cam carrier by means of a spring , and wherein the radial guide is releasably held on the central carrier element by means of a releasable connecting element comprising an actuating element, characterised in that the central carrier element and a securing section of the radial guide comprise holding profiles which are complementary to one another in non-positive or positive fit, wherein the central carrying element is configured as a support rim, wherein the holding profile is configured in such a way that it accommodates the centrifugal forces taking effect on the radial guide , and that a free space is arranged upstream of the actuating element in such a way that the actuating element is accessible in particular in the axial direction of the connection element .
An device used to establish a detachable connection between layers of cardboard, paper or plastic laminate, without the use of glue, stitches or staples, for the purpose of creating a closure on packagings, wherein the layers, in a position bearing against each other and/or overlapping each other, are fed in a continuous movement, by a conveying device, to a rotating punching tool which interacts with a die , characterized in that the rotating punching tool is a vertically adjustable disc or a carrier element with at least one radially projecting punch , in that vertically adjustable holding-down devices act on both sides of the punching tool , in that the die consists of a flat, elongated element which is fastened to a stationary carrier element upstream of the punching tool in the feed direction , said elongated element having a groove on the side facing towards the punches , the width of said groove substantially corresponding to that of the punches and the depth of said groove being slightly larger than the maximum depth of penetration of the punches , and in that this groove extends rectilinearly, along the feed direction , from the area of action of the punches to the free end of the elongated element.
A method comprising: accessing , using circuitry, a key secret for a blockchain stored in a memory ; the method being characterized by: determining, with the circuitry, to rewrite original data in a selected block of the blockchain with altered data that is different than the original data previously stored in the selected block; determining , with the circuitry and using the key secret, collision data including the altered data, the collision data being different from the original data and coding-consistent with a previously determined integrity output stored within a specific block of the blockchain that follows the selected block, the previously determined integrity output generated responsive to and coding-consistent with the original data; and rewriting, with the circuitry, the selected block with the collision data. accessing , using circuitry, a key secret for a blockchain stored in a memory ; the method being characterized by: determining, with the circuitry, to rewrite original data in a selected block of the blockchain with altered data that is different than the original data previously stored in the selected block; determining , with the circuitry and using the key secret, collision data including the altered data, the collision data being different from the original data and coding-consistent with a previously determined integrity output stored within a specific block of the blockchain that follows the selected block, the previously determined integrity output generated responsive to and coding-consistent with the original data; and rewriting, with the circuitry, the selected block with the collision data. determining, with the circuitry, to rewrite original data in a selected block of the blockchain with altered data that is different than the original data previously stored in the selected block; determining , with the circuitry and using the key secret, collision data including the altered data, the collision data being different from the original data and coding-consistent with a previously determined integrity output stored within a specific block of the blockchain that follows the selected block, the previously determined integrity output generated responsive to and coding-consistent with the original data; and rewriting, with the circuitry, the selected block with the collision data.
A method for making a nuclear fuel rod cladding tube comprising: wrapping SiC fibers around a metal alloy tube; filling the interstices of the SiC fiber wrappings with SiC nano-sized particles; and, exposing the surface of the SiC wrapped tube at a temperature between 25°C to 600°C to at least one cycle of alternating, non-overlapping pulses of gaseous precursors containing a carbon compound and a silicon compound to form a SiC monolayer, each cycle followed by a pulse of a carrier gas to remove non-silicon and carbon constituents from the monolayer, wherein the gaseous precursors are carbon iodine and silicon iodine, and the carrier gas removes iodine constituents from the monolayer, and wherein the SiC nano-sized particles have an average particle size distribution from 10 nm to 1000 nm. wrapping SiC fibers around a metal alloy tube; filling the interstices of the SiC fiber wrappings with SiC nano-sized particles; and, exposing the surface of the SiC wrapped tube at a temperature between 25°C to 600°C to at least one cycle of alternating, non-overlapping pulses of gaseous precursors containing a carbon compound and a silicon compound to form a SiC monolayer, each cycle followed by a pulse of a carrier gas to remove non-silicon and carbon constituents from the monolayer, wherein the gaseous precursors are carbon iodine and silicon iodine, and the carrier gas removes iodine constituents from the monolayer, and wherein the SiC nano-sized particles have an average particle size distribution from 10 nm to 1000 nm.
A control system for controlling a feed of a solid biofuel in a combustion process, comprising a control unit , online measuring instruments , a fuel reception unit , a fuel silo , and silo feeding and discharging means , wherein the control unit is adapted to communicate in the system by way of a communications link, to receive from the online measuring instruments online measurement data regarding a fuel coming from the fuel reception unit, to calculate continuously from the measurement data at least one criterion of the fuel, and to establish a content model of a fuel distribution of the fuel silo on a basis of the at least one criterion, characterized in that the control unit informs the silo feeding means on a basis of its content model and the measurement data to which part of the silo the measured fuel is delivered, and the silo discharging means on a basis of at least the content model from which part of the silo fuel is discharged, and wherein said content model is at least a two-dimensional content model.
Micromechanical device , comprising a base substrate with a front side (V) and a rear side (R); a cap substrate , wherein at least one encircling trench is formed in the front side (V) of the base substrate , wherein, in the region of the trench on the front side (V) of the base substrate , a seal glass closure is formed between the base substrate and the cap substrate , wherein the seal glass closure completely covers the trench , characterized in that the encircling trench is formed with uneven side walls , the front side (V) of the base substrate and the trench are coated with at least one metal layer , wherein the uneven side walls of the trench are covered in a non-conformal manner by the metal , such that they do not form an electrical current path in a direction running perpendicularly with respect to the front side (V). a base substrate with a front side (V) and a rear side (R); a cap substrate , wherein at least one encircling trench is formed in the front side (V) of the base substrate , wherein, in the region of the trench on the front side (V) of the base substrate , a seal glass closure is formed between the base substrate and the cap substrate , wherein the seal glass closure completely covers the trench , characterized in that the encircling trench is formed with uneven side walls , the front side (V) of the base substrate and the trench are coated with at least one metal layer , wherein the uneven side walls of the trench are covered in a non-conformal manner by the metal , such that they do not form an electrical current path in a direction running perpendicularly with respect to the front side (V).
A module adapted to form a protective barrier against liquid runoff or flooding, the module being movable between a working position and a stowed position, the module comprising : - a base adapted to anchor the module to the ground; - a retention member comprising a wall adapted to retain liquid and an opening adapted to let liquid pass therethrough, wherein the retention member is mounted to the base to: ∘ extend vertically relative to the base when the module is in the working position, and ∘ extend parallel to the base to form a box with the base when the module is in the stowed position; characterised in that said module furhter comprises - a flexible waterbag fixed to the retention member , wherein ∘ the waterbag is supported by the base and adapted to receive liquid passing though the opening when the module is in the working position, and ∘ the waterbag is contained in the box when the module is in the stowed position. - a base adapted to anchor the module to the ground; - a retention member comprising a wall adapted to retain liquid and an opening adapted to let liquid pass therethrough, wherein the retention member is mounted to the base to: ∘ extend vertically relative to the base when the module is in the working position, and ∘ extend parallel to the base to form a box with the base when the module is in the stowed position; ∘ extend vertically relative to the base when the module is in the working position, and ∘ extend parallel to the base to form a box with the base when the module is in the stowed position; - a flexible waterbag fixed to the retention member , wherein ∘ the waterbag is supported by the base and adapted to receive liquid passing though the opening when the module is in the working position, and ∘ the waterbag is contained in the box when the module is in the stowed position. ∘ the waterbag is supported by the base and adapted to receive liquid passing though the opening when the module is in the working position, and ∘ the waterbag is contained in the box when the module is in the stowed position.