mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a food supplement in the form of a capsule, wherein the food supplement comprises a. Biotin in an amount of 0,05 to 2 mg based on each capsule, and b. L-cystine in an amount of 1 to 5 mg based on each capsule, and c. millet extract in an amount of 100 to 500 mg based on each capsule, and d. pantothenic acid and/or a salt thereof in an amount of 5 to 50 mg based on each capsule, and e. optionally at least one auxiliary ingredient for obtaining shiny hair or soft and elastic hair or smooth hair moisturized hair or vital hair when applied in the form of two capsules once a day on a daily basis for at least eight weeks. a. Biotin in an amount of 0,05 to 2 mg based on each capsule, and b. L-cystine in an amount of 1 to 5 mg based on each capsule, and c. millet extract in an amount of 100 to 500 mg based on each capsule, and d. pantothenic acid and/or a salt thereof in an amount of 5 to 50 mg based on each capsule, and e. optionally at least one auxiliary ingredient
A method for data mining from core traces in a processing system for wireless baseband design, the method comprising: detecting a core trace in the processing system, wherein the core trace comprises a sequence of instructions executed in the processing system, instruction addresses, time stamps, load/store operations, data location, and data size; mapping instruction addresses in the core trace to a plurality of application or operating system functions; placing the mapped functions into a hierarchical format indicating aspects of each mapped function, which are used to establish a hierarchy of the mapped functions; identifying a gene function in the hierarchical format , wherein the gene function is a fundamental function executed by the processing system and wherein the gene function is determined by the name of the function, the number of loads and stores, memory usage, data flow, workload, preemption, and power usage associated with the gene function; deriving attributes for the gene function from the core trace and the hierarchical format ; and storing the attributes into a gene function library database. detecting a core trace in the processing system, wherein the core trace comprises a sequence of instructions executed in the processing system, instruction addresses, time stamps, load/store operations, data location, and data size; mapping instruction addresses in the core trace to a plurality of application or operating system functions; placing the mapped functions into a hierarchical format indicating aspects of each mapped function, which are used to establish a hierarchy of the mapped functions; identifying a gene function in the hierarchical format , wherein the gene function is a fundamental function executed by the processing system and wherein the gene function is determined by the name of the function, the number of loads and stores, memory usage, data flow, workload, preemption, and power usage associated with the gene function; deriving attributes for the gene function from the core trace and the hierarchical format ; and storing the attributes into a gene function library database.
A blood reservoir comprising: a housing having a venous inlet and a vent inlet ; a venous tube in fluid communication with the venous inlet ; at least one vent tube in fluid communication with the vent inlet for directing blood to a blood-handling assembly that surrounds a portion of the venous tube; and the blood-handling assembly positioned within the housing and including a blood-collection chamber and a guide surface , the blood-collection chamber defining drainage holes for directing blood to the guide surface , the blood reservoir being characterized in that the guide surface defines an outer diameter, and wherein an outer diameter at a top of the guide surface near the blood collector is smaller than an outer diameter of the guide surface at a bottom of the guide surface . a housing having a venous inlet and a vent inlet ; a venous tube in fluid communication with the venous inlet ; at least one vent tube in fluid communication with the vent inlet for directing blood to a blood-handling assembly that surrounds a portion of the venous tube; and the blood-handling assembly positioned within the housing and including a blood-collection chamber and a guide surface , the blood-collection chamber defining drainage holes for directing blood to the guide surface , the blood reservoir being characterized in that the guide surface defines an outer diameter, and wherein an outer diameter at a top of the guide surface near the blood collector is smaller than an outer diameter of the guide surface at a bottom of the guide surface .
An aluminum alloy, comprising 0.9-1.2 wt. % Si, 0.3-0.5 wt. % Fe, 0.20-0.40 wt. % Cu, 1.3-1.5 wt. % Mn, 0-0.1 wt. % Mg and 0.2-3.0 wt. % Zn, with remainder Al and impurities at ≤0.15 wt. %, wherein optionally one or more of Zr, V, Cr or Ni is present at below 0.05 wt. %, and wherein the aluminum alloy has corrosion potential of -740 mV or less, measured post-brazing during which the aluminum alloy is heated to a temperature of 595 to 610°C and cooled to room temperature in a period of 20 minutes.
A process for the preparation of 6-chloromethyluracil comprising the following steps: a) Reaction of ethyl 4-chloroacetoacetate and S-methylisothiourea hemisulfate to yield the isolated intermediate 6-(chloromethyl)-6-hydroxy-2-(methylthio)-5,6-dihydropyrimidin-4(1 H )-one; b) Reaction of said 6-(chloromethyl)-6-hydroxy-2-(methylthio)-5,6-dihydropyrimidin-4(1 H )-one with aqueous sulfuric acid to yield 6-chloromethyluracil. a) Reaction of ethyl 4-chloroacetoacetate and S-methylisothiourea hemisulfate to yield the isolated intermediate 6-(chloromethyl)-6-hydroxy-2-(methylthio)-5,6-dihydropyrimidin-4(1 H )-one; b) Reaction of said 6-(chloromethyl)-6-hydroxy-2-(methylthio)-5,6-dihydropyrimidin-4(1 H )-one with aqueous sulfuric acid to yield 6-chloromethyluracil.
A light-emitting diode strip: • having a flexible open profile (U) made of extruded plastic, • having at least two electrical lines (L1, L2,..., Ln) integrated in the interior of a wall (UW) of the profile (U), which lines run parallel to one another in the wall (UW) and have plug-in connectors or free wire ends for chaining the light-emitting diode strips (LB) with one another on the end side, • having a flexible line carrier (LP) with chip light-emitting diodes (LED1, LED2,..., LEDn) arranged on it, • having a mechanical reinforcement (T) arranged parallel to the flexible printed circuit board (LP), wherein the reinforcement (T) prevents bending against the permissible bending direction of the flexible line carrier (LP), and • having a transparent or translucent casting compound (V) filling the profile (U) on the inside, in such a way that the flexible line carriers (LP) comprising the chip light-emitting diodes (LED1, LED2,..., LEDn) are protected against moisture or weather influences, and in that the flexible line carriers (LP) are connected in parallel with the electrical lines (L1, L2,..., Ln), wherein the total current flows through the lines (L1, L2,.., Ln), which are connected by means of plug-in connectors or free wire ends of the profile (U), and wherein the light-emitting diode band (LB*) are flexible vertically to the direction of extension, whereby the electrical lines (L1, L2,..., Ln) are arranged in two opposite side walls of the profile (U) and the centers of gravity (SL) lie approximately in the same plane (E) as those of the flexible printed circuit board (LP) and the reinforcement (T), and in that an electrical contact (SP) is provided in the connection region (AB), which electrical contact (SP) contacts the end-side free wire ends of the electrical lines (L1, L2,..., Ln) with the flexible conductor carrier (LP) and which after contact is surrounded with a hard sealing compound (VM), as a result of which a mechanical protection and at the same time strain relief of the interlinked light-emitting diode strips (LB) is achieved in conjunction with the casting compound (V) filling the profile (U) on the inside. • having a flexible open profile (U) made of extruded plastic, • having at least two electrical lines (L1, L2,..., Ln) integrated in the interior of a wall (UW) of the profile (U), which lines run parallel to one another in the wall (UW) and have plug-in connectors or free wire ends for chaining the light-emitting diode strips (LB) with one another on the end side, • having a flexible line carrier (LP) with chip light-emitting diodes (LED1, LED2,..., LEDn) arranged on it, • having a mechanical reinforcement (T) arranged parallel to the flexible printed circuit board (LP), wherein the reinforcement (T) prevents bending against the permissible bending direction of the flexible line carrier (LP), and • having a transparent or translucent casting compound (V) filling the profile (U) on the inside,
An automatic test equipment system comprising: an instrument module that comprises input circuitry configured to receive an input signal, the instrument module configured to extract informational content from the input signal, to provide a related signal based on the informational content of the input signal, and to obtain parametric data associated with the input signal, the parametric data representing one or more signal characteristics other than the informational content; a first switch that is configurable to provide, to one or more first channels of the automatic test equipment system, first data based on the related signal that is based on the informational content of the input signal; and a second switch that is configurable to provide second data based on the parametric data associated with the input signal to one or more second channels of the automatic test equipment system. an instrument module that comprises input circuitry configured to receive an input signal, the instrument module configured to extract informational content from the input signal, to provide a related signal based on the informational content of the input signal, and to obtain parametric data associated with the input signal, the parametric data representing one or more signal characteristics other than the informational content; a first switch that is configurable to provide, to one or more first channels of the automatic test equipment system, first data based on the related signal that is based on the informational content of the input signal; and a second switch that is configurable to provide second data based on the parametric data associated with the input signal to one or more second channels of the automatic test equipment system.
A formulation with active oxygen compounds which contains hydrogen peroxide as a source of active oxygen compounds, characterised by the fact that it further includes the following: ∘ silver in colloidal form and/or gold in colloidal form; ∘ aloe vera selected from the group consisting of an extract of leaves of the aloe species Aloe barbadensis, an extract of aloe flowers of the species Aloe barbadensis, a gel that is extruded from the leaves of the species Aloe barbadensis, an Aloe arborescens leaf extract and an Aloe ferox leaf extract; ∘ hyaluronic acid and ∘ additional moisturiser selected from the group consisting of glycerol and propylene glycol. ∘ silver in colloidal form and/or gold in colloidal form; ∘ aloe vera selected from the group consisting of an extract of leaves of the aloe species Aloe barbadensis, an extract of aloe flowers of the species Aloe barbadensis, a gel that is extruded from the leaves of the species Aloe barbadensis, an Aloe arborescens leaf extract and an Aloe ferox leaf extract; ∘ hyaluronic acid and ∘ additional moisturiser selected from the group consisting of glycerol and propylene glycol.
A support system for spring elements of a mattress or undermattress comprising a plurality of support elements to which the spring elements can be attached, wherein the support elements each have at least one longitudinal strut extending in a first spatial direction and at least one transverse strut extending in a second spatial direction facing transversely to the first spatial direction , wherein the support elements can be joined together via the longitudinal struts and transverse struts to form a grid-like structure, wherein respective connection means are provided at the support elements and are configured for connecting the longitudinal strut of a support element to a connection section, in particular to a transverse strut , of an adjacent support element at at least two different connection points of the connection section, in particular of the transverse strut , characterized in that the connection points are spaced apart from one another with respect to the second spatial direction .
A computer-implemented method for signing data in a distributed network , the distributed network comprising at least one application subnet (SNA), wherein the application subnet (SNA) comprises a plurality of nodes , wherein each of the plurality of nodes is configured to run two or more computational units , wherein the computational units are pieces of software that comprise their own unit state and wherein the computational units are configured to execute computations in a deterministic and replicated manner across the application subnet, the method comprising regularly computing, by the plurality of nodes of the application subnet (SNA), a digest of an application subnet accumulator , the application subnet accumulator comprising for each of the computational units of a respective application subnet (SNA) an assigned accumulator element as unit variable; regularly executing, by the nodes of the application subnet (SNA), a joint signature on the digest of the application subnet accumulator, thereby producing an application subnet certificate; regularly computing, by each of the computational units of the application subnet (SNA), a digest of an unit accumulator , the unit accumulator comprising a representation of the unit state of the respective computational unit , wherein accumulator elements of the unit accumulator comprise computational results of the respective computational unit; and regularly writing the digest of the unit accumulator as unit variable into the corresponding accumulator element of the application subnet accumulator . regularly computing, by the plurality of nodes of the application subnet (SNA), a digest of an application subnet accumulator , the application subnet accumulator comprising for each of the computational units of a respective application subnet (SNA) an assigned accumulator element as unit variable; regularly executing, by the nodes of the application subnet (SNA), a joint signature on the digest of the application subnet accumulator, thereby producing an application subnet certificate; regularly computing, by each of the computational units of the application subnet (SNA), a digest of an unit accumulator , the unit accumulator comprising a representation of the unit state of the respective computational unit , wherein accumulator elements of the unit accumulator comprise computational results of the respective computational unit; and regularly writing the digest of the unit accumulator as unit variable into the corresponding accumulator element of the application subnet accumulator .
An oral care composition for inhibiting the growth of potentially pathogenic oral microorganisms, said composition comprising an extract of Heteropyxis natalensis prepared by drying collected aerial plant material, comprising leaves and twigs of H.natalensis, grinding the plant material into a powder, extracting by mixing the powder with ethanol to produce an extraction, filtering the extraction and evaporating the ethanol to retain the extract; the composition being formulated in an oral delivery system including any one of the group selected from capsules, tablets, mouth wash, gel, paste, toothpaste, impregnated dental floss and chewing gum.
A pin for aligning and securing bones, the pin having an elongated body, comprising: a proximal portion; a distal portion; and a shoulder between the proximal portion and the distal portion, wherein the shoulder has a diameter greater than the remainder of the pin, wherein the shoulder has an apex and sloped, contoured, convex, concave, stepped, or irregular surfaces extending gradually on either side of the apex of the shoulder and in that the shoulder is a circumferential structure, further comprising: barbs on the proximal portion, characterized in that the barbs on the proximal portion have a profile such that, as the barbs proceed from a distal end to a proximal end, the barbs slope abruptly from a trough to a crest and slope gradually from a crest to a trough, and further comprising barbs on the distal portion, wherein the barbs on the distal portion have a profile such that, as the barbs proceeds from a distal end to a proximal end, the barbs slope gradually from a trough to a crest and slope abruptly from a crest to a trough . a proximal portion; a distal portion; and a shoulder between the proximal portion and the distal portion, wherein the shoulder has a diameter greater than the remainder of the pin, wherein the shoulder has an apex and sloped, contoured, convex, concave, stepped, or irregular surfaces extending gradually on either side of the apex of the shoulder and in that the shoulder is a circumferential structure, barbs on the proximal portion, characterized in that the barbs on the proximal portion have a profile such that, as the barbs proceed from a distal end to a proximal end, the barbs slope abruptly from a trough to a crest and slope gradually from a crest to a trough, and further comprising barbs on the distal portion, wherein the barbs on the distal portion have a profile such that, as the barbs proceeds from a distal end to a proximal end, the barbs slope gradually from a trough to a crest and slope abruptly from a crest to a trough .
A variable pitch mechanism for a wind turbine, comprising a variable pitch bearing and a driving gear , wherein the variable pitch bearing comprises an outer ring of the bearing secured to a hub and an inner ring of the bearing connected to a blade , an inner circumferential surface of the inner ring of the bearing is provided with teeth, wherein, the variable pitch mechanism further comprises a flange , and characterized in that , the flange is arranged on the hub and is arranged coaxially with the variable pitch bearing, the driving gear is mounted on the flange and engages with the teeth on the inner ring of the bearing, and a mounting position of the flange on the hub is adjustable along a circumferential direction relative to the inner ring of the bearing by rotation of the flange about its axis, thus changing a meshing area between the inner ring of the bearing and the driving gear . the variable pitch mechanism further comprises a flange , and characterized in that , the flange is arranged on the hub and is arranged coaxially with the variable pitch bearing, the driving gear is mounted on the flange and engages with the teeth on the inner ring of the bearing, and a mounting position of the flange on the hub is adjustable along a circumferential direction relative to the inner ring of the bearing by rotation of the flange about its axis, thus changing a meshing area between the inner ring of the bearing and the driving gear .
An eccentric sheath-core conjugate fiber comprising a core component, which is a thermoplastic polyurethane, and a sheath component, which is nylon 6, wherein the eccentric sheath-core conjugate fiber has cross-sectional curvature of 15% or less, determined as described in the description, and a cross-sectional curvature CV value of 0.40 or less, determined as described in the description.
A flow rate measuring device comprising a flow rate measurement tube and wherein an ultrasound transmission element/reception element is respectively provided, with a distance L present therebetween, on both sides of a flow rate measurement part (1-2) of said tube; the flow rate measuring device further comprising a flow rate computation circuit for obtaining a flow velocity of a fluid from a propagation time difference between a propagation time T 1 and a propagation time T 2 , the propagation time T 1 being a time in which a guided wave, excited by being driven by the ultrasound transmission element, propagates from upstream to downstream to the ultrasound reception element set apart by gap L, and the propagation time T 2 being a time in which the guided wave propagates from downstream to upstream; the flow rate measuring device being characterized in that : a resonance frequency (f 0 ) of the ultrasound transmission element/reception element is set so as to agree with a frequency of an isolated peak of group velocities of guided waves, from among a plurality of peaks of group velocities of guided waves; and the spectral width of the excited/received ultrasound signal defined as the width at half maximum of the function representing the ultrasound power as a function of the frequency is set to a value (Δf) such that, when centered on said frequency of an isolated peak of group velocities of guided waves, the other peaks of said plurality of peaks of group velocities of guided waves lie outside the range defined by said value (Δf) centered on said frequency of an isolated peak of group velocities of guided waves. a resonance frequency (f 0 ) of the ultrasound transmission element/reception element is set so as to agree with a frequency of an isolated peak of group velocities of guided waves, from among a plurality of peaks of group velocities of guided waves; and the spectral width of the excited/received ultrasound signal defined as the width at half maximum of the function representing the ultrasound power as a function of the frequency is set to a value (Δf) such that, when centered on said frequency of an isolated peak of group velocities of guided waves, the other peaks of said plurality of peaks of group velocities of guided waves lie outside the range defined by said value (Δf) centered on said frequency of an isolated peak of group velocities of guided waves.