mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a server for compilation optimization of a hosted application, APP, characterized by comprising: obtaining environment data of a hosted APP running environment provided by a host APP on a terminal, in response to receiving from the host APP a request to obtain the hosted APP, wherein the environment data of the hosted APP running environment provided by the host APP comprises at least one of: version data of the host APP; or version data of the hosted APP running environment provided by the host APP; querying in compilation results of the hosted APP and respective version data of the compilation results uploaded by a developer tool, according to the environment data of the hosted APP running environment provided by the host APP, to obtain a compilation result runnable by the host APP, wherein the compilation results of the hosted APP comprise a first compilation result before compilation optimization and a second compilation result after the compilation optimization, and wherein the respective version data of the compilation results include version data of the first compilation result, the lowest version data of the hosted APP running environment on which the first compilation result depends, version data of the second compilation result, and the lowest version data of the hosted APP running environment on which the second compilation result depends; and sending to the host APP the compilation result runnable by the host APP obtained, so that the host APP runs the compilation result by using the hosted APP running environment provided by the host APP. obtaining environment data of a hosted APP running environment provided by a host APP on a terminal, in response to receiving from the host APP a request to obtain the hosted APP, wherein the environment data of the hosted APP running environment provided by the host APP comprises at least one of: version data of the host APP; or version data of the hosted APP running environment provided by the host APP; querying in compilation results of the hosted APP and respective version data of the compilation results uploaded by a developer tool, according to the environment data of the hosted APP running environment provided by the host APP, to obtain a compilation result runnable by the host APP, wherein the compilation results of the hosted APP comprise a first compilation result before compilation optimization and a second compilation result after the compilation optimization, and wherein the respective version data of the compilation results include version data of the first compilation result, the lowest version data of the hosted APP running environment on which the first compilation result depends, version data of the second compilation result, and the lowest version data of the hosted APP running environment on which the second compilation result depends; and sending to the host APP the compilation result runnable by the host APP obtained, so that the host APP runs the compilation result by using the hosted APP running environment provided by the host APP.
A vessel device, in particular bottle device and/or canister device, which is formed at least partially and/or at least area by area as blow molded plastics mold, and has at least one plastics connecting seam for the fluid-tight, preferably gas-tight connection of at least two plastics workpiece areas (2, 3), which are formed in a flat manner at least area by area, characterized in that the plastics connecting seam is embodied at least in sections as engage-behind device, which supports strength under a load in such a way that, at least under a tensile load acting in a standard load direction, the connection strength of the plastics connecting seam increases.
Process of preparation of a probiotic formula from cow's or goat's milk by fermentation and lyophilization, characterized in that a standardized and pasteurized cow's milk with 3.6% fat or sterilized pasteurized goat's milk with 3.2% fat is cultured by a probiotic cooperation of microorganism strains, including strain Lactobacillus delbrueckii subsp. bulgsricus DMR1, registered in CCM under No 8591/17.02.2015, strain Lactobacillus delbrueckii subsp. bulgaricus DMR2, registered in CCM under No 8592/ 17.02.2015, strain Streptococcus thermophilus DMR3, registered in CCM under No 8591/ 17.02.2015 and strain Streptococcus thermophilus DMR4, registered in CCM under No 8592/ 17.02.2015 in a ratio 1:0.005 in order to obtain a biomass which is added to standardized and pasteurized milk in a ratio 1: 0.001 and is left to ferment for 18 hours at a temperature of 43°C- 45°C, the resultant liquid starter culture is added to 17% water solution of dry cow's or fresh goat's milk in a ratio 3:1 together with a cryoprotectant bee honey and the obtained mixture is homogenized at a temperature of 41°C - 44°C, then it is fermented for 3 hours and then is cooled down to 24°C- 25°C, then is lyophilized and is stored at a temperature of 24°C.
Electronic circuit comprising a humidity detection device, the humidity detection device comprising - an electrically conductive detection structure arranged in an environment of an electrically conductive first reference structure of the electronic circuit, wherein the first reference structure is connected to a first reference potential terminal of the electronic circuit; - a voltage sensor comprising a first sensor terminal, which is connected to the detection structure, and comprising a second sensor terminal, which is connectable to an electrically conductive second reference structure of the electronic circuit, which is connected to a second reference potential terminal of the circuit, wherein the voltage sensor is configured to generate a sensor signal depending on an electric voltage between the first sensor terminal and the second sensor terminal; - a switching device (8, 10), which is configured to selectively disconnect the second sensor terminal from the second reference structure and connect it thereto, and - an evaluation unit configured to detect depending on the sensor signal humidity which electrically couples the first reference structure to the detection structure. - an electrically conductive detection structure arranged in an environment of an electrically conductive first reference structure of the electronic circuit, wherein the first reference structure is connected to a first reference potential terminal of the electronic circuit; - a voltage sensor comprising a first sensor terminal, which is connected to the detection structure, and comprising a second sensor terminal, which is connectable to an electrically conductive second reference structure of the electronic circuit, which is connected to a second reference potential terminal of the circuit, wherein the voltage sensor is configured to generate a sensor signal depending on an electric voltage between the first sensor terminal and the second sensor terminal; - a switching device (8, 10), which is configured to selectively disconnect the second sensor terminal from the second reference structure and connect it thereto, and - an evaluation unit configured to detect depending on the sensor signal humidity which electrically couples the first reference structure to the detection structure.
A multisite heterogeneous catalyst suitable for reactions of olefin polymerization and olefin and alpha-olefin copolymerization characterized by comprising a support and, in its active composition, a titanium oxopolymer, the latter being an organometallic chemical compound having oligomeric structure and chemical formula given in Equation 1 below: (R a) p M a (O-Ti-O) n M b (R b) q where: (O - Ti - O) is the monomeric unit of the oligomer formed by n units; R a,b are alike or different substituents, and may be a halogen or, then, an alkoxy group of linear or branched or cyclic or even aromatic chain; Ma,b are alike or different and may be transition metals of groups 4, 5 or 6 or, even, semi-metals of group 14 of the periodic table, wherein subindexes p and q of the substituents must satisfy the coordination number of the respective M, and the polymerization level n must be higher than or equal to 3, wherein the support is pre-treated with a Ziegler-Natta catalyst.
Composition comprising a grafted copolymer consisting: - of a linear trunk comprising at least one nonaromatic vinyl polymer or one unsaturated polyolefin, and - at least two grafts, attached to said trunk via a chemical bond, each consisting of a conjugated polymer, characterized in that said composition additionally comprises: - fullerenes and a conjugated polymer, or - carbon nanotubes and/or graphene. - of a linear trunk comprising at least one nonaromatic vinyl polymer or one unsaturated polyolefin, and - at least two grafts, attached to said trunk via a chemical bond, each consisting of a conjugated polymer, characterized in that said composition additionally comprises: - fullerenes and a conjugated polymer, or - carbon nanotubes and/or graphene. - fullerenes and a conjugated polymer, or - carbon nanotubes and/or graphene.
Power system for mounting on a marine vehicle, the power system comprising a propulsion unit, fittings for fastening the power system to a hull element of the marine vehicle and a rudder bearing mechanically connecting the propulsion unit with the fittings, wherein the fittings are configured such that, when the power system is mounted on the hull element, the plane of the rudder bearing is inclined with respect to a plane containing a longitudinal axis and a transverse axis of the marine vehicle, characterized in that the fittings include a strut in the form of a truncated cylinder comprising a first end with a first plane perpendicular to its axial direction and a second end with a second plane oblique relative to its axial direction, the strut being fixed by its second end to the rudder bearing.
A system for performing ray-tracing based rendering on a computer, comprising: an intersection testing unit operable to identify an intersection between a ray and a primitive in a 3-D scene being rendered; a processor capable of being configured with shader code to be executed; and a controller operable to determine whether an identified portion of shader code, associated with the primitive, is to begin execution on the processor, responsive to the intersection between the ray and the primitive, based on an estimated number of rays that would be emitted by the portion of shader code during execution and a status of a memory that will store data defining the emitted rays. an intersection testing unit operable to identify an intersection between a ray and a primitive in a 3-D scene being rendered; a processor capable of being configured with shader code to be executed; and a controller operable to determine whether an identified portion of shader code, associated with the primitive, is to begin execution on the processor, responsive to the intersection between the ray and the primitive, based on an estimated number of rays that would be emitted by the portion of shader code during execution and a status of a memory that will store data defining the emitted rays.
A method for detecting a brute force attack, comprising: obtaining, by a network device, mirrored traffic between a client and a server; obtaining, by the network device, a first session information sequence based on the mirrored traffic, wherein the first session information sequence comprises a plurality of pieces of session information, the plurality of pieces of session information have a one-to-one correspondence with a plurality of login sessions that are initiated by the client to the server by using the mirrored traffic, and an arrangement order of the plurality of pieces of session information in the first session information sequence is consistent with a chronological order of the plurality of login sessions; using, by the network device, the first session information sequence as a first Markov chain, and obtaining a state chain probability value of the first Markov chain, wherein each piece of session information in the first session information sequence is used as a state in the first Markov chain; and determining, by the network device based on the state chain probability value of the first Markov chain and a first benchmark probability value, whether the plurality of login sessions are a brute force attack, wherein the first benchmark probability value is used to identify the brute force attack. obtaining, by a network device, mirrored traffic between a client and a server; obtaining, by the network device, a first session information sequence based on the mirrored traffic, wherein the first session information sequence comprises a plurality of pieces of session information, the plurality of pieces of session information have a one-to-one correspondence with a plurality of login sessions that are initiated by the client to the server by using the mirrored traffic, and an arrangement order of the plurality of pieces of session information in the first session information sequence is consistent with a chronological order of the plurality of login sessions; using, by the network device, the first session information sequence as a first Markov chain, and obtaining a state chain probability value of the first Markov chain, wherein each piece of session information in the first session information sequence is used as a state in the first Markov chain; and determining, by the network device based on the state chain probability value of the first Markov chain and a first benchmark probability value, whether the plurality of login sessions are a brute force attack, wherein the first benchmark probability value is used to identify the brute force attack.
Taped seal construction for a body part of a vehicle, comprising - a seal with a main portion and a lip portion, the main portion being designed to extend on one side of the body part of the vehicle and the lip portion being designed to extend on another side of the body part of the vehicle thereby covering an edge of the body part, - and a tape, the tape being attached to the main portion of the seal, characterized in that the tape comprises a split liner, wherein the liner is split such that the two liner parts (6', 6") have different widths in a cross sectional view perpendicular to the direction of the longitudinal extension of the taped seal construction. - a seal with a main portion and a lip portion, the main portion being designed to extend on one side of the body part of the vehicle and the lip portion being designed to extend on another side of the body part of the vehicle thereby covering an edge of the body part, - and a tape, the tape being attached to the main portion of the seal,
A method for maintaining a system consisting of a plurality of components (130 - 170), comprising the steps of: - collecting maintenance information for each component (130 - 170) of the system for which maintenance information is available; - providing a maintenance schedule for components (130 - 170) of the system; - operating said system; and - maintaining said system wherein: - during scheduled maintenance of a component (130 - 170) information about the status of that component (130 - 170) is acquired; - during a failure of a component (130 - 170) information about the failure of that component (130 - 170) is acquired; and - modifying the maintenance schedule according to the acquired information, characterized in that the method further comprises a step of determining information about interrelationship of components (130 - 170) comprising the respective inherent properties of each component as well as their particular placement within the system, specific environmental influences created either by the location or by adjoining components and specific mechanical and/or electrical influences of certain components on other components. - collecting maintenance information for each component (130 - 170) of the system for which maintenance information is available; - providing a maintenance schedule for components (130 - 170) of the system; - operating said system; and - maintaining said system wherein: - during scheduled maintenance of a component (130 - 170) information about the status of that component (130 - 170) is acquired; - during a failure of a component (130 - 170) information about the failure of that component (130 - 170) is acquired; and - modifying the maintenance schedule according to the acquired information, characterized in that the method further comprises a step of determining information about interrelationship of components (130 - 170) comprising the respective inherent properties of each component as well as their particular placement within the system, specific environmental influences created either by the location or by adjoining components and specific mechanical and/or electrical influences of certain components on other components. - during scheduled maintenance of a component (130 - 170) information about the status of that component (130 - 170) is acquired; - during a failure of a component (130 - 170) information about the failure of that component (130 - 170) is acquired; and - modifying the maintenance schedule according to the acquired information, characterized in that the method further comprises a step of determining information about interrelationship of components (130 - 170) comprising the respective inherent properties of each component as well as their particular placement within the system, specific environmental influences created either by the location or by adjoining components and specific mechanical and/or electrical influences of certain components on other components.
A processor device comprising: a control register including a combined condition code register for scalar and vector operations; a plurality of instruction execution units (136, 138, 140, 142) to execute scalar and vector instructions that both utilize the combined condition code register, wherein the plurality of execution units are configured to selectively swap source operands to support signed and unsigned vector comparisons, including compare-for-equal, compare-for-signed-greater-than and compared-for-unsigned-greater-than instructions; a memory unit that includes an instruction for a scalar operation that utilizes the combined condition code register and an instruction for a vector operation that utilizes the combined condition code register; a sequencer responsive to the memory unit; wherein the plurality of instruction execution units are responsive to the sequencer; wherein the sequencer is adapted to fetch a plurality of instructions from the memory unit and to group the plurality of instructions into packets of instructions of different types to be executed in parallel by the plurality of instruction execution units; and wherein the scalar operation is a scalar compare that sets each bit in the combined condition code register as a first value for a true compare and that sets each bit in the combined condition code register as a second value for a false compare. a control register including a combined condition code register for scalar and vector operations; a plurality of instruction execution units (136, 138, 140, 142) to execute scalar and vector instructions that both utilize the combined condition code register, wherein the plurality of execution units are configured to selectively swap source operands to support signed and unsigned vector comparisons, including compare-for-equal, compare-for-signed-greater-than and compared-for-unsigned-greater-than instructions; a memory unit that includes an instruction for a scalar operation that utilizes the combined condition code register and an instruction for a vector operation that utilizes the combined condition code register; a sequencer responsive to the memory unit; wherein the plurality of instruction execution units are responsive to the sequencer; wherein the sequencer is adapted to fetch a plurality of instructions from the memory unit and to group the plurality of instructions into packets of instructions of different types to be executed in parallel by the plurality of instruction execution units; and wherein the scalar operation is a scalar compare that sets each bit in the combined condition code register as a first value for a true compare and that sets each bit in the combined condition code register as a second value for a false compare.
An undercutting system for preparing a region between an ilium and a sacrum for sacroiliac fusion, wherein the undercutting system comprises: an insertion apparatus; and a cutting assembly operably mounted with respect to the insertion apparatus, wherein the cutting assembly is movable with respect to the insertion apparatus between a retracted configuration and an extended configuration, wherein in the extended configuration at least a portion of the cutting assembly extends laterally from the insertion apparatus characterized in that the undercutting system comprises a probe assembly operably mounted to the insertion apparatus, wherein the probe assembly is moveable with respect to the insertion apparatus between a retracted configuration and an extended configuration, wherein in the extended configuration at least a portion of the probe assembly extends laterally from the insertion apparatus, the probe assembly extending from a distal end of the insertion apparatus; the cutting assembly is operably mounted relative to the probe assembly, and the cutting assembly comprises a bore formed therein, the probe assembly extending through the bore. an insertion apparatus; and a cutting assembly operably mounted with respect to the insertion apparatus, wherein the cutting assembly is movable with respect to the insertion apparatus between a retracted configuration and an extended configuration, wherein in the extended configuration at least a portion of the cutting assembly extends laterally from the insertion apparatus the undercutting system comprises a probe assembly operably mounted to the insertion apparatus, wherein the probe assembly is moveable with respect to the insertion apparatus between a retracted configuration and an extended configuration, wherein in the extended configuration at least a portion of the probe assembly extends laterally from the insertion apparatus, the probe assembly extending from a distal end of the insertion apparatus; the cutting assembly is operably mounted relative to the probe assembly, and the cutting assembly comprises a bore formed therein, the probe assembly extending through the bore.
A pulsed-electric drilling system that comprises: a bit configured to fire pulses of electric current for detaching formation material to extend a borehole; a drillstring (8, 44) that defines at least one path for a fluid flow to the bit to flush detached formation material from the borehole; a feed pipe that transports at least a part of said fluid flow to said path; and a cooling mechanism coupled to the feed pipe to cool the fluid flow. a bit configured to fire pulses of electric current for detaching formation material to extend a borehole; a drillstring (8, 44) that defines at least one path for a fluid flow to the bit to flush detached formation material from the borehole; a feed pipe that transports at least a part of said fluid flow to said path; and a cooling mechanism coupled to the feed pipe to cool the fluid flow.