mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving a facet image training set that comprises training images, wherein the training images depict a type of facet common to the training images, wherein the training images depict the type of facet in conjunction with a type of object common to the training images; training, by using the facet image training set, an artificial neural network to classify the type of facet when one or more sample images comprising the type of facet is input to the artificial neural network , wherein the artificial neural network comprises a convolutional neural network, and wherein the training the artificial neural network comprises recording two or more state data corresponding to different states of the convolutional neural network according to respective two or more trainings; classifying the one or more sample images using the artificial neural network to assess whether the one or more sample images depict the type of facet; after the one or more sample images have been classified, searching the one or more sample images for the type of facet using the different states of the artificial neural network ; and determining search results based on a weighting of different images found during the searching of the one or more sample images using the different states. receiving a facet image training set that comprises training images, wherein the training images depict a type of facet common to the training images, wherein the training images depict the type of facet in conjunction with a type of object common to the training images; training, by using the facet image training set, an artificial neural network to classify the type of facet when one or more sample images comprising the type of facet is input to the artificial neural network , wherein the artificial neural network comprises a convolutional neural network, and wherein the training the artificial neural network comprises recording two or more state data corresponding to different states of the convolutional neural network according to respective two or more trainings; classifying the one or more sample images using the artificial neural network to assess whether the one or more sample images depict the type of facet; after the one or more sample images have been classified, searching the one or more sample images for the type of facet using the different states of the artificial neural network ; and determining search results based on a weighting of different images found during the searching of the one or more sample images using the different states.
A road surface information collection device that is configured to collect road surface information with an acceleration sensor attached to an inner circumferential surface of a tire of a vehicle, the device comprising: a sampling unit that is configured to sample detection results of the acceleration sensor with a first sampling cycle (S1) to obtain first sampling data and that is configured to sample detection results of the acceleration sensor with a second sampling cycle (S2) shorter than the first sampling cycle (S1) to obtain second sampling data as the road surface information based on a condition that the acceleration sensor is positioned within a first predetermined range including a back side of a point on the tire in contact with the ground; a position calculator that is configured to calculate a rotational position of the acceleration sensor based on changes in the first sampling data; a speed calculator that is configured to detect a rotation speed of the tire based on changes in the first sampling data; and a first predetermined range determination unit that is configured to change the first predetermined range in accordance with the rotation speed of the tire , characterized in that the sampling unit includes a first sampling unit that is configured to obtain the first sampling data and a second sampling unit that is configured to obtain the second sampling data. a sampling unit that is configured to sample detection results of the acceleration sensor with a first sampling cycle (S1) to obtain first sampling data and that is configured to sample detection results of the acceleration sensor with a second sampling cycle (S2) shorter than the first sampling cycle (S1) to obtain second sampling data as the road surface information based on a condition that the acceleration sensor is positioned within a first predetermined range including a back side of a point on the tire in contact with the ground; a position calculator that is configured to calculate a rotational position of the acceleration sensor based on changes in the first sampling data; a speed calculator that is configured to detect a rotation speed of the tire based on changes in the first sampling data; and a first predetermined range determination unit that is configured to change the first predetermined range in accordance with the rotation speed of the tire , characterized in that the sampling unit includes a first sampling unit that is configured to obtain the first sampling data and a second sampling unit that is configured to obtain the second sampling data.
A method for the diagnosis of TB in a subject, the method comprising; (a) providing a sample from said subject, said sample being selected from the group consisting of: blood, serum and plasma; (b) determining the concentration in said sample of the following biomarkers: IL-1ra, IL6, IL-7, IL-8, IL-12p70, FGF-basic, IP-10, and VEGF; (c) converting each biomarker concentration determined in (b) into a decile value; and (d) converting each decile value into a binary presence or absence by comparing the decile values of (c) to the following specific quantile cut-off values: Biomarker Specific quantile cut-off value IL-1ra 3 IL6 6 IL-7 8 IL-8 9 IL-12p70 9 FGF-basic 3 IP-10 4 VEGF 9 wherein a decile value matching or exceeding the specific quantile cut-off value is converted into the binary presence of the biomarker, and a decile value lower than the specific quantile cut-off value is converted into the binary absence of the biomarker; wherein detecting the presence of each of said biomarkers indicates that the subject has TB. (a) providing a sample from said subject, said sample being selected from the group consisting of: blood, serum and plasma; (b) determining the concentration in said sample of the following biomarkers: IL-1ra, IL6, IL-7, IL-8, IL-12p70, FGF-basic, IP-10, and VEGF; (c) converting each biomarker concentration determined in (b) into a decile value; and (d) converting each decile value into a binary presence or absence by comparing the decile values of (c) to the following specific quantile cut-off values: Biomarker Specific quantile cut-off value IL-1ra 3 IL6 6 IL-7 8 IL-8 9 IL-12p70 9 FGF-basic 3 IP-10 4 VEGF 9 wherein a decile value matching or exceeding the specific quantile cut-off value is converted into the binary presence of the biomarker, and a decile value lower than the specific quantile cut-off value is converted into the binary absence of the biomarker; wherein detecting the presence of each of said biomarkers indicates that the subject has TB.
A method of synthesizing a compound of Formula I: or a salt thereof, comprising the steps: a) performing base catalyzed hydrolysis of Compound 19 in a heterogeneous reaction: wherein Compound 19 is contacted with a phase transfer catalyst in aqueous acetone; and b) isolating said compound of Formula I or a salt thereof. a) performing base catalyzed hydrolysis of Compound 19 in a heterogeneous reaction: wherein Compound 19 is contacted with a phase transfer catalyst in aqueous acetone; and b) isolating said compound of Formula I or a salt thereof.
A liquid dosing unit for providing detergent to a WC suit, the liquid dosing unit comprising; a dosing piping having two open ends , both connected via a first hose and second hose to an outlet valve of the WC suit in use, said liquid dosing unit further comprises a water trap arranged between said two open ends at a position vertically above said open ends , wherein the water trap of the dosing piping is configured to enclose detergent, and wherein when the outlet valve is opened for flushing the WC suit, the first hose and second hose will be filled with water up to approximately the same vertical level as the water level inside a water cistern of the WC suit, and remaining air is pressed upwards through the first hose and second hose in such a way that air entrapped in the second hose will push detergent arranged at the water trap to the water filled first hose thereby forming a mix of the detergent with the water provided therein, which then flows out through the open end being connected to the first hose into the outlet valve , characterized in that the first hose is connected to a first end of the water trap via a vent device . a dosing piping having two open ends , both connected via a first hose and second hose to an outlet valve of the WC suit in use, said liquid dosing unit further comprises a water trap arranged between said two open ends at a position vertically above said open ends , wherein the water trap of the dosing piping is configured to enclose detergent, and wherein when the outlet valve is opened for flushing the WC suit, the first hose and second hose will be filled with water up to approximately the same vertical level as the water level inside a water cistern of the WC suit, and remaining air is pressed upwards through the first hose and second hose in such a way that air entrapped in the second hose will push detergent arranged at the water trap to the water filled first hose thereby forming a mix of the detergent with the water provided therein, which then flows out through the open end being connected to the first hose into the outlet valve , characterized in that the first hose is connected to a first end of the water trap via a vent device .
An attachment assembly for an enclosure with an enclosure opening and an enclosure cover , the enclosure cover including a first cover opening that extends between an inner side and an outer side of the enclosure cover, the attachment assembly comprising: an anchor block that is configured to be secured relative to the inner side of the enclosure cover in alignment with the first cover opening , and that includes one or more flexible arms configured to engage a respective interior structure of the enclosure; and a locking body that includes a cam member , the locking body configured to be rotatably secured to the anchor block ; the locking body being configured to be accessed through the first cover opening , from the outer side of the enclosure cover , to be rotated relative to the anchor block between: a locked orientation, in which the cam member engages the one or more flexible arms to prevent the one or more flexible arms from flexing away from the respective interior structure of the enclosure, the one or more flexible arms thereby securing the enclosure cover to the enclosure; and an unlocked orientation, in which the cam member allows the one or more flexible arms to flex away from the respective interior structure of the enclosure and thereby release the enclosure cover from the enclosure. an anchor block that is configured to be secured relative to the inner side of the enclosure cover in alignment with the first cover opening , and that includes one or more flexible arms configured to engage a respective interior structure of the enclosure; and a locking body that includes a cam member , the locking body configured to be rotatably secured to the anchor block ; the locking body being configured to be accessed through the first cover opening , from the outer side of the enclosure cover , to be rotated relative to the anchor block between: a locked orientation, in which the cam member engages the one or more flexible arms to prevent the one or more flexible arms from flexing away from the respective interior structure of the enclosure, the one or more flexible arms thereby securing the enclosure cover to the enclosure; and an unlocked orientation, in which the cam member allows the one or more flexible arms to flex away from the respective interior structure of the enclosure and thereby release the enclosure cover from the enclosure. a locked orientation, in which the cam member engages the one or more flexible arms to prevent the one or more flexible arms from flexing away from the respective interior structure of the enclosure, the one or more flexible arms thereby securing the enclosure cover to the enclosure; and an unlocked orientation, in which the cam member allows the one or more flexible arms to flex away from the respective interior structure of the enclosure and thereby release the enclosure cover from the enclosure.
Solid rubber tyre, characterized in that it comprises in at least one component 1 to 200 phr of at least one pyrolysis carbon black, wherein the solid rubber tyre comprises at least one tread and wherein the pyrolysis carbon black has an ash content of 5% to 30% by weight.
A composition comprising a mixture which comprises: (i) sodium alginate; (ii) calcium carbonate; (iii) sodium bicarbonate; (iv) the digestive enzyme actinidin from Actinidia chinensis Planch (Kiwi) dry fruit extract, having a content of actinidin of 16000 CDU/g, and (v) liquorice (Glycyrrhiza glaba L.) in the form of a dry root extract containing 3% glycyrrhizic acid. (i) sodium alginate; (ii) calcium carbonate; (iii) sodium bicarbonate; (iv) the digestive enzyme actinidin from Actinidia chinensis Planch (Kiwi) dry fruit extract, having a content of actinidin of 16000 CDU/g, and (v) liquorice (Glycyrrhiza glaba L.) in the form of a dry root extract containing 3% glycyrrhizic acid.
System for applying a building material, the system including: a movement device for changing a site of application within a space; a first component of the building material; a second component of the building material; a mixer for mixing the first component and the second component ; wherein the mixer includes a drive module with a first coupling element and a mixing chamber module with a second coupling element , wherein the drive module and the mixing chamber module are realized so as to be separable from one another by means of the coupling elements , and wherein the drive module and the mixing chamber module are operatively connected together by means of the coupling elements when the system is in an application state; characterized in that the first component includes a pumpable concrete and wherein the second component includes an accelerating admixture. a movement device for changing a site of application within a space; a first component of the building material; a second component of the building material; a mixer for mixing the first component and the second component ; wherein the mixer includes a drive module with a first coupling element and a mixing chamber module with a second coupling element , wherein the drive module and the mixing chamber module are realized so as to be separable from one another by means of the coupling elements , and wherein the drive module and the mixing chamber module are operatively connected together by means of the coupling elements when the system is in an application state; characterized in that the first component includes a pumpable concrete and wherein the second component includes an accelerating admixture.
A method for preventing insertions of malicious processes, the method comprising: monitoring, by a filter driver of a kernel mode of an operating system, active processes that are running in suspended mode; and for each active process being monitored, by a filter driver of the kernel mode: injecting a dynamic link library (DLL) into the active process to hook an application programming interface (API) of an application corresponding to the active process, wherein the DLL is injected for tracking commands for suspension and resumption of the active process; monitoring file inputs and outputs of the application for anomalies while the active process is in the suspended mode; when a command for resuming the active process is detected using the DLL, determining, based on the monitoring, whether a malicious process is inserted into the active process; and allowing the suspended process to resume execution in response to determining that no malicious process is inserted in the active process. monitoring, by a filter driver of a kernel mode of an operating system, active processes that are running in suspended mode; and for each active process being monitored, by a filter driver of the kernel mode: injecting a dynamic link library (DLL) into the active process to hook an application programming interface (API) of an application corresponding to the active process, wherein the DLL is injected for tracking commands for suspension and resumption of the active process; monitoring file inputs and outputs of the application for anomalies while the active process is in the suspended mode; when a command for resuming the active process is detected using the DLL, determining, based on the monitoring, whether a malicious process is inserted into the active process; and allowing the suspended process to resume execution in response to determining that no malicious process is inserted in the active process. injecting a dynamic link library (DLL) into the active process to hook an application programming interface (API) of an application corresponding to the active process, wherein the DLL is injected for tracking commands for suspension and resumption of the active process; monitoring file inputs and outputs of the application for anomalies while the active process is in the suspended mode; when a command for resuming the active process is detected using the DLL, determining, based on the monitoring, whether a malicious process is inserted into the active process; and allowing the suspended process to resume execution in response to determining that no malicious process is inserted in the active process.
A force transmission device for a variable valve train of an internal combustion engine with at least one gas exchange valve and with a camshaft having a first cam and a second cam , wherein the force transmission device has: a first lever device , by means of which an operative connection can be produced between the first cam and the at least one gas exchange valve , wherein the first lever device has a first cam follower , which makes contact with the first cam and which is formed as a rotatable roller, and a first receptacle for the first cam follower , and the first cam follower is received, displaceable and lockable in the first receptacle ; and a second lever device , by means of which an operative connection can be produced between the second cam and the at least one gas exchange valve , wherein the second lever device has a second cam follower , which makes contact with the second cam and which is formed as a rotatable roller, and a second receptacle for the second cam follower , and the second cam follower is received, displaceable and lockable in the second receptacle , wherein the first lever device is formed as a rocker lever and/or the second lever device is formed as a rocker lever. a first lever device , by means of which an operative connection can be produced between the first cam and the at least one gas exchange valve , wherein the first lever device has a first cam follower , which makes contact with the first cam and which is formed as a rotatable roller, and a first receptacle for the first cam follower , and the first cam follower is received, displaceable and lockable in the first receptacle ; and a second lever device , by means of which an operative connection can be produced between the second cam and the at least one gas exchange valve , wherein the second lever device has a second cam follower , which makes contact with the second cam and which is formed as a rotatable roller, and a second receptacle for the second cam follower , and the second cam follower is received, displaceable and lockable in the second receptacle , wherein the first lever device is formed as a rocker lever and/or the second lever device is formed as a rocker lever.
An apparatus , comprising: a sensor including an emitter and a detector that define a line of sight therebetween; a mechanical arm having a fixed end , a free end , and a first axis of rotation passing through the fixed end that is parallel to the line of sight ; a mechanical flag mounted to the fixed end of the mechanical arm and including at least a first protrusion that defines at least three positions of the mechanical arm relative to the line of sight , wherein the apparatus is a printing device , characterized in that the apparatus comprises an output door hinged upon a second axis of rotation that is substantially perpendicular to a direction in which a paper exits the printing device , wherein the second axis of rotation is parallel to the first axisof rotation. a sensor including an emitter and a detector that define a line of sight therebetween; a mechanical arm having a fixed end , a free end , and a first axis of rotation passing through the fixed end that is parallel to the line of sight ; a mechanical flag mounted to the fixed end of the mechanical arm and including at least a first protrusion that defines at least three positions of the mechanical arm relative to the line of sight , wherein the apparatus is a printing device , characterized in that the apparatus comprises an output door hinged upon a second axis of rotation that is substantially perpendicular to a direction in which a paper exits the printing device , wherein the second axis of rotation is parallel to the first axisof rotation.
Use of a sample in electrical characteristic measurement over time, the sample comprising erythrocytes incompletely fixed with a fixative, wherein the fixed erythrocytes is such that an electrical characteristic of a mixture of the fixed erythrocytes and plasma components can change over time. erythrocytes incompletely fixed with a fixative, wherein the fixed erythrocytes is such that an electrical characteristic of a mixture of the fixed erythrocytes and plasma components can change over time.
A method of operating a wireless communication device adapted for multi-connectivity to enable individual connections to at least a first and a second network units, wherein the method comprises: - receiving (S1) information indicating higher layer packets received by the first network unit from the wireless communication device over a first one of the connections; and - based on a mapping between higher layer packets and lower layer data units, as maintained by the wireless communication device, removing (S2) lower layer data units corresponding to the indicated higher layer packets from one or more transmission buffers associated with a second one of the connections . - receiving (S1) information indicating higher layer packets received by the first network unit from the wireless communication device over a first one of the connections; and - based on a mapping between higher layer packets and lower layer data units, as maintained by the wireless communication device, removing (S2) lower layer data units corresponding to the indicated higher layer packets from one or more transmission buffers associated with a second one of the connections .