mhurhangee/ep-ind-claims huggingface dataset:
A fixing device for a circuit board comprising: a holding portion, configured to hold the circuit board, wherein the holding portion comprises a containing space, a bottom portion and a top portion, the top portion comprises an opening allowing the circuit board to pass through the opening to be inserted in the containing space; and a fixing portion, wherein the fixing portion is connected with the bottom portion of the holding portion, and the fixing portion is configured to be fixed onto a component so that the circuit board held by the holding portion is fixable to said component; characterized in that the containing space is defined by the bottom portion and side walls, wherein a scalable element is provided at a joint between the side wall and the bottom portion of the holding portion or at the bottom portion of the holding portion, the scalable element comprises a stretching portion in a first portion of the holding portion and a receiving portion (24") in a second portion of the holding portion, wherein a lock structure formed as a protrusion shape is provided on the stretching portion, and wherein a concave portion is provided on the receiving portion (24") to receive and lock the lock structure, so as to lock the scalable element in a stretch state or a retraction state. a holding portion, configured to hold the circuit board, wherein the holding portion comprises a containing space, a bottom portion and a top portion, the top portion comprises an opening allowing the circuit board to pass through the opening to be inserted in the containing space; and a fixing portion, wherein the fixing portion is connected with the bottom portion of the holding portion, and the fixing portion is configured to be fixed onto a component so that the circuit board held by the holding portion is fixable to said component; characterized in that the containing space is defined by the bottom portion and side walls, wherein a scalable element is provided at a joint between the side wall and the bottom portion of the holding portion or at the bottom portion of the holding portion, the scalable element comprises a stretching portion in a first portion of the holding portion and a receiving portion (24") in a second portion of the holding portion, wherein a lock structure formed as a protrusion shape is provided on the stretching portion, and wherein a concave portion is provided on the receiving portion (24") to receive and lock the lock structure, so as to lock the scalable element in a stretch state or a retraction state.
A method comprising: receiving, at a service, traffic telemetry data regarding encrypted traffic sent by an endpoint device in a network (100, 400); analyzing, by the service, the traffic telemetry data to infer an identity of an application on the endpoint device that sent the encrypted traffic; receiving, at the service and from a monitoring agent on the endpoint device, application telemetry data regarding the application on the endpoint device; determining, by the service, that the application is evasive malware based on the identity of the application inferred from the traffic telemetry data and on the application telemetry data received from the monitoring agent on the endpoint device by: determining an identity of the application based on the application telemetry data received from the monitoring agent on the endpoint device, and comparing the identity of the application determined based on the application telemetry data with the identity of the application inferred from the traffic telemetry data; and initiating, by the service, performance of a mitigation action in the network, after determining that the application on the endpoint device is evasive malware. receiving, at a service, traffic telemetry data regarding encrypted traffic sent by an endpoint device in a network (100, 400); analyzing, by the service, the traffic telemetry data to infer an identity of an application on the endpoint device that sent the encrypted traffic; receiving, at the service and from a monitoring agent on the endpoint device, application telemetry data regarding the application on the endpoint device; determining, by the service, that the application is evasive malware based on the identity of the application inferred from the traffic telemetry data and on the application telemetry data received from the monitoring agent on the endpoint device by: determining an identity of the application based on the application telemetry data received from the monitoring agent on the endpoint device, and comparing the identity of the application determined based on the application telemetry data with the identity of the application inferred from the traffic telemetry data; and determining an identity of the application based on the application telemetry data received from the monitoring agent on the endpoint device, and comparing the identity of the application determined based on the application telemetry data with the identity of the application inferred from the traffic telemetry data; and initiating, by the service, performance of a mitigation action in the network, after determining that the application on the endpoint device is evasive malware.
A connection arrangement having a pressure reservoir for a pressurized fluid, an apparatus which is operated by means of the fluid and a high pressure connection through which the fluid can arrive at the apparatus from the pressure reservoir, wherein the pressure reservoir is made as a pressure pipe and has at least one connection bore which opens into a seating surface, wherein the apparatus is laterally fastened to the pressure reservoir made as a pressure pipe with regards to the normal position of operation., so that the support of the pressure reservoir is effected only via the apparatus, wherein the high pressure connection includes a body which extends in the direction of a longitudinal axis from a first end face to a second end face, wherein the first end face is adapted to sealingly cooperate with the seating surface and has an inlet opening and wherein the second end face has an outlet opening which is connected to the inlet opening via a passage bore, wherein the high pressure connection contacts the seating surface with its first end face and is received with its second end face by a cavity of the apparatus, such that the fluid can flow from the pressure reservoir via the passage bore of the high pressure connection into the apparatus, wherein the second end face has an active surface for the fluid which is larger than the active surface of the first end face, wherein the first end face is made as a conical surface or a frustoconical surface extending in the direction away from the second end face with tapering decreasing diameter.
An apparatus, comprising a processor configured to: control a touch display to display a visual representation (134; 164; 234; 264) of a first information item at a first location on the touch display; determine that a continuous stroke touch input has been received on the touch display, the continuous stroke touch input comprising a contact input (622; 642; 662; 682; 688) and a subsequent movement input (624; 644; 664; 684; 690), the contact input having a position associated with the first information item; determine a first set of at least one additional information item (150-152; 180-190; 254-256; 280-290) associated with the first information item, wherein the number of additional information items of the first set is determined based at least in part on a distance associated with the movement input; generate a visual representation (132; 162; 232; 262) of the first set, the visual representation of the first set comprising a visual representation of the determined number of additional information items; and control the touch display to display the visual representation of the first set, such that the visual representation of the first set overlays or is adjacent to the visual representation of the first information item displayed at the first location. control a touch display to display a visual representation (134; 164; 234; 264) of a first information item at a first location on the touch display; determine that a continuous stroke touch input has been received on the touch display, the continuous stroke touch input comprising a contact input (622; 642; 662; 682; 688) and a subsequent movement input (624; 644; 664; 684; 690), the contact input having a position associated with the first information item; determine a first set of at least one additional information item (150-152; 180-190; 254-256; 280-290) associated with the first information item, wherein the number of additional information items of the first set is determined based at least in part on a distance associated with the movement input; generate a visual representation (132; 162; 232; 262) of the first set, the visual representation of the first set comprising a visual representation of the determined number of additional information items; and control the touch display to display the visual representation of the first set, such that the visual representation of the first set overlays or is adjacent to the visual representation of the first information item displayed at the first location.
A golf swing analysis system, comprising: captured video image obtaining means for obtaining a captured video image in which a player making a golf swing and viewed from rearward of a target direction of the ball is captured; launch direction specifying means for specifying a launch direction of a ball captured in the captured video image based on the captured video image; wherein the golf swing analysis system is characterized by comprising: club head path specifying means for specifying a path of a club head captured in the captured video image based on the captured video image, wherein the path of the club head is a moving direction of the club head at impact; and curve direction determining means for determining a curve direction of the launched ball based on the path of the club head and the launch direction. captured video image obtaining means for obtaining a captured video image in which a player making a golf swing and viewed from rearward of a target direction of the ball is captured; launch direction specifying means for specifying a launch direction of a ball captured in the captured video image based on the captured video image; wherein the golf swing analysis system is characterized by comprising: club head path specifying means for specifying a path of a club head captured in the captured video image based on the captured video image, wherein the path of the club head is a moving direction of the club head at impact; and curve direction determining means for determining a curve direction of the launched ball based on the path of the club head and the launch direction. club head path specifying means for specifying a path of a club head captured in the captured video image based on the captured video image, wherein the path of the club head is a moving direction of the club head at impact; and curve direction determining means for determining a curve direction of the launched ball based on the path of the club head and the launch direction.
A method of assembling a fiber optic cassette: - providing a body; - mounting a multi-fiber connector terminated to a multi-fiber cable to the body; - separating out at least a plurality of the optical fibers of the multi-fiber cable and fixedly supporting the plurality of the optical fibers extending from the multi-fiber connector on a flexible substrate (24, 124, 224, 824); and - terminating each of the plurality of optical fibers supported by the flexible substrate (24, 124, 224, 824) with a connector (20, 120) that is formed of only a ferrule, a ferrule hub that supports the ferrule and a split sleeve surrounding the ferrule such that each connector 20, 120) is mounted to a separate front extension of the flexible substrate (24, 124, 224, 824), the front extensions being separated by cut-outs defined by the substrate (24, 124, 224, 824) for providing separate flexibility to each front extension, wherein at least a portion of the flexible substrate (24, 124, 224, 824) is physically inserted into at least a portion of the ferrule hub of each connector (20, 120). - providing a body; - mounting a multi-fiber connector terminated to a multi-fiber cable to the body; - separating out at least a plurality of the optical fibers of the multi-fiber cable and fixedly supporting the plurality of the optical fibers extending from the multi-fiber connector on a flexible substrate (24, 124, 224, 824); and - terminating each of the plurality of optical fibers supported by the flexible substrate (24, 124, 224, 824) with a connector (20, 120) that is formed of only a ferrule, a ferrule hub that supports the ferrule and a split sleeve surrounding the ferrule such that each connector 20, 120) is mounted to a separate front extension of the flexible substrate (24, 124, 224, 824), the front extensions being separated by cut-outs defined by the substrate (24, 124, 224, 824) for providing separate flexibility to each front extension, wherein at least a portion of the flexible substrate (24, 124, 224, 824) is physically inserted into at least a portion of the ferrule hub of each connector (20, 120).
An access control method for a restricted resource in a computer system having an operating system providing isolation between software processes executable in the operating system such that a first process executing in the operating system is prevented from accessing resources of a second process executing in the operating system, the method comprising: receiving (302,602) a software component (206,506) for execution as an isolated process in the operating system; receiving (304,604) a baseline profile (204,404,504) for the software component defining characteristics of the software component at a runtime for identifying performance of the software component; generating (306,606) a runtime profile of the software component in execution in the operating system defining characteristics of the component in execution; and permitting access by the software component to the restricted resource based on a comparison of the baseline profile and the runtime profile such that the software component exhibiting undesirable performance is precluded from accessing the restricted resource, wherein the restricted resource is a cryptographic key for accessing restricted data. receiving (302,602) a software component (206,506) for execution as an isolated process in the operating system; receiving (304,604) a baseline profile (204,404,504) for the software component defining characteristics of the software component at a runtime for identifying performance of the software component; generating (306,606) a runtime profile of the software component in execution in the operating system defining characteristics of the component in execution; and permitting access by the software component to the restricted resource based on a comparison of the baseline profile and the runtime profile such that the software component exhibiting undesirable performance is precluded from accessing the restricted resource, wherein the restricted resource is a cryptographic key for accessing restricted data.
A hydrogen generating apparatus comprising: a reformer (2, 12) that reforms fuel and generates reformed gas containing hydrogen; a combustor (1, 1A, 1B) that heats the reformer (2, 12), wherein the reformer (2, 12) is arranged on a flame forming side of the combustor; an exhaust gas path (3, 3A, 3B) which covers surroundings of an outer wall (2B, 12B) of the reformer (2, 12) and through which combustion exhaust gas from the combustor (1, 1A, 1B) flows; and a reformed gas path (13, 13A, 13B) through which the reformed gas sent from the reformer (2, 12) toward the combustor (1, 1A, 1B) flows, characterized in that the exhaust gas path (3, 3A, 3B) is configured such that the combustion exhaust gas flows upward from the combustor (1, 1A, 1B) and the reformed gas path (13, 13A, 13B) extends downward straightforward towards the combustor (1, 1A, 1B) and passes through the combustor (1, 1a, 1b), and a gas flow within the reformer in a portion thereof where the gas flow contacts the outer wall of the reformer is opposed to a flow of the combustion exhaust gas in the exhaust gas path in a portion thereof where the combustion exhaust gas contacts the outer wall of the reformer. a reformer (2, 12) that reforms fuel and generates reformed gas containing hydrogen; a combustor (1, 1A, 1B) that heats the reformer (2, 12), wherein the reformer (2, 12) is arranged on a flame forming side of the combustor; an exhaust gas path (3, 3A, 3B) which covers surroundings of an outer wall (2B, 12B) of the reformer (2, 12) and through which combustion exhaust gas from the combustor (1, 1A, 1B) flows; and a reformed gas path (13, 13A, 13B) through which the reformed gas sent from the reformer (2, 12) toward the combustor (1, 1A, 1B) flows, characterized in that the exhaust gas path (3, 3A, 3B) is configured such that the combustion exhaust gas flows upward from the combustor (1, 1A, 1B) and the reformed gas path (13, 13A, 13B) extends downward straightforward towards the combustor (1, 1A, 1B) and passes through the combustor (1, 1a, 1b), and a gas flow within the reformer in a portion thereof where the gas flow contacts the outer wall of the reformer is opposed to a flow of the combustion exhaust gas in the exhaust gas path in a portion thereof where the combustion exhaust gas contacts the outer wall of the reformer.
An ultrasound diagnostic apparatus comprising: a table configured to mount at least one probe; a first sensor configured to detect a type information of the probe and a mounting state of the probe; a driver configured to generate a driving force for moving the table; and a controller, CHARACTERIZED BY a second sensor configured to detect a position of the table; a third sensor configured to detect a gesture of the user; and wherein the controller is configured to control the driver based on detection results of the first sensor and the second sensor, and to determine a first position of the table based on a detection result of the second sensor and move the table from the first position to a second position based on a detection result of the third sensor. a table configured to mount at least one probe; a first sensor configured to detect a type information of the probe and a mounting state of the probe; a driver configured to generate a driving force for moving the table; and a controller, CHARACTERIZED BY a second sensor configured to detect a position of the table; a third sensor configured to detect a gesture of the user; and wherein the controller is configured to control the driver based on detection results of the first sensor and the second sensor, and to determine a first position of the table based on a detection result of the second sensor and move the table from the first position to a second position based on a detection result of the third sensor.
Monitoring apparatus for foot-entry protection in a vehicle treatment installation, in particular a vehicle washing installation, characterized in that the monitoring apparatus comprises at least one camera and an image processing unit, the camera being designed to produce recordings of a coverage area on and/or in the vehicle treatment installation, and the image processing unit being designed to receive and process data from at least one camera, and the image processing unit comprises an installation interface via which data are interchangeable with the vehicle treatment installation, wherein the monitoring apparatus is designed to detect persons in the coverage area and to take a detected person as a basis for initiating a safety action in the vehicle treatment installation.
A monitoring system for a vacuum packaging equipment, the vacuum packaging equipment comprising a plurality of platens (102a, 102b, 102c,...) and chamber covers (104a, 104b, 104c,...) and a vacuum pump for pumping air from vacuum chambers formed from platens and chamber covers, the monitoring system comprising: a vacuum sensor (108, 110) being communicably connected with said vacuum chamber, said vacuum sensor measuring a pressure level in a vacuum chamber formed from one of the plurality of platens and chamber covers; characterized by: a platen identifier identifying at least one platen being used to form a vacuum chamber to which said vacuum sensor is communicably connected; a chamber cover identifier identifying at least one chamber cover being used to form the vacuum chamber to which said vacuum sensor is communicably connected; and a data logger recording the vacuum achieved in the vacuum chamber for the at least one platen and chamber cover joined to form the vacuum chamber, wherein the data logger further records information from the platen identifier and the chamber cover identifier identifying which of the at least one platen and the at least one chamber cover are joined to form the vacuum chamber, wherein differing combinations of platens and chamber covers are possible. a vacuum sensor (108, 110) being communicably connected with said vacuum chamber, said vacuum sensor measuring a pressure level in a vacuum chamber formed from one of the plurality of platens and chamber covers; characterized by: a platen identifier identifying at least one platen being used to form a vacuum chamber to which said vacuum sensor is communicably connected; a chamber cover identifier identifying at least one chamber cover being used to form the vacuum chamber to which said vacuum sensor is communicably connected; and a data logger recording the vacuum achieved in the vacuum chamber for the at least one platen and chamber cover joined to form the vacuum chamber, wherein the data logger further records information from the platen identifier and the chamber cover identifier identifying which of the at least one platen and the at least one chamber cover are joined to form the vacuum chamber, wherein differing combinations of platens and chamber covers are possible. a platen identifier identifying at least one platen being used to form a vacuum chamber to which said vacuum sensor is communicably connected; a chamber cover identifier identifying at least one chamber cover being used to form the vacuum chamber to which said vacuum sensor is communicably connected; and a data logger recording the vacuum achieved in the vacuum chamber for the at least one platen and chamber cover joined to form the vacuum chamber, wherein the data logger further records information from the platen identifier and the chamber cover identifier identifying which of the at least one platen and the at least one chamber cover are joined to form the vacuum chamber, wherein differing combinations of platens and chamber covers are possible.