mhurhangee/patent-ind-claim-en huggingface dataset:
A mainframe injection component (MIC) for manipulating at least one data packet communicated between at least one emulator and at least one mainframe , thereby adapting the functionality of the at least one mainframe without changing the software and hardware of the at least one mainframe and of the at least one emulator , wherein the MIC comprises: a. a packet processor being a runtime component and adapted for receiving the at least one data packet , for manipulating the at least one received data packet to produce at least one modified data packet and for injecting the at least one modified data packet into the communication between the at least one emulator and the at least one mainframe during runtime; characterized in that: b. the packet processor being a runtime component is further adapted for retrieving at least one processing instruction from a repository according to at least one pre-defined processing rule and for applying the at least one processing instruction on the at least one received data packet to produce the at least one modified data packet during runtime, c. the MIC further comprises a designer component , adapted for defining the at least one processing rule during design time, wherein the at least one processing rule defines at least one processing instruction to be applied to a particular data packet during runtime, and d. the designer component is adapted for identifying during design time at least one data field in the at least one data packet , wherein the at least one processing rule defines at least one processing instruction to be applied to the at least one data field during runtime. a. a packet processor being a runtime component and adapted for receiving the at least one data packet , for manipulating the at least one received data packet to produce at least one modified data packet and for injecting the at least one modified data packet into the communication between the at least one emulator and the at least one mainframe during runtime; b. the packet processor being a runtime component is further adapted for retrieving at least one processing instruction from a repository according to at least one pre-defined processing rule and for applying the at least one processing instruction on the at least one received data packet to produce the at least one modified data packet during runtime, c. the MIC further comprises a designer component , adapted for defining the at least one processing rule during design time, wherein the at least one processing rule defines at least one processing instruction to be applied to a particular data packet during runtime, and d. the designer component is adapted for identifying during design time at least one data field in the at least one data packet , wherein the at least one processing rule defines at least one processing instruction to be applied to the at least one data field during runtime.
An abnormal user identification method, comprising: acquiring user behavior data of a user ; extracting multiple eigenvalues of the user behavior data under preset multiple behavior dimensions ; determining eigenvectors for the user behavior data based on the multiple eigenvalues ; obtaining multiple aggregation classes by clustering the eigenvectors through a preset clustering algorithm, and acquiring a central vector of each aggregation class ; determining a difference eigenvector, wherein the determining the difference eigenvector comprises calculating distances between eigenvectors included in each of the aggregation classes and the central vector of this aggregation class, and determining an eigenvector characterized by a distance that is not within a preset distance range among the calculated distances, as the difference eigenvector ; and determining a user characterized by the difference eigenvector as an abnormal user . acquiring user behavior data of a user ; extracting multiple eigenvalues of the user behavior data under preset multiple behavior dimensions ; determining eigenvectors for the user behavior data based on the multiple eigenvalues ; obtaining multiple aggregation classes by clustering the eigenvectors through a preset clustering algorithm, and acquiring a central vector of each aggregation class ; determining a difference eigenvector, wherein the determining the difference eigenvector comprises calculating distances between eigenvectors included in each of the aggregation classes and the central vector of this aggregation class, and determining an eigenvector characterized by a distance that is not within a preset distance range among the calculated distances, as the difference eigenvector ; and determining a user characterized by the difference eigenvector as an abnormal user .
A scanning apparatus , including a gantry , a controller, a C-shaped arm , a radiation source , and a detector , wherein the radiation source and the detector are arranged at both ends of the C-shaped arm, the gantry includes a robotic arm assembly , the robotic arm assembly has multi-degree-of-freedom, and the C-shape arm is rotatably arranged at one end of the robotic arm assembly, the C-shaped arm is connected to the gantry, and the controller is configured to control a motion of the gantry to drive the C-shaped arm to move so as to scan a target object, the scanning apparatus is a cone-beam computed tomography scanning apparatus, and the gantry has a deflection mode and a rotation mode, wherein in the deflection mode, the robotic arm assembly drives the radiation source and the detector to deflect around a center point of the detector, the center point of the detector is a geometric center point of the detector and remains unchanged during the deflection, in the rotation mode, the gantry drives the radiation source and the detector to rotate around a center of interest of a target object to scan the target object and obtain scanning data of the target object, the radiation source and the detector have a first reconstruction field of view (FOV) before the deflection, the radiation source and the detector have a second reconstruction FOV after the deflection, and the second reconstruction FOV is larger than the first reconstruction FOV. the radiation source and the detector are arranged at both ends of the C-shaped arm, the gantry includes a robotic arm assembly , the robotic arm assembly has multi-degree-of-freedom, and the C-shape arm is rotatably arranged at one end of the robotic arm assembly, the C-shaped arm is connected to the gantry, and the controller is configured to control a motion of the gantry to drive the C-shaped arm to move so as to scan a target object, the scanning apparatus is a cone-beam computed tomography scanning apparatus, and the gantry has a deflection mode and a rotation mode, wherein in the deflection mode, the robotic arm assembly drives the radiation source and the detector to deflect around a center point of the detector, the center point of the detector is a geometric center point of the detector and remains unchanged during the deflection, in the rotation mode, the gantry drives the radiation source and the detector to rotate around a center of interest of a target object to scan the target object and obtain scanning data of the target object, the radiation source and the detector have a first reconstruction field of view (FOV) before the deflection, the radiation source and the detector have a second reconstruction FOV after the deflection, and the second reconstruction FOV is larger than the first reconstruction FOV.
A feedback device adapted to be paired with a sensor device that is attached to a control device used in controlling a process in a process control system , the feedback device for providing position feedback to a controller of the control device in the process control system, the feedback device comprising: a first communication interface configured to receive, from the sensor device , a wireless signal indicative of a position of an actuator coupled to the control device ; a second communication interface ; and a signal generator configured to generate a position feedback signal based on the received wireless signal, wherein the signal generator is further configured to transmit the position feedback signal via the first communication interface or the second communication interface to at least one of the controller or a control system host of the process control system. a first communication interface configured to receive, from the sensor device , a wireless signal indicative of a position of an actuator coupled to the control device ; a second communication interface ; and a signal generator configured to generate a position feedback signal based on the received wireless signal, wherein the signal generator is further configured to transmit the position feedback signal via the first communication interface or the second communication interface to at least one of the controller or a control system host of the process control system.
A cartridge for an electronic vaping device comprising: an outer housing extending in a longitudinal direction; a reservoir configured to contain a pre-vapor formulation, the reservoir in the outer housing , the reservoir having a first reservoir end and a second reservoir end; a seal at the first reservoir end; a transfer pad at the second reservoir end, the transfer pad including a plurality of fibers, each of the plurality of fibers being substantially parallel to the longitudinal direction; and a wick in contact with the transfer pad . an outer housing extending in a longitudinal direction; a reservoir configured to contain a pre-vapor formulation, the reservoir in the outer housing , the reservoir having a first reservoir end and a second reservoir end; a seal at the first reservoir end; a transfer pad at the second reservoir end, the transfer pad including a plurality of fibers, each of the plurality of fibers being substantially parallel to the longitudinal direction; and a wick in contact with the transfer pad .
A management service management method, comprising: receiving, by a management service function unit , a management service query request from a first management function unit , wherein the management service query request comprises management service requirement information, and the management service requirement information comprises at least one of the following: requirement information of an operation, requirement information of a managed object, or requirement information of management data; determining, by the management service function unit , a first management service corresponding to the management service requirement information; and sending, by the management service function unit , all or some of description information of the first management service to the first management function unit , wherein the description information of the first management service comprises description information of the operation indicating operations supported by the first management service, description information of the managed object indicating managed objects supported by the first management service and description information of the management data indicating management data supported by the first management service. receiving, by a management service function unit , a management service query request from a first management function unit , wherein the management service query request comprises management service requirement information, and the management service requirement information comprises at least one of the following: requirement information of an operation, requirement information of a managed object, or requirement information of management data; determining, by the management service function unit , a first management service corresponding to the management service requirement information; and sending, by the management service function unit , all or some of description information of the first management service to the first management function unit , wherein the description information of the first management service comprises description information of the operation indicating operations supported by the first management service, description information of the managed object indicating managed objects supported by the first management service and description information of the management data indicating management data supported by the first management service.
A component that generates or requires heat, the component including: a component housing holding functional parts of the component that generate or require heat; a heat exchanger having a heat exchanger housing ; and a first fluid circuit in which a first fluid flows through the component in a heat exchange relationship with the functional parts, into the heat exchanger housing via a first fluid inlet of the heat exchanger housing, through the heat exchanger , out of the heat exchanger housing via a first fluid outlet of the heat exchanger housing , and back to the functional parts of the component; wherein the heat exchanger housing has a second fluid inlet and a second fluid outlet for connection into a second fluid circuit in which a second fluid flows from outside of the component into the component housing and into the heat exchanger housing via the second fluid inlet, through the heat exchanger , out of the heat exchanger housing via the second fluid outlet and out of the component housing; and characterised in that the heat exchanger housing is formed integrally with the component housing, and the heat exchanger housing contains a removable heat exchanger core for exchange of heat between the first fluid in the first fluid circuit and the second fluid in the second fluid circuit, with the heat exchanger core being separate to the heat exchanger housing and removable from the heat exchanger housing during maintenance operations. a component housing holding functional parts of the component that generate or require heat; a heat exchanger having a heat exchanger housing ; and a first fluid circuit in which a first fluid flows through the component in a heat exchange relationship with the functional parts, into the heat exchanger housing via a first fluid inlet of the heat exchanger housing, through the heat exchanger , out of the heat exchanger housing via a first fluid outlet of the heat exchanger housing , and back to the functional parts of the component; wherein the heat exchanger housing has a second fluid inlet and a second fluid outlet for connection into a second fluid circuit in which a second fluid flows from outside of the component into the component housing and into the heat exchanger housing via the second fluid inlet, through the heat exchanger , out of the heat exchanger housing via the second fluid outlet and out of the component housing; and characterised in that the heat exchanger housing is formed integrally with the component housing, and the heat exchanger housing contains a removable heat exchanger core for exchange of heat between the first fluid in the first fluid circuit and the second fluid in the second fluid circuit, with the heat exchanger core being separate to the heat exchanger housing and removable from the heat exchanger housing during maintenance operations.
An extraction apparatus for a locking element of a centre-lock wheel hub assembly, having; a first end with an externally threaded section , for engagement with a corresponding internal thread of the locking element; a second end provided with an engagement element for imparting rotational torque to the apparatus; a bearing surface for contacting the wheel nut, located radially outside the externally threaded section and axially displaced from the externally threaded section. for a locking element of a centre-lock wheel hub assembly, having; a first end with an externally threaded section , for engagement with a corresponding internal thread of the locking element; a second end provided with an engagement element for imparting rotational torque to the apparatus; a bearing surface for contacting the wheel nut, located radially outside the externally threaded section and axially displaced from the externally threaded section.
An apparatus for providing access to an interior of an object such as a pressurised pipe or the like, the apparatus comprising: a body member , the body member having an internal barrel that may be provided in fluid communication with an interior of the object ; a hollow piston slidable axially within the internal barrel , the apparatus being configured such that if an internal volume of the piston is pressurised by a fluid from the object , a force exerted by pressurised fluid on the piston in a first axial direction is opposed by a force exerted by pressurised fluid on a counter-pressure portion of the piston , the apparatus being provided with a conduit orifice adapted to allow a conduit to be disposed therethrough so as to pass into the apparatus to an interior of the piston , wherein a pressure tight seal is formed between the conduit and conduit orifice , the apparatus being configured to allow a first end of the piston to be translated axially into the object , characterised in that the piston has a port arranged to allow egress of the conduit from the piston into the object . a body member , the body member having an internal barrel that may be provided in fluid communication with an interior of the object ; a hollow piston slidable axially within the internal barrel , the apparatus being configured such that if an internal volume of the piston is pressurised by a fluid from the object , a force exerted by pressurised fluid on the piston in a first axial direction is opposed by a force exerted by pressurised fluid on a counter-pressure portion of the piston , the apparatus being provided with a conduit orifice adapted to allow a conduit to be disposed therethrough so as to pass into the apparatus to an interior of the piston , wherein a pressure tight seal is formed between the conduit and conduit orifice , the apparatus being configured to allow a first end of the piston to be translated axially into the object , characterised in that the piston has a port arranged to allow egress of the conduit from the piston into the object .
A process for the preparation of ( R )-3-chloro-4-(2,3-dihydroxypropoxy)-benzaldehyde : which process comprises reacting 3-chloro-4-hydroxybenzaldehyde with ( R )-3-chloro-1,2-propanediol and isolating the obtained ( R )-3-chloro-4-(2,3-dihydroxypropoxy)-benzaldehyde by crystallisation, wherein the reaction of 3-chloro-4-hydroxybenzaldehyde with ( R )-3-chloro-1,2-propanediol is performed in the presence of the base potassium tert- butoxide and the solvent n-propanol, at a temperature higher than 50 °C, and wherein the obtained ( R )-3-chloro-4-(2,3-dihydroxypropoxy)-benzaldehyde is crystallised in water plus the co-solvent n-propanol.
A set of floor panels provided with a locking system comprising a displaceable tongue in a displacement groove in a first edge of a first floor panel, cooperating with a tongue groove in adjacent second edge of a second floor panel for a vertical locking of the first edge and the second edge, the locking system further comprises a locking strip with a locking element in an edge which cooperates with a locking groove in an adjacent edge for a horizontal locking of the edge and the adjacent edge, the displaceable tongue comprises a protrusion and the displacement groove a cavity , the protrusion is slideable against a wall of the cavity to obtain a displacement of the displaceable tongue in a first direction (PD) perpendicular to the first edge and the second edge and thereby the vertical locking of the edges, characterised in that the protrusion is flexible and configured to exert a horizontal pre tension against the tongue groove such that a vertical pressure force (VF)is created between an upper part of the locking strip and the adjacent panel.
Wine-making process comprising: - a first step of arranging "Acacia Verek" raw gum arabic; - a second step of arranging a wine to be bottled; - a step of dissolving said raw gum arabic in water in order to obtain raw gum arabic in solution with a concentration of gum arabic comprised between 5 and 50%; - a step of filtering said raw gum arabic in solution by means of a tangential filter provided with synthetic membrane with nominal porosity of about 2 μm in order to obtain filtered gum arabic in solution with a concentration of gum arabic comprised between 5 and 40%; - a step of admixing said filtered gum arabic in solution in said wine to be bottled in order to obtain a wine to be bottled admixed with gum arabic; - a step of microfiltrating said wine to be bottled admixed with gum Arabic; wherein said wine-making process also comprises a step of pulverizing said raw gum arabic, before said dissolution step. - a first step of arranging "Acacia Verek" raw gum arabic; - a second step of arranging a wine to be bottled; - a step of dissolving said raw gum arabic in water in order to obtain raw gum arabic in solution with a concentration of gum arabic comprised between 5 and 50%; - a step of filtering said raw gum arabic in solution by means of a tangential filter provided with synthetic membrane with nominal porosity of about 2 μm in order to obtain filtered gum arabic in solution with a concentration of gum arabic comprised between 5 and 40%; - a step of admixing said filtered gum arabic in solution in said wine to be bottled in order to obtain a wine to be bottled admixed with gum arabic; - a step of microfiltrating said wine to be bottled admixed with gum Arabic;