mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing security in a Network Function Virtualization based communication network and a Software Defined Network, the method comprising: detecting , by a system , a trigger to change an attack surface of an environment, the trigger being a time-based event utilized for periodically changing the attack surface of the environment as a function of time, wherein the attack surface comprises the sum of different points of the environment that are susceptible to an attack by an unauthorized user; and implementing, by the system, one or more network changes or security configuration changes to a Network Function Virtualization (NFV) based communication network or a Software Defined Network (SDN) to change the attack surface of the environment. detecting , by a system , a trigger to change an attack surface of an environment, the trigger being a time-based event utilized for periodically changing the attack surface of the environment as a function of time, wherein the attack surface comprises the sum of different points of the environment that are susceptible to an attack by an unauthorized user; and implementing, by the system, one or more network changes or security configuration changes to a Network Function Virtualization (NFV) based communication network or a Software Defined Network (SDN) to change the attack surface of the environment.
A method of establishing protected electronic communication, secure transferring and processing of information among three or more subjects, - in the first step, a first secure authenticated channel is created between a first subject and a second subject using an authentication system , and - then said channel is used by the first subject , in co-operation with the second subject , to create an authentication object stored on the second subject and equipped with methods of authentication object , whereas the first subject configures methods of authentication object by assigning to each method of the authentication object a rights control information for at least one other subject and optionally also a rights control information for the first subject to use at least one method of the authentication object , and then - the first secure authenticated channel is closed; - characterised in that a second secure authenticated channel between the second subject and a third subject is subsequently created using the authentication system , said channel serves to activate the method of the authentication object , and said method , using the authentication system , initiates the creation of the first secure authenticated channel between the second subject and the first subject or another subject, whereas the first secure authenticated channel exists in parallel with the second secure authenticated channel and both channels are used for the subsequent secured transfer of information among all the subjects. - in the first step, a first secure authenticated channel is created between a first subject and a second subject using an authentication system , and - then said channel is used by the first subject , in co-operation with the second subject , to create an authentication object stored on the second subject and equipped with methods of authentication object , whereas the first subject configures methods of authentication object by assigning to each method of the authentication object a rights control information for at least one other subject and optionally also a rights control information for the first subject to use at least one method of the authentication object , and then - the first secure authenticated channel is closed; - characterised in that a second secure authenticated channel between the second subject and a third subject is subsequently created using the authentication system , said channel serves to activate the method of the authentication object , and said method , using the authentication system , initiates the creation of the first secure authenticated channel between the second subject and the first subject or another subject, whereas the first secure authenticated channel exists in parallel with the second secure authenticated channel and both channels are used for the subsequent secured transfer of information among all the subjects.
A horizontal dyeing head for edges of leather pieces and finished leather articles comprising a vertically arranged delivery screw pump enclosed in a pipe immersed in a dye container , and a plate for adjusting the thickness of the layer of dye onto a dyeing means, characterized in that a guide bearing is arranged coaxially at the upper end of said delivery screw pump , and said guide bearing is provided with a central channel and radial openings connecting an increased pressure area of the delivery screw pump to the central channel , wherein a plenum is arranged above the guide bearing , and the central channel 21 is open to said plenum in which an angled magnetic coupling is located and said angled magnetic coupling comprising magnets built into a first magnet holder (18.1) and magnets built into a second magnet holder (18.2), whereby axes of said first magnet holder (18.1) and said second magnet holder (18.2) are arranged at an angle of 94 degrees relative to each other, wherein the first magnet holder (18.1) is attached to the upper end of said guide bearing and the second magnet holder (18.2) is attached to an end of a suction pump and to the dyeing means which is a horizontal dyeing shaft a part of which is housed in said suction pump for returning the excess dye from the outer surface of the horizontal dyeing shaft into the dye container , wherein a horizontal channel 12 is formed along the axis and along the entire length of said horizontal dyeing shaft for discharging dye from the plenum to the end of the horizontal channel , where a central opening is provided for outflow the dye to the outer dyeing surface of the horizontal dyeing shaft having an inclination of 4° relative to the horizontal, wherein a magnet holder having magnets incorporated therein is mounted in the lower end of said delivery screw pump and said magnet holder is a part of a magnetic coupling for connecting the delivery screw pump to a motor by an external magnet holder having magnets incorporated therein, whereby the motor and the external magnet holder are located outside the horizontal dyeing head.
Computer-implemented method for processing data in a motor vehicle for transmission to a backend , comprising the following steps: - recording sensor data along a stretch of road (WS) travelled by the motor vehicle ; - dividing the stretch of road (WS) into segments; - identifying features and context information relating to the features within the segments of the stretch of road (WS) on the basis of the sensor data, wherein the features classify objects (O) along the stretch of road (WS) and the context information relating to the features describe distances (AS) determined perpendicular to the stretch of road (WS) between the motor vehicle and a recognized object (O) or distances (AP) determined parallel to the stretch of road (WS) between a segment limit (SG) and the start or end of an object ; and - combining the features and the context information relating to the features to form a message for the stretch of road (WS) that describes the arrangement of the recognized objects (O) along the stretch of road (WS). - recording sensor data along a stretch of road (WS) travelled by the motor vehicle ; - dividing the stretch of road (WS) into segments; - identifying features and context information relating to the features within the segments of the stretch of road (WS) on the basis of the sensor data, wherein the features classify objects (O) along the stretch of road (WS) and the context information relating to the features describe distances (AS) determined perpendicular to the stretch of road (WS) between the motor vehicle and a recognized object (O) or distances (AP) determined parallel to the stretch of road (WS) between a segment limit (SG) and the start or end of an object ; and - combining the features and the context information relating to the features to form a message for the stretch of road (WS) that describes the arrangement of the recognized objects (O) along the stretch of road (WS).
A vibration damping control device of a vehicle suppressing pitching or bouncing vibration of the vehicle by controlling a drive output of the vehicle, characterized by comprising a wheel torque estimated value acquisition portion (C6) which acquires an estimated value (Tw) of a wheel torque generated on a ground contact site of a wheel of the vehicle and a road surface and acting on the wheel; the wheel torque estimated value being estimated based on a wheel speed (Vw) detected by a wheel speed sensor of the wheel; and a driving torque control portion (C1, C2) which controls a driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the wheel torque estimated value; wherein the device controls the driving torque of the vehicle while assuming that the wheel torque estimated value is a negative value when the vehicle is reverse-traveling.
A high molecular weight polymer for use in absorbing a liquid or solution containing a toxin or a harmful substance consumed into a subject and in the removal of the toxin or the harmful substance from the subject to prevent the body from being damaged by the toxin or the stimulating substances, and wherein the high molecular weight polymer is Sterculia BP or Frangula BPC.
Aspiration device for measuring the viscoelastic deformability of biological tissues and synthetic materials (16; 116), comprising a probe head having the form of a cup with a cavity , side walls and a bottom wall , a first probe channel , a pressure unit and a control unit, the first probe channel being configured to connect the pressure unit, that provides a vacuum inside first probe channel and that is controlled by the control unit, with the probe head , wherein the first probe channel has a distal end leading through the bottom wall into the cavity , optionally extending at least partly into the cavity , characterized in that the device comprises a second probe channel having a distal end leading through the bottom wall into the cavity and being connected with a pressure sensor provided to determine the pressure in the cavity and to communicate it to the control unit to determine the point in time, when deformed tissue or material closes the distal end of the first probe channel based on a pressure difference in the two probe channels (22 and 23), wherein the aspiration device further comprises an applicator having an outer sleeve with two parallel through bores to accommodate the two probe channels, wherein the two probe channels comprise two rigid airways cylinders connected at the distal end with two flexible tubes connected with the probe head , wherein the length of the rigid airways cylinders is longer than the length of the outer sleeve to allow an advance and retreating action in an essentially free relative movement between probe head and the outer sleeve .
A door latch device which is provided in a door of a vehicle and closes and opens the door by latching and unlatching a striker provided on a main body side of the vehicle, the door latch device comprising: a motor ; a mechanical mechanism which is driven by the motor ; a door lock ECU configured to control the motor ; and a case for accommodating the motor , the mechanical mechanism , and the door lock ECU , wherein the door lock ECU comprises a printed wiring board and a power storage body connected to the printed wiring board , wherein the case has: a partition wall ; a first accommodation space for accommodating the motor and the mechanical mechanism on one side of the partition wall ; and a second accommodation space for accommodating the printed wiring board and the power storage body on the other side of the partition wall, wherein the partition wall is provided with a power storage body accommodation portion recessed from the second accommodation space toward the first accommodation space , wherein the power storage body is placed in the power storage body accommodation portion , and characterized in that the power storage body is arranged on an opposite side to the mechanical mechanism with the motor interposed between the power storage body and the mechanical mechanism when viewed from a first direction orthogonal to the partition wall . a motor ; a mechanical mechanism which is driven by the motor ; a door lock ECU configured to control the motor ; and a case for accommodating the motor , the mechanical mechanism , and the door lock ECU , wherein the door lock ECU comprises a printed wiring board and a power storage body connected to the printed wiring board , wherein the case has: a partition wall ; a first accommodation space for accommodating the motor and the mechanical mechanism on one side of the partition wall ; and a second accommodation space for accommodating the printed wiring board and the power storage body on the other side of the partition wall, a partition wall ; a first accommodation space for accommodating the motor and the mechanical mechanism on one side of the partition wall ; and a second accommodation space for accommodating the printed wiring board and the power storage body on the other side of the partition wall, wherein the partition wall is provided with a power storage body accommodation portion recessed from the second accommodation space toward the first accommodation space , wherein the power storage body is placed in the power storage body accommodation portion , and characterized in that the power storage body is arranged on an opposite side to the mechanical mechanism with the motor interposed between the power storage body and the mechanical mechanism when viewed from a first direction orthogonal to the partition wall .
A patient-specific pin guide for performing a total ankle arthroplasty, the patient- specific pin guide comprising: a tibia pin guide comprising: a first patient-specific surface for engaging a surface of a tibia; at least one tibia pin hole extending through the tibia pin guide; and a socket extending through the tibia pin guide; a talus pin guide comprising: a second patient-specific surface for engaging a surface of a talus; and at least one talus pin hole extending through the talus pin guide; and an interlocking component that can extend through the socket to position the tibia pin guide relative to the talus pin guide. a first patient-specific surface for engaging a surface of a tibia; at least one tibia pin hole extending through the tibia pin guide; and a socket extending through the tibia pin guide; a talus pin guide comprising: a second patient-specific surface for engaging a surface of a talus; and at least one talus pin hole extending through the talus pin guide; and an interlocking component that can extend through the socket to position the tibia pin guide relative to the talus pin guide.
Actuation arrangement for a building closure , comprising a mechanical building closure drive and a latching means , which has at least one locking latch which in a latching position fixes a casement of the building closure in a closed position with respect to a frame and in a release position releases said casement to open the building closure , the latching means having at least one fastening means receiver for receiving a fastening means , which is for fastening the latching means on a frame element of the building closure , characterised in that a guide device of the mechanical building closure drive has a fastening opening , which is flush with the fastening means receiver , for receiving the fastening means , in such a way that the latching means and the guide device can be jointly fastened on the frame element using the fastening means .
A method of manufacturing a press-molded article including side walls extending, from a pair of ridge line portions positioned at both width direction sides of a top plate , toward one plate thickness direction side of the top plate , the method being characterised by comprising: a first process of projecting an inner pad , provided at an apex portion of a punch , from the punch toward a side of a die and disposing a metal sheet blank on the inner pad , and projecting a die pad , provided at the die , from the die toward a side of the punch and disposing the die pad at a position separated from the inner pad by a predetermined distance (H1) that is greater than a plate thickness of the metal sheet blank ; a second process of moving the die toward the punch side relative to the die pad , the inner pad , and the punch , forming the side walls using the die and the punch , and integrating the die pad with the die ; and a third process of moving the die and the die pad , which have been integrated, and the inner pad , toward the punch side relative to the punch to form the top plate . a first process of projecting an inner pad , provided at an apex portion of a punch , from the punch toward a side of a die and disposing a metal sheet blank on the inner pad , and projecting a die pad , provided at the die , from the die toward a side of the punch and disposing the die pad at a position separated from the inner pad by a predetermined distance (H1) that is greater than a plate thickness of the metal sheet blank ; a second process of moving the die toward the punch side relative to the die pad , the inner pad , and the punch , forming the side walls using the die and the punch , and integrating the die pad with the die ; and a third process of moving the die and the die pad , which have been integrated, and the inner pad , toward the punch side relative to the punch to form the top plate .
A golf club head comprising: an iron type golf club head body including a ball striking face and a rear surface opposite the ball striking face; an indicator which indicates the location of the center of gravity of the golf club head body; the club head further comprising a perimeter weighting member extending rearward from the ball striking face and along at least a portion of a circumferential area of the golf club head body, wherein the indicator is attached to the perimeter weighting member; characterised in that the indicator comprises at least a first indicator portion bridge member that extends across a cavity in the rear portion of the golf club head body in a first direction and a second indicator portion bridge member that extends across the cavity in the rear portion of the golf club head body in a second direction; and wherein the first indicator portion bridge member and the second indicator portion bridge member are spaced from the rear surface opposite the ball striking face. an iron type golf club head body including a ball striking face and a rear surface opposite the ball striking face; an indicator which indicates the location of the center of gravity of the golf club head body; the club head further comprising a perimeter weighting member extending rearward from the ball striking face and along at least a portion of a circumferential area of the golf club head body, wherein the indicator is attached to the perimeter weighting member; characterised in that the indicator comprises at least a first indicator portion bridge member that extends across a cavity in the rear portion of the golf club head body in a first direction and a second indicator portion bridge member that extends across the cavity in the rear portion of the golf club head body in a second direction; and wherein the first indicator portion bridge member and the second indicator portion bridge member are spaced from the rear surface opposite the ball striking face.
An implantable medical device (IMD) , comprising: a transceiver configured to broadcast an advertising data packet that includes a unique identifier; the transceiver is further configured to receive a scan request data packet from an external device ; memory to store program instructions and to store an approved device list ; and one or more processors configured to execute the program instructions to: identify a device identifier (ID) from the scan request data packet received; wherein the one or more processors are further configured to execute program instructions to: apply an advertising filter to determine if the scan request data packet is from an authorized external device based on the device ID and the approved device list ; based on the determination by the advertising filter , deny transmission of a scan response data packet from the transceiver when the advertising filter determines that the scan request data packet is from an unauthorized external device; and establish a communication session with an authorized external device independent of the scan request data packet. a transceiver configured to broadcast an advertising data packet that includes a unique identifier; the transceiver is further configured to receive a scan request data packet from an external device ; memory to store program instructions and to store an approved device list ; and one or more processors configured to execute the program instructions to: identify a device identifier (ID) from the scan request data packet received; wherein the one or more processors are further configured to execute program instructions to: apply an advertising filter to determine if the scan request data packet is from an authorized external device based on the device ID and the approved device list ; based on the determination by the advertising filter , deny transmission of a scan response data packet from the transceiver when the advertising filter determines that the scan request data packet is from an unauthorized external device; and establish a communication session with an authorized external device independent of the scan request data packet. identify a device identifier (ID) from the scan request data packet received; wherein the one or more processors are further configured to execute program instructions to: apply an advertising filter to determine if the scan request data packet is from an authorized external device based on the device ID and the approved device list ; based on the determination by the advertising filter , deny transmission of a scan response data packet from the transceiver when the advertising filter determines that the scan request data packet is from an unauthorized external device; and establish a communication session with an authorized external device independent of the scan request data packet.
A composite resin material, comprising: a first organic resin having a phenylene ether structure; and a second organic resin having a main skeleton composed of a polyester structure, one of the first organic resin and the second organic resin forming a continuous phase, the other one thereof being present within the continuous phase, as organic resin particles having an average particle diameter of 1 um or less, characterized in that the second organic resin contains an alkoxy group. a first organic resin having a phenylene ether structure; and a second organic resin having a main skeleton composed of a polyester structure, one of the first organic resin and the second organic resin forming a continuous phase, the other one thereof being present within the continuous phase, as organic resin particles having an average particle diameter of 1 um or less, characterized in that the second organic resin contains an alkoxy group.