mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic surgical device including a cartridge for irradiating ultrasonic waves, the cartridge comprising: a cartridge housing having an empty inner space filled with a medium; an ultrasonic therapy part which is movably provided inside the cartridge housing and includes a transducer for generating focused ultrasonic waves; a window through which the ultrasonic waves generated from the transducer pass; and a driving part which moves the ultrasonic therapy part inside the cartridge housing, wherein, as the transducer moves in one direction, the distance between the window and the transducer repeatedly increases and decreases, characterized in that the driving part is shaped as a cylinder and includes an eccentric driving cam having a rotation axis spaced apart from a centre axis of the cylinder; the ultrasonic therapy part includes a connecting rod having one side coupled to an outer surface of the eccentric driving cam and a connector connected to the transducer coupled to the other side of the connecting rod; and the transducer moves according to clockwise rotation of the eccentric driving cam. a cartridge housing having an empty inner space filled with a medium; an ultrasonic therapy part which is movably provided inside the cartridge housing and includes a transducer for generating focused ultrasonic waves; a window through which the ultrasonic waves generated from the transducer pass; and a driving part which moves the ultrasonic therapy part inside the cartridge housing, wherein, as the transducer moves in one direction, the distance between the window and the transducer repeatedly increases and decreases, characterized in that the driving part is shaped as a cylinder and includes an eccentric driving cam having a rotation axis spaced apart from a centre axis of the cylinder; the ultrasonic therapy part includes a connecting rod having one side coupled to an outer surface of the eccentric driving cam and a connector connected to the transducer coupled to the other side of the connecting rod; and the transducer moves according to clockwise rotation of the eccentric driving cam.
A method of imaging a scene in real time from a moving platform, the method comprising: obtaining boundary conditions associated with preliminary depth of field, DOF, parameters in a scene, the boundary conditions including platform velocity; illuminating the scene, using a light source, with a pulsed light beam, based on the boundary conditions, by controlling light source parameters; controlling sensor array parameters based on the boundary conditions; capturing, using the sensor array, one or more images of the scene, wherein the capturing is based on one or more exposures synchronized with the pulsed light beam, to achieve one or more gated images of the scene in accordance with the boundary conditions associated with the DOF parameters; using boundary conditions and analyzing at least one of the captured images, using data processing algorithms, to yield adjusted/updated DOF parameters; and repeating the obtaining, the illuminating, the controlling, and the capturing with at least one of: updated sensor array parameters and updated light source parameters, based on the adjusted/updated DOF parameters and updated boundary conditions. obtaining boundary conditions associated with preliminary depth of field, DOF, parameters in a scene, the boundary conditions including platform velocity; illuminating the scene, using a light source, with a pulsed light beam, based on the boundary conditions, by controlling light source parameters; controlling sensor array parameters based on the boundary conditions; capturing, using the sensor array, one or more images of the scene, wherein the capturing is based on one or more exposures synchronized with the pulsed light beam, to achieve one or more gated images of the scene in accordance with the boundary conditions associated with the DOF parameters; using boundary conditions and analyzing at least one of the captured images, using data processing algorithms, to yield adjusted/updated DOF parameters; and repeating the obtaining, the illuminating, the controlling, and the capturing with at least one of: updated sensor array parameters and updated light source parameters, based on the adjusted/updated DOF parameters and updated boundary conditions.
Method for recording driving data and driver data, in which data documenting working time and driving behaviour of a vehicle driver (2 1 - 2 n), including data acquired repeatedly during the journey by way of a tachograph (3 1 - 3 n) arranged in a motor vehicle, are stored in a local memory of the tachograph (3 1 - 3 n), with respect to which the vehicle driver (2 1 - 2 n) identifies himself by way of an identification module (4 1 - 4 n) before commencing a journey, wherein these data are additionally transmitted periodically over time to a central database held on at least one network-accessible server by the tachograph (3 1 - 3 n), which is equipped for this purpose with a mobile radio transceiver unit (5 1 - 5 n), using a mobile radio network in an automated manner, specifically in a machine-to-machine manner, and are stored in said database, and wherein authorized individuals are able to access the data stored in this central database via a web-based portal by way of computer-based terminals (8 1 - 8 n), characterized - in that the data in the central database comprise position data from the mobile radio transceiver unit (5 1 - 5 n) of the tachograph (3 1 - 3 n) that are determined by the at least one server holding the central database on the basis of radio cell data that the server requests from technical units of the associated mobile radio provider periodically over time, specifically immediately after receiving driving data and driver data transmitted by the tachograph (3 1 - 3 n), and - in that implausibilities are determined on the basis of a comparison between the data stored in the local memory of the tachograph (3 1 - 3 n) regarding the vehicle driver (2 1 - 2 n) and the motor vehicle (1 1 - 1 n) controlled thereby and the corresponding data stored in the central database by a control and processing device by way of an algorithm processed for this purpose and are documented in the central database. - in that the data in the central database comprise position data from the mobile radio transceiver unit (5 1 - 5 n) of the tachograph (3 1 - 3 n) that are determined by the at least one server holding the central database on the basis of radio cell data that the server requests from technical units of the associated mobile radio provider periodically over time, specifically immediately after receiving driving data and driver data transmitted by the tachograph (3 1 - 3 n), and - in that implausibilities are determined on the basis of a comparison between the data stored in the local memory of the tachograph (3 1 - 3 n) regarding the vehicle driver (2 1 - 2 n) and the motor vehicle (1 1 - 1 n) controlled thereby and the corresponding data stored in the central database by a control and processing device by way of an algorithm processed for this purpose and are documented in the central database.
An adjusting drive for a motor-adjustable steering column for a motor vehicle, comprising a motorized drive unit and an external threaded spindle which has an external thread and a coaxial internal thread into which an internal threaded spindle engages, wherein the external threaded spindle and the internal threaded spindle are able to be driven in rotation relative to one another about an axis by the drive unit, characterized in that the external threaded spindle engages with its external thread in a drive nut, wherein the drive nut or the internal threaded spindle is able to be driven in rotation by the drive unit and is supported relative to the drive unit in the direction of the axis.
Exoskeleton having an upper body connection structure, a hip frame fixedly connected to the upper body connection structure, a first and a second actuator (103A/B) respectively attached to the hip frame for supporting a walking or bending movement of a wearer, a first and a second thigh attachment structure (8A/B; 104A/B) each associated with an actuator (103A/B), and a first and a second guide support structure (3; 5; 106A/B) for transmitting the forces between a respective thigh attachment structure (8A/B; 104A/B) and the actuator (103A/B) associated with this thigh attachment structure (8A/B; 104A/B) as well as a control unit for controlling the actuators (103A/B), characterized in that a distance sensor for contactless tracking of the position of a thigh of the wearer relative to the thigh attachment structure (8A/B; 104A/B) is arranged in each thigh attachment structure (8A/B; 104A/B).
A wind turbine comprising a rotor, said rotor comprising at least one blade, and a generator comprising a plurality of stator windings; said plurality of stator winding comprising a plurality of phases; the wind turbine including a braking system and characterized by an auxiliary braking system (430,530,630) comprising: a rectifying circuit (445,645) operably couplable to the generator; a resistor (450,650) connected to the rectifying circuit (445,645) and to a current sensor; a controller (460,660) connected to the current sensor and a speed sensor, the controller (460,660) being operable to regulate the current through the resistor (450,650) to control the torque of the generator. a rectifying circuit (445,645) operably couplable to the generator; a resistor (450,650) connected to the rectifying circuit (445,645) and to a current sensor; a controller (460,660) connected to the current sensor and a speed sensor, the controller (460,660) being operable to regulate the current through the resistor (450,650) to control the torque of the generator.
A spheroidal graphite cast iron comprising 3.4 to 3.8 wt% of carbon, 2.0 to 2.4 wt% of silicon (Si), 0.2 to 0.5 wt% of manganese (Mn), 0.2 to 0.5 wt% of copper (Cu), 0.005 to 0.01 wt% of zirconium (Zr), 0.025 to 0.06 wt% of magnesium (Mg), and the balance iron (Fe) and impurities, and wherein the ratio of the content of the copper (Cu) to the content of the zirconium (Zr) is 20 to 100.
Nebuliser for a fluid having a housing and a container containing the fluid, said container being closed off in a delivered state, wherein the container is already disposed in the nebuliser in the delivered state of the nebuliser and the nebuliser is constructed so that the container is opened inside the nebuliser before or during the first use of the nebuliser, wherein the nebuliser comprises a transportation lock which, in the delivered state, prevents the container from undesirably moving axially in the nebuliser and prevents opening of the container, characterised in that the transportation lock prevents the container from moving axially in the delivered state by interlocking engagement, and that the transportation lock is released or opened during or after opening of the container, wherein the container is moved axially during nebulisation.
A reciprocating servo control device for a mainshaft of a honing machine, comprising a bed body, a mainshaft system of the honing machine mounted on the bed body, a hydraulic reversing system and a control system, wherein the hydraulic reversing system comprises a mainshaft hydraulic cylinder and a mechanical-hydraulic servo valve for controlling reciprocation of the mainshaft hydraulic cylinder, characterised in that a valve body of the mechanical-hydraulic servo valve is connected to a piston rod of the mainshaft hydraulic cylinder via a connecting mechanism, a spool of the mechanical-hydraulic servo valve is connected to a first connecting member, the first connecting member is fixedly connected to a pilot displacement mechanism which is controlled by the control system.
Method for pairing a user terminal (1.1) and a user account on a server (1.5), the method being implemented by at least a pairing device (1.4) connected to a first communication network (1.20), said first terminal being connected via a second communication network (1.10) to a gateway (1.3) that interconnects the first and second communication networks by performing an address translation by means of a public address routable over the first communication network, characterized in that said pairing device (1.4) performs the steps: • of receiving (3.2) a message comprising said public address in association with an identifier of the user terminal (1.1); • of associating the public address and the identifier of the user terminal (1.1) with a lapsing instant; • of deleting the public address and the identifier of the user terminal (1.1) when the lapsing instant has passed; • of receiving (3.4), from the server (1.5), a notification of an access to said user account, said access being performed from a configuration terminal (1.2), distinct from the user terminal (1.1) and connected to the second communication network, the notification comprising an address of said configuration terminal (1.2) routable over said first communication network and an identifier of the user account; • of pairing (3.6) the user terminal (1.1) and said user account by pairing the identifier of the user terminal (1.1) with an identifier of the user account if the address of said configuration terminal (1.2) coincides with said public address. • of receiving (3.2) a message comprising said public address in association with an identifier of the user terminal (1.1); • of associating the public address and the identifier of the user terminal (1.1) with a lapsing instant; • of deleting the public address and the identifier of the user terminal (1.1) when the lapsing instant has passed; • of receiving (3.4), from the server (1.5), a notification of an access to said user account, said access being performed from a configuration terminal (1.2), distinct from the user terminal (1.1) and connected to the second communication network, the notification comprising an address of said configuration terminal (1.2) routable over said first communication network and an identifier of the user account; • of pairing (3.6) the user terminal (1.1) and said user account by pairing the identifier of the user terminal (1.1) with an identifier of the user account if the address of said configuration terminal (1.2) coincides with said public address.
A computing system, comprising: a set of data center machines running a data center application; and an approval mechanism that performs multi-factor authentication relative to an access request requesting access to one of the set of data center machines, the approval mechanism being configured to perform the multi-factor authentication by performing smartcard authentication based on a unique identifier read from a smartcard and corresponding to the access request, the unique identifier uniquely identifying the smartcard, wherein the approval mechanism comprises unique identifier processing logic that authenticates the smartcard based on the unique identifier that includes a representation of a private key generated on the smartcard. a set of data center machines running a data center application; and an approval mechanism that performs multi-factor authentication relative to an access request requesting access to one of the set of data center machines, the approval mechanism being configured to perform the multi-factor authentication by performing smartcard authentication based on a unique identifier read from a smartcard and corresponding to the access request, the unique identifier uniquely identifying the smartcard, wherein the approval mechanism comprises unique identifier processing logic that authenticates the smartcard based on the unique identifier that includes a representation of a private key generated on the smartcard.
An LED light fixture comprising: a shade comprising an annular groove; an illumination main body; and a connecting ring, disposed in the annular groove, the connecting ring comprising a first end and a second end, wherein the first end and the second end are connected to the illumination main body, whereby the illumination main body is able to rotate or to swing relative to the shade, characterized in that the LED light fixture further comprises two sleeves, wherein the two sleeves engage with the first end and the second end individually. a shade comprising an annular groove; an illumination main body; and a connecting ring, disposed in the annular groove, the connecting ring comprising a first end and a second end, wherein the first end and the second end are connected to the illumination main body, whereby the illumination main body is able to rotate or to swing relative to the shade, characterized in that the LED light fixture further comprises two sleeves, wherein the two sleeves engage with the first end and the second end individually.
A beverage brewing apparatus for preparing a beverage from a single-serve capsule containing a dose of infusible or soluble material; the beverage brewing apparatus comprises a capsule holder having a seat to receive a capsule in a brewing position, and an brewing fluid injection unit configured to perforate a capsule in the brewing position and to feed a brewing fluid into the capsule; wherein the brewing fluid injection unit comprises means for supplying a brewing fluid, a pair of needles (26, 27), and an actuator configured to move the needles (26, 27) from and to a perforation and injection position; the beverage brewing apparatus is characterized in that the brewing fluid injection unit is designed to cause the needles (26, 27) to deliver a same brewing fluid with different flow rates, and to cause the actuator, during a beverage production cycle, to bring only one of the two needles (26, 27) to said perforation and injection position, in which the needle (26; 27) perforates the capsule and injects brewing fluid into the capsule.
A multi-use heating blade able of carrying out several operations of heat sealing a tube (3, 4), comprising a metal sheet and a heating device being resistive which is able of increasing the temperature of the sheet within a predetermined temperature range, wherein: • the metal sheet is folded in two so as to define an internal space between two internal faces (19, 20), and comprises an external face (24, 25) intended to come into contact with a tube (3, 4), the external face (24, 25) being provided with a non-stick coating, • the heating device is in the form of a plate arranged in the internal space defined by the folded metal sheet, and is sandwiched between the two internal faces (19, 20) of said folded metal sheet; characterised in that the heating device is secured by gluing to the two internal faces (19, 20) of the metal sheet by means of an adhesive consisting of a single-component epoxy glue. • the metal sheet is folded in two so as to define an internal space between two internal faces (19, 20), and comprises an external face (24, 25) intended to come into contact with a tube (3, 4), the external face (24, 25) being provided with a non-stick coating, • the heating device is in the form of a plate arranged in the internal space defined by the folded metal sheet, and is sandwiched between the two internal faces (19, 20) of said folded metal sheet;
An atherectomy system (10, 110), comprising: a multiple use assembly (12, 112) including: a drive motor (16, 116) having an output shaft (18, 118); a first magnetic coupling segment (20, 120) operably rotatably coupled to the output shaft; and a controller adapted to control operation of the drive motor; and a single use assembly (14, 114) releasably engageable with the multiple use assembly, the single use assembly including: a second magnetic coupling segment (28, 128) adapted to rotatably engage the first magnetic coupling segment; a spline shaft (30, 130) rotatably coupled with the second magnetic coupling segment; a drive gear assembly (32, 132) translatable along the spline shaft; and a drive shaft (38, 138) operably coupled with the drive gear assembly, the drive shaft adapted to rotatably engage an atherectomy burr. a multiple use assembly (12, 112) including: a drive motor (16, 116) having an output shaft (18, 118); a first magnetic coupling segment (20, 120) operably rotatably coupled to the output shaft; and a controller adapted to control operation of the drive motor; and a drive motor (16, 116) having an output shaft (18, 118); a first magnetic coupling segment (20, 120) operably rotatably coupled to the output shaft; and a controller adapted to control operation of the drive motor; and a single use assembly (14, 114) releasably engageable with the multiple use assembly, the single use assembly including: a second magnetic coupling segment (28, 128) adapted to rotatably engage the first magnetic coupling segment; a spline shaft (30, 130) rotatably coupled with the second magnetic coupling segment; a drive gear assembly (32, 132) translatable along the spline shaft; and a drive shaft (38, 138) operably coupled with the drive gear assembly, the drive shaft adapted to rotatably engage an atherectomy burr. a second magnetic coupling segment (28, 128) adapted to rotatably engage the first magnetic coupling segment; a spline shaft (30, 130) rotatably coupled with the second magnetic coupling segment; a drive gear assembly (32, 132) translatable along the spline shaft; and a drive shaft (38, 138) operably coupled with the drive gear assembly, the drive shaft adapted to rotatably engage an atherectomy burr.
A refrigerator capable of preparing carbonated water, comprising: a water tank which stores water; a carbon dioxide cylinder (120; 620) configured to store carbon dioxide; a dispenser module (200; 700) configured to accommodate an external container insertable in the dispenser module (200; 700) and supply the carbon dioxide and the water to the external container; and a controller (500, 900) configured to supply the water to the external container and to supply the carbon dioxide to the external container when the supplying of the water is completed, a user interface which interacts with a user, characterized in that the controller (500, 900) is configured to repeat supplying the carbon dioxide to the external container and then discharging the carbon dioxide from the external container; and wherein the controller (500, 900) determines a target supply number of the carbon dioxide according to target concentration input through the user interface wherein the controller (500, 900) is configured to finish the preparing of the carbonated water when the number of repeatedly supplying and then discharging the carbon dioxide reaches a target supply number of the carbon dioxide. a water tank which stores water; a carbon dioxide cylinder (120; 620) configured to store carbon dioxide; a dispenser module (200; 700) configured to accommodate an external container insertable in the dispenser module (200; 700) and supply the carbon dioxide and the water to the external container; and a controller (500, 900) configured to supply the water to the external container and to supply the carbon dioxide to the external container when the supplying of the water is completed, a user interface which interacts with a user, characterized in that the controller (500, 900) is configured to repeat supplying the carbon dioxide to the external container and then discharging the carbon dioxide from the external container; and wherein the controller (500, 900) determines a target supply number of the carbon dioxide according to target concentration input through the user interface wherein the controller (500, 900) is configured to finish the preparing of the carbonated water when the number of repeatedly supplying and then discharging the carbon dioxide reaches a target supply number of the carbon dioxide.