mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic transmission comprising a friction engaging element (BR2), the friction engaging element (BR2) including: a plurality of friction plates disposed inside a transmission case ; a piston configured to cause the plurality of friction plates to be engaged with each other; a spring configured to bias the piston ; and a hydraulic chamber to which hydraulic fluid is supplied, the hydraulic fluid biasing the piston , wherein the hydraulic chamber is disposed at a different radial position from the spring but axially overlaps with the spring , and/or the spring is disposed between the hydraulic chamber and the transmission case ; characterized in that the hydraulic chamber includes a hydraulic chamber for engagement to which hydraulic fluid to bias the piston in an engaging direction is supplied, and a hydraulic chamber for release disposed at an opposite side of the piston from the hydraulic chamber for engagement , the hydraulic chamber for release being configured to be supplied with hydraulic fluid to bias the piston in a releasing direction opposite from the engaging direction. a plurality of friction plates disposed inside a transmission case ; a piston configured to cause the plurality of friction plates to be engaged with each other; a spring configured to bias the piston ; and a hydraulic chamber to which hydraulic fluid is supplied, the hydraulic fluid biasing the piston , wherein the hydraulic chamber is disposed at a different radial position from the spring but axially overlaps with the spring , and/or the spring is disposed between the hydraulic chamber and the transmission case ; characterized in that the hydraulic chamber includes a hydraulic chamber for engagement to which hydraulic fluid to bias the piston in an engaging direction is supplied, and a hydraulic chamber for release disposed at an opposite side of the piston from the hydraulic chamber for engagement , the hydraulic chamber for release being configured to be supplied with hydraulic fluid to bias the piston in a releasing direction opposite from the engaging direction.
A cleaning product for use in a central heating or cooling system, the cleaning product comprising at least 20 wt.% complexing agent, at least 5 wt.% dispersing agent, at least 5 wt.% amphoteric surfactant, and less than 20 wt.% water, in which the cleaning product is in the form of a cream or gel. at least 20 wt.% complexing agent, at least 5 wt.% dispersing agent, at least 5 wt.% amphoteric surfactant, and less than 20 wt.% water,
Method for controlling applications that are installed on a security module that is associated with a mobile terminal , said module being capable of making transactions related to at least one application with an equipment , and of transmitting at least one command for connection to a management server for said application via the associated mobile terminal, characterized in that it includes the following steps: - incrementing (E102, E202, E302, E322) at least one transaction value (CA1, CAc) in a memory of the security module when a transaction is made by the application; - comparing (E104, E204, E304, E324) the transaction value with an associated predetermined value (CA1M, CAcM); - if the transaction value reaches its associated predetermined value, transmitting (E106, E206, E308, E326), by means of an application on the security module (AP1, Z), at least one command for connection to a management server for the application that is capable of verifying user rights for said application; and - if the command for connection fails, lockout (E114, E212, E310, E332) preventing any future selection of said at least one application; - if the connection is established and if the user rights for said application are valid, then receiving, from the management server, an order to reset said transaction value. - incrementing (E102, E202, E302, E322) at least one transaction value (CA1, CAc) in a memory of the security module when a transaction is made by the application; - comparing (E104, E204, E304, E324) the transaction value with an associated predetermined value (CA1M, CAcM); - if the transaction value reaches its associated predetermined value, transmitting (E106, E206, E308, E326), by means of an application on the security module (AP1, Z), at least one command for connection to a management server for the application that is capable of verifying user rights for said application; and - if the command for connection fails, lockout (E114, E212, E310, E332) preventing any future selection of said at least one application; - if the connection is established and if the user rights for said application are valid, then receiving, from the management server, an order to reset said transaction value.
Apparatus for performing eye treatments, comprising: a first imaging device which is configured for generating first image data for an eye to be treated, while the eye is in an undeformed state; a second imaging device which is configured for generating second image data for the eye while the eye is in a deformed state; a laser apparatus which is configured for providing pulsed laser radiation; the apparatus being characterised by further comprising: a control device which is configured for: - determining, based on the first image data, position information of a reference feature of the eye in relation to a given corneal point; - locating the given corneal point, based on the second image data; - aligning a pulse firing pattern for laser radiation pulses of the laser apparatus, based on a position of the located given corneal point in a coordinate system of the laser apparatus and the determined position information; and - controlling the laser apparatus for delivering laser radiation pulses according to the aligned pulse firing pattern. a first imaging device which is configured for generating first image data for an eye to be treated, while the eye is in an undeformed state; a second imaging device which is configured for generating second image data for the eye while the eye is in a deformed state; a laser apparatus which is configured for providing pulsed laser radiation; the apparatus being characterised by further comprising: a control device which is configured for: - determining, based on the first image data, position information of a reference feature of the eye in relation to a given corneal point; - locating the given corneal point, based on the second image data; - aligning a pulse firing pattern for laser radiation pulses of the laser apparatus, based on a position of the located given corneal point in a coordinate system of the laser apparatus and the determined position information; and - controlling the laser apparatus for delivering laser radiation pulses according to the aligned pulse firing pattern. - determining, based on the first image data, position information of a reference feature of the eye in relation to a given corneal point; - locating the given corneal point, based on the second image data; - aligning a pulse firing pattern for laser radiation pulses of the laser apparatus, based on a position of the located given corneal point in a coordinate system of the laser apparatus and the determined position information; and - controlling the laser apparatus for delivering laser radiation pulses according to the aligned pulse firing pattern.
A method implemented by a wireless transmit/receive unit, WTRU , the method comprising: the WTRU receiving a radio resource control, RRC, message comprising a discontinuous reception, DRX, configuration, the DRX configuration comprising a first set of DRX parameters and a second set of DRX parameters, the first set of DRX parameters comprising an indication of a DRX cycle periodicity and an indication of a length of a first DRX minimum active period, the second set of DRX parameters comprising an indication of a length of a second DRX minimum active period, wherein the first DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the first set of DRX parameters, and the second DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the second set of DRX parameters; the WTRU applying the first set of DRX parameters and monitoring a control channel during the first DRX minimum active period, wherein the WTRU stays awake beyond the first DRX minimum active period if a data indication signal is received during the first DRX minimum active period; and the WTRU applying the second set of DRX parameters and monitoring a control channel during the second DRX minimum active period, wherein the WTRU stays awake beyond the second DRX minimum active period if a data indication signal is received during the second DRX minimum active period; and the WTRU resuming DRX based on inactivity. the WTRU receiving a radio resource control, RRC, message comprising a discontinuous reception, DRX, configuration, the DRX configuration comprising a first set of DRX parameters and a second set of DRX parameters, the first set of DRX parameters comprising an indication of a DRX cycle periodicity and an indication of a length of a first DRX minimum active period, the second set of DRX parameters comprising an indication of a length of a second DRX minimum active period, wherein the first DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the first set of DRX parameters, and the second DRX minimum active period corresponds to an amount of time during a beginning of a DRX cycle that the WTRU monitors for a data indication signal when applying the second set of DRX parameters; the WTRU applying the first set of DRX parameters and monitoring a control channel during the first DRX minimum active period, wherein the WTRU stays awake beyond the first DRX minimum active period if a data indication signal is received during the first DRX minimum active period; and the WTRU applying the second set of DRX parameters and monitoring a control channel during the second DRX minimum active period, wherein the WTRU stays awake beyond the second DRX minimum active period if a data indication signal is received during the second DRX minimum active period; and the WTRU resuming DRX based on inactivity.
A ground anchoring element for a small-building subframe, said anchoring element comprising a perforated angle bracket , a bracket nut , a threaded rod , adjustment nuts and a support plate , wherein - the angle bracket comprises a L-bracket intended for attachment to the lower part of the small-building subframe; characterized in that: - the bracket nut is rigidly attached to an inner side of the angle bracket ; - the bracket nut is meant to accommodate one of the ends of the threaded rod ; - the support plate and the adjustment nuts which are freely movable are placed onto the threaded rod , whereas the adjustment nuts are between the bracket nut and the support plate ; - the support plate has an opening in the middle and the threaded rod passes through the opening of the support plate ; - the support plate is fastened to the threaded rod with a tie allowing the support plate to move; - the other end of the threaded rod is meant to be run into the ground. - the angle bracket comprises a L-bracket intended for attachment to the lower part of the small-building subframe; characterized in that: - the bracket nut is rigidly attached to an inner side of the angle bracket ; - the bracket nut is meant to accommodate one of the ends of the threaded rod ; - the support plate and the adjustment nuts which are freely movable are placed onto the threaded rod , whereas the adjustment nuts are between the bracket nut and the support plate ; - the support plate has an opening in the middle and the threaded rod passes through the opening of the support plate ; - the support plate is fastened to the threaded rod with a tie allowing the support plate to move; - the other end of the threaded rod is meant to be run into the ground. - the bracket nut is rigidly attached to an inner side of the angle bracket ; - the bracket nut is meant to accommodate one of the ends of the threaded rod ; - the support plate and the adjustment nuts which are freely movable are placed onto the threaded rod , whereas the adjustment nuts are between the bracket nut and the support plate ; - the support plate has an opening in the middle and the threaded rod passes through the opening of the support plate ; - the support plate is fastened to the threaded rod with a tie allowing the support plate to move; - the other end of the threaded rod is meant to be run into the ground.
A method for optical communication with simultaneous transmission of bits of information and distribution of cryptographic key bits using laser beam intensity modulation in a transmitter and using direct detection in a receiver, characterised in that a laser beam of a specific optical carrier wavelength is modulated according to a common set of modulation symbols encoding simultaneously information bits and cryptographic key bits, wherein symbols used to encode different information bits differ in exclusively a single parameter selected from the group comprising light intensity and time delay, while symbols used to encode different cryptographic key bits differ exclusively in light intensity.
A mobile anechoic chamber comprising: an anechoic enclosure shielded from external electromagnetic radiation and adapted to be transportable using a vehicle, the enclosure comprising: a first antenna located within the enclosure and in communication with a first transmitter ; a second antenna located within the enclosure and in communication with a second transmitter; a signal pass-through adapted to receive data signals from outside of the enclosure and make said data signals available to a device under test located within the enclosure; a vehicle condition sensor signal received from sensors located inside the vehicle transporting the chamber and supplied to the device under test within the enclosure, the vehicle condition sensor signal resulting from movement of the vehicle; a control computer which is adapted to: a. receive a first signal from a source of positioning signals; b. provide to the first transmitter an inside positioning signal corresponding to the first signal for transmission into the chamber via the first antenna; c. receive a second signal comprising the vehicle condition sensor signal; and d. provide a third signal to the second transmitter that interferes with the inside positioning signal for transmission into the chamber via the second antenna. a first antenna located within the enclosure and in communication with a first transmitter ; a second antenna located within the enclosure and in communication with a second transmitter; a signal pass-through adapted to receive data signals from outside of the enclosure and make said data signals available to a device under test located within the enclosure; a vehicle condition sensor signal received from sensors located inside the vehicle transporting the chamber and supplied to the device under test within the enclosure, the vehicle condition sensor signal resulting from movement of the vehicle; a control computer which is adapted to: a. receive a first signal from a source of positioning signals; b. provide to the first transmitter an inside positioning signal corresponding to the first signal for transmission into the chamber via the first antenna; c. receive a second signal comprising the vehicle condition sensor signal; and d. provide a third signal to the second transmitter that interferes with the inside positioning signal for transmission into the chamber via the second antenna. a. receive a first signal from a source of positioning signals; b. provide to the first transmitter an inside positioning signal corresponding to the first signal for transmission into the chamber via the first antenna; c. receive a second signal comprising the vehicle condition sensor signal; and d. provide a third signal to the second transmitter that interferes with the inside positioning signal for transmission into the chamber via the second antenna.
A modular bearing device for at least one gripper arm pair comprising at least one first gripper arm and one second gripper arm of mirror-inverted configuration to the first seated on a support plate for the gripping, holding and guiding of particularly bottle-like containers which is movable from a gripping position into an open position or vice versa by means of a rotatably mounted cam control shaft , having a first bearing pin for the pivotal supporting of the at least one first gripping arm , a second bearing pin for the pivotal supporting of the at least one second gripping arm , a base plate with a receiving opening running through it for the pivotal supporting of the cam control shaft , wherein the bearing pins are fixed to one side of the base plate , and a fixing means for the releasable fixing of the at least one gripper arm pair on the support plate , characterized in that the first bearing pin is solid and the second bearing pin is designed as a sleeve for receiving the fixing means , the through-hole of which aligns with a receiving opening in the base plate in the axial direction of the sleeve, and in that the base plate and the bearing pins are integrally formed.
A clamp comprising at least a lower jaw portion and an upper locking jaw portion (6-7) which comprises an upper jaw portion and a locking stop portion , where an object may be grasped between the lower jaw portion and upper locking jaw portion (6-7), where the upper locking jaw portion (6-7) comprises a wedge shaped portion, where further the lower jaw portion comprises a receiving element forming an opening into which the wedge shaped portion of the upper locking jaw portion (6-7) may be inserted, and where the wedge shaped portion comprises a resilient leg arranged to interact lockingly with the opening in the lower jaw portion , where the resilient leg is connected to and angled at an angle upwards from the bottom of the upper jaw portion and resiliently tends towards this angle, where one end of the resilient leg is attached to the wedge shaped portion, and the other end may move freely, where the locking stop portion comprises a locking stop with two ends, where one end of the locking stop acts on the free end of the resilient leg and on the receiving element on the lower jaw portion , where the locking stop is rotatably arranged around an axis , where the end of the locking stop that acts on the free end of the resilient leg and on the receiving element on the lower jaw portion , sits closer to the axis than the opposite end of the locking stop , such that the positioning of the axis gives leverage to the rotational movement of the locking stop .
A power tool , comprising: a motor , comprising: a stator comprising: a tubular stator core ; an electrically insulating member fixed to the stator core ; and coils , which are wound around a plurality of teeth that protrude from an inner side of the stator core ; a rotor comprising: a rotor core disposed on an inner side of the stator ; a rotary shaft fixed to the rotor core ; and a permanent magnet fixed to the rotor core ; and a sensor-circuit board adapted to detect the position of the permanent magnet , the sensor-circuit board being fixed to the electrically insulating member ; wherein, a plurality of notched parts is formed, in an outer circumference of the sensor-circuit board , such that each of the plurality of notched parts is located between two of the teeth in a plan view along an axial direction of the stator and extends beyond an inner circumference of the stator core in the plan view along the axial direction of the stator . a motor , comprising: a stator comprising: a tubular stator core ; an electrically insulating member fixed to the stator core ; and coils , which are wound around a plurality of teeth that protrude from an inner side of the stator core ; a rotor comprising: a rotor core disposed on an inner side of the stator ; a rotary shaft fixed to the rotor core ; and a permanent magnet fixed to the rotor core ; and a sensor-circuit board adapted to detect the position of the permanent magnet , the sensor-circuit board being fixed to the electrically insulating member ; wherein, a stator comprising: a tubular stator core ; an electrically insulating member fixed to the stator core ; and coils , which are wound around a plurality of teeth that protrude from an inner side of the stator core ; a rotor comprising: a rotor core disposed on an inner side of the stator ; a rotary shaft fixed to the rotor core ; and a permanent magnet fixed to the rotor core ; and a sensor-circuit board adapted to detect the position of the permanent magnet , the sensor-circuit board being fixed to the electrically insulating member ; a plurality of notched parts is formed, in an outer circumference of the sensor-circuit board , such that each of the plurality of notched parts is located between two of the teeth in a plan view along an axial direction of the stator and extends beyond an inner circumference of the stator core in the plan view along the axial direction of the stator .
A method of forming a metallic pattern on a substrate, the method comprising: activating a metallic surface of a substrate by applying an aqueous solution comprising an inorganic activating agent onto the metallic surface; after chemically activating the metallic layer, non-impact printing an ink onto the metallic surface; reacting a component of the ink with ions of the metallic surface to produce a resist; performing an etching process to remove portions of the metallic layer that are not covered by the resist; and removing the resist to form the metallic pattern. activating a metallic surface of a substrate by applying an aqueous solution comprising an inorganic activating agent onto the metallic surface; after chemically activating the metallic layer, non-impact printing an ink onto the metallic surface; reacting a component of the ink with ions of the metallic surface to produce a resist; performing an etching process to remove portions of the metallic layer that are not covered by the resist; and removing the resist to form the metallic pattern.