mhurhangee/ep-ind-claims huggingface dataset:
A method for transceiving a message of an apparatus, comprising: listening for a probe request packet transmitted from another apparatus through a predetermined channel, wherein the probe request packet includes information related to the another apparatus and a first user message input by a first user of the another apparatus; obtaining the first user message from the probe request packet and displaying the first user message on the apparatus, the method characterized by: based on a second user message as a response to the first user message being received via an input by a second user, generating a probe response packet including the second user message, the second user being a user of the apparatus; and transmitting the probe response packet including the second user message to the another apparatus. listening for a probe request packet transmitted from another apparatus through a predetermined channel, wherein the probe request packet includes information related to the another apparatus and a first user message input by a first user of the another apparatus; obtaining the first user message from the probe request packet and displaying the first user message on the apparatus, the method characterized by: based on a second user message as a response to the first user message being received via an input by a second user, generating a probe response packet including the second user message, the second user being a user of the apparatus; and transmitting the probe response packet including the second user message to the another apparatus. based on a second user message as a response to the first user message being received via an input by a second user, generating a probe response packet including the second user message, the second user being a user of the apparatus; and transmitting the probe response packet including the second user message to the another apparatus.
An infant peripheral lancing device having safety buckle turn lock and anti-backward push button, comprising a housing and a trigger, which is a push type mechanism comprising a push button slideably located on the housing, and a safety mechanism is set between the push button and the housing to prevent the unintentional triggering of blood collection mechanism, wherein: the safety mechanism is a safety buckle, which is a clamp turnably connected to the housing and has two occupation gestures in the rotation route in relation to the housing: the first occupation gesture is clamped between the push button and the housing to force the push button to be in the locking state before triggering; the second occupation gesture is in the position disengaging from the first occupation state to make the push button be in the unlocking state; between the push button and the housing, or between the push button and the safety buckle, a locking mechanism is set to lock the push button after the triggering, and the locking mechanism consists of a first locking part on the push button and a second locking part set on the housing or the safety buckle, the first locking part and the second locking part meet during the sliding of push button and when the push button slides in the triggering direction, the first locking part and the second locking part meet to form a sliding matching, but when the push button slides in the returning direction, the first locking part and the second locking part meet to form a locking matching. the safety mechanism is a safety buckle, which is a clamp turnably connected to the housing and has two occupation gestures in the rotation route in relation to the housing: the first occupation gesture is clamped between the push button and the housing to force the push button to be in the locking state before triggering; the second occupation gesture is in the position disengaging from the first occupation state to make the push button be in the unlocking state; between the push button and the housing, or between the push button and the safety buckle, a locking mechanism is set to lock the push button after the triggering, and the locking mechanism consists of a first locking part on the push button and a second locking part set on the housing or the safety buckle, the first locking part and the second locking part meet during the sliding of push button and when the push button slides in the triggering direction, the first locking part and the second locking part meet to form a sliding matching, but when the push button slides in the returning direction, the first locking part and the second locking part meet to form a locking matching.
A delivery system for percutaneously deploying a stented prosthetic heart valve, the system comprising: an inner shaft assembly including an intermediate portion providing a coupling structure configured to selectively engage a prosthetic heart valve; a delivery sheath assembly slidably disposed over the inner shaft assembly, the delivery sheath assembly including a capsule and a delivery sheath shaft, wherein the capsule extends distally from the delivery sheath shaft and is configured to compressively contain a prosthetic heart valve engaged with the coupling structure; and a handle coupled to the inner shaft assembly and the delivery sheath capsule, the handle maintaining a first actuator (142a, 144) selectively applying forces to the distal sheath capsule and a second actuator (142b, 150) selectively applying forces to the inner shaft assembly to retract the prosthetic heart valve and promote recapture of the prosthetic heart valve within the delivery system, wherein the handle further includes a housing and the first actuator (142a, 144) is operated relative to the housing to apply forces to the delivery sheath capsule and the second actuator (142b, 150) is moved relative to the housing to apply forces to the inner shaft assembly, and wherein the housing includes a proximal end and a distal end, the first actuator (142a, 144) being operated toward the proximal end to apply proximal forces to the delivery sheath capsule and the second actuator (142b, 150) being operated away from the proximal end to apply proximal forces to the prosthetic heart valve. an inner shaft assembly including an intermediate portion providing a coupling structure configured to selectively engage a prosthetic heart valve; a delivery sheath assembly slidably disposed over the inner shaft assembly, the delivery sheath assembly including a capsule and a delivery sheath shaft, wherein the capsule extends distally from the delivery sheath shaft and is configured to compressively contain a prosthetic heart valve engaged with the coupling structure; and a handle coupled to the inner shaft assembly and the delivery sheath capsule, the handle maintaining a first actuator (142a, 144) selectively applying forces to the distal sheath capsule and a second actuator (142b, 150) selectively applying forces to the inner shaft assembly to retract the prosthetic heart valve and promote recapture of the prosthetic heart valve within the delivery system, wherein the handle further includes a housing and the first actuator (142a, 144) is operated relative to the housing to apply forces to the delivery sheath capsule and the second actuator (142b, 150) is moved relative to the housing to apply forces to the inner shaft assembly, and wherein the housing includes a proximal end and a distal end, the first actuator (142a, 144) being operated toward the proximal end to apply proximal forces to the delivery sheath capsule and the second actuator (142b, 150) being operated away from the proximal end to apply proximal forces to the prosthetic heart valve.
A photochromic lens for eye glasses produced by polymerizing a polymerizable composition obtained by dissolving a photochromic compound into a monomer mixture comprising: a first radically polymerizable monomer represented by general formula where R 1 is either a hydrogen atom or a methyl group, R 2 is either a hydrogen atom or a methyl group, and m + n = 0 to 4; a second radically polymerizable monomer represented by general formula where B is either an ethylene group or a linear or a branched propylene group, and p represents a numeral of 1 to 9 on average; and divinylbenzene having a purity of 50% or more and containing a divinylbenzene component and an ethylvinylbenzene component at a total content of 90% or more, wherein, in the monomer mixture, the first radically polymerizable monomer of the general formula is contained in the range of 40 to 55% by mass, the second radically polymerizable monomer of the general formula is contained in the range of 5 to 20% by mass, and a divinylbenzene component and an ethylvinylbenzene component of the divinylbenzene are contained in the range of 29 to 45% by mass in total; and wherein the total of the first radically polymerizable monomer of the general formula, the second radically polymerizable monomer of the general formula, and the divinylbenzene is 100% by mass. a first radically polymerizable monomer represented by general formula where R 1 is either a hydrogen atom or a methyl group, R 2 is either a hydrogen atom or a methyl group, and m + n = 0 to 4; a second radically polymerizable monomer represented by general formula where B is either an ethylene group or a linear or a branched propylene group, and p represents a numeral of 1 to 9 on average; and divinylbenzene having a purity of 50% or more and containing a divinylbenzene component and an ethylvinylbenzene component at a total content of 90% or more, wherein, in the monomer mixture, the first radically polymerizable monomer of the general formula is contained in the range of 40 to 55% by mass, the second radically polymerizable monomer of the general formula is contained in the range of 5 to 20% by mass, and a divinylbenzene component and an ethylvinylbenzene component of the divinylbenzene are contained in the range of 29 to 45% by mass in total; and wherein the total of the first radically polymerizable monomer of the general formula, the second radically polymerizable monomer of the general formula, and the divinylbenzene is 100% by mass.
Solar heating system for heating domestic water or a heat transfer heating fluid, comprising at least one heating element installed on the outside of a building and intended to receive solar energy for heating by heat exchange said domestic water or said heat transfer heating fluid, said heating element being in the form of a heat absorbing panel, said panel being formed by a first plate and a second plate connected to said first plate, said first plate and said second plate being profiled symmetrically so as form, between said first plate and said second plate, outside contact zones between said first plate and said second plate, a flow channel with a fluid inlet and a fluid outlet for the passage of said domestic water or of said heat transfer heating fluid to be heated flowing in said panel, wherein said first plate and said second plate are stamped steel plates and are connected together by welding over the entire surface of said contact zones between said first plate and said second plate, wherein said weld between said plates (A, B) is a laser weld,characterized in that a surface texture obtained by laser processing is present on at least one of said first plate or said second plate, and in that said surface texture obtained by laser processing is present on an outer surface of said first plate or said second plate of said panel, said outer surface being able to receive said solar energy.
Method to brake a motor vehicle which is driven by a drive torque of at least one electrical machine which is connected electrically to an electrical energy store, wherein, in a first operating mode, the at least one electrical machine is operated as a generator to generate a generator braking torque, wherein, in a second operating mode, the at least one electrical machine is supplied with electrical energy from the energy store such that a braking torque in the opposite direction to the drive torque is generated by the at least one electrical machine, characterised in that a braking force which is generated by the at least one electrical machine is adjusted depending on a position of a braking pedal of a friction braking device of the motor vehicle, the braking force is generated, in a first region of a pedal travel of the braking pedal, exclusively by the at least one electrical machine depending on the state of charge of the electrical energy store in the first operating mode or the second operating mode, and the braking force is generated, in a second region of the pedal travel of the braking pedal, by the at least one electrical machine and the friction braking device, wherein the braking force generated by the at least one electrical machine is substantially constant in the second region of the pedal travel and a substantially linear course results from a sum of the braking forces of the friction braking device and the at least one electrical machine over the entire pedal travel.
A system for communicating with at least one responder, wherein the system is provided with a transmitter for transmitting at least a first signal with a predetermined transmission frequency and an antenna system, wherein the antenna system is connected with the transmitter, wherein the transmitter is provided with an amplifier provided with an input which is arranged for being connected with a signal source and provided with an output which is connected with the antenna system, wherein the amplifier is arranged such that, at least at the predetermined transmission frequency, the output behaves like a current source, characterized in that the antenna system is arranged such that an impedance of the antenna system, at least at the predetermined transmission frequency, is substantially free of an imaginary component.
A method of wireless communication, said method being performed by a user equipment, UE, comprising: receiving (520; 610) a first activation of a first semi-persistent scheduling, SPS, configuration; receiving (520; 620) a second activation of a second SPS configuration; determining (525; 540; 630) a differentiation characteristic between the first SPS configuration and the second SPS configuration, the determining of the differentiation characteristic further comprising determining (525, 710) at least a partial overlap of frequency domain resources or time domain resources of the first SPS configuration and the second SPS configuration; decoding (550, 720, 730), based on determining the at least a partial overlap of frequency domain resources or time domain resources of the first SPS configuration and the second SPS configuration, a received physical downlink shared channel, PDSCH, using each of the SPS configurations; determining (560, 640), based on a result (555, 740) of the decoding, that one of the first SPS configuration or the second SPS configuration is the SPS configuration for the received PDSCH based on the differentiation characteristic; and transmitting (560; 650) an acknowledgment of the PDSCH based on the determined SPS configuration. receiving (520; 610) a first activation of a first semi-persistent scheduling, SPS, configuration; receiving (520; 620) a second activation of a second SPS configuration; determining (525; 540; 630) a differentiation characteristic between the first SPS configuration and the second SPS configuration, the determining of the differentiation characteristic further comprising determining (525, 710) at least a partial overlap of frequency domain resources or time domain resources of the first SPS configuration and the second SPS configuration; decoding (550, 720, 730), based on determining the at least a partial overlap of frequency domain resources or time domain resources of the first SPS configuration and the second SPS configuration, a received physical downlink shared channel, PDSCH, using each of the SPS configurations; determining (560, 640), based on a result (555, 740) of the decoding, that one of the first SPS configuration or the second SPS configuration is the SPS configuration for the received PDSCH based on the differentiation characteristic; and transmitting (560; 650) an acknowledgment of the PDSCH based on the determined SPS configuration.
A wheel service apparatus for a vehicle wheel including a tyre mounted on a rim, wherein the apparatus comprises: - a frame; - a plurality of working tools, connected to the frame and movable to perform operations for mounting and demounting the tyre relative to the rim; - a shaft which rotates about a longitudinal axis and which is configured to be connected, at a first end of it, to the rim of the vehicle wheel; - an actuator, operatively connected to the shaft to set it in rotation; - a measuring system, configured to generate vibration signals representing vibrations of the shaft produced by imbalances of the wheel by effect of the rotation of the shaft itself; - a control unit, connected to the measuring system to receive the vibration signals; the apparatus being characterized in that it comprises: - a support device, connected to the frame and movable between an activated position, where it encircles the shaft while still allowing it to rotate, and a deactivated position, where it is spaced from the shaft; - a connector, movable between a working position, where it mechanically connects the measuring system to the frame, and a rest position, where the measuring system is mechanically disengaged from the frame. - a frame; - a plurality of working tools, connected to the frame and movable to perform operations for mounting and demounting the tyre relative to the rim; - a shaft which rotates about a longitudinal axis and which is configured to be connected, at a first end of it, to the rim of the vehicle wheel; - an actuator, operatively connected to the shaft to set it in rotation; - a measuring system, configured to generate vibration signals representing vibrations of the shaft produced by imbalances of the wheel by effect of the rotation of the shaft itself; - a control unit, connected to the measuring system to receive the vibration signals; the apparatus being characterized in that it comprises: - a support device, connected to the frame and movable between an activated position, where it encircles the shaft while still allowing it to rotate, and a deactivated position, where it is spaced from the shaft; - a connector, movable between a working position, where it mechanically connects the measuring system to the frame, and a rest position, where the measuring system is mechanically disengaged from the frame.
A heating element comprising: an adhesive film; and a conductive heating pattern provided on at least one surface of the adhesive film and having a line height of 10 micrometers or less, characterized in that the conductive heating pattern is formed on the surface of the adhesive film by forming a metal plating layer having a thickness of 10 micrometers or less on a metal layer, laminating the metal layer provided with the metal plating layer with the adhesive film so that the metal plating layer contacts with the adhesive film, removing the metal layer from the metal plating layer, and forming the conductive heating pattern by patterning the metal plating layer. an adhesive film; and a conductive heating pattern provided on at least one surface of the adhesive film and having a line height of 10 micrometers or less, characterized in that the conductive heating pattern is formed on the surface of the adhesive film by forming a metal plating layer having a thickness of 10 micrometers or less on a metal layer, laminating the metal layer provided with the metal plating layer with the adhesive film so that the metal plating layer contacts with the adhesive film, removing the metal layer from the metal plating layer, and forming the conductive heating pattern by patterning the metal plating layer.
A separator for extracting magnetic material (71...77) from an airstream of magnetic material and non-magnetic material, comprising a planar chamber with an inlet port, outlet port and a waste port, and a series of magnets in planes parallel to and on both sides of the chamber, the magnets rotating about a common axis thereby drawing magnetic material (71...77) around the chamber and towards the outlet port whilst non-magnetic material remains in the airstream and is discharged by the waste port, characterized in that the magnets on both sides of the chamber are aligned with each other and configured to rotate in unison.
A method for secure data sharing between applications, the applications being executed by a computing device, the method comprising: obtaining, by a first application executed by the computing device, an identity certificate associated with the first application, wherein the identity certificate comprises: a unique identifier associated with the computing device, and a public key associated with the first application; authenticating the first application with a management computing environment, over a network, using the identity certificate associated with the first application; distinguishing, by the management computing environment, a plurality of other applications executing on the computing device from those executing on other computing devices based on the unique identifier received in the identity certificate; obtaining a plurality of public keys by the first application from the management computing environment in response to the authenticating the first application with the management computing environment, the plurality of public keys being associated with the plurality of other applications executing on the computing device; causing, by the first application, the plurality of public keys to be stored in a key store of the computing device; causing, by the first application, an encrypted data package to be generated using a public key associated with a second application among the plurality of other applications; and causing, by the first application, the encrypted data package to be communicated to the second application through an inter-application communication process. obtaining, by a first application executed by the computing device, an identity certificate associated with the first application, wherein the identity certificate comprises: a unique identifier associated with the computing device, and a public key associated with the first application; authenticating the first application with a management computing environment, over a network, using the identity certificate associated with the first application; distinguishing, by the management computing environment, a plurality of other applications executing on the computing device from those executing on other computing devices based on the unique identifier received in the identity certificate; obtaining a plurality of public keys by the first application from the management computing environment in response to the authenticating the first application with the management computing environment, the plurality of public keys being associated with the plurality of other applications executing on the computing device; causing, by the first application, the plurality of public keys to be stored in a key store of the computing device; causing, by the first application, an encrypted data package to be generated using a public key associated with a second application among the plurality of other applications; and causing, by the first application, the encrypted data package to be communicated to the second application through an inter-application communication process.