mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing group message, characterized in comprising: receiving , by a push server, a message corresponding to a first group identifier sent from a public data network if a group corresponding to the first group identifier has an updated group message, wherein the message corresponding to the first group identifier is the updated group message or a group message notification; sending , by the push server, the message corresponding to the first group identifier to a core network node, so that the core network node sends the message corresponding to the first group identifier to a radio network controller, and the radio network controller acquires, according to the first group identifier, indication bit and time information for sending the message corresponding to the first group identifier, wherein the time information is calculated based on the first group identifier and a cycle length received in advance representing a discontinuous reception factor parameter; and sending , by the push server, the first group identifier, the indication bit, the time information and the message corresponding to the first group identifier to a base station, so that the base station sets a bit according to the indication bit, and sends the indication bit, the first group identifier and the message corresponding to the first group identifier to a user equipment belonging to the group corresponding to the first group identifier in a service range of the base station, according to the time information. receiving , by a push server, a message corresponding to a first group identifier sent from a public data network if a group corresponding to the first group identifier has an updated group message, wherein the message corresponding to the first group identifier is the updated group message or a group message notification; sending , by the push server, the message corresponding to the first group identifier to a core network node, so that the core network node sends the message corresponding to the first group identifier to a radio network controller, and the radio network controller acquires, according to the first group identifier, indication bit and time information for sending the message corresponding to the first group identifier, wherein the time information is calculated based on the first group identifier and a cycle length received in advance representing a discontinuous reception factor parameter; and sending , by the push server, the first group identifier, the indication bit, the time information and the message corresponding to the first group identifier to a base station, so that the base station sets a bit according to the indication bit, and sends the indication bit, the first group identifier and the message corresponding to the first group identifier to a user equipment belonging to the group corresponding to the first group identifier in a service range of the base station, according to the time information.
Method for storing contaminated material generated by waste processing plants under a water layer , the method comprises the successive processing steps of: a) supplying the contaminated material generated by waste processing plants; b) supplying a ground material ; c) mixing the contaminated material with the ground material ; and, subsequently, d) arranging the mixture of contaminated material and ground material in or under a retention layer situated under the water layer , wherein in processing step d) the mixture is not in contact with the water layer , and the retention layer comprises ground material. a) supplying the contaminated material generated by waste processing plants; b) supplying a ground material ; c) mixing the contaminated material with the ground material ; and, subsequently, d) arranging the mixture of contaminated material and ground material in or under a retention layer situated under the water layer ,
An electronic device at vehicular user equipment end, T-VUE, in wireless V2X communication, the electronic device comprising a processing circuit configured to: measure downlink channel qualities of a serving base station of the user equipment T-VUE and neighboring base stations; and determine, based on the measured downlink channel qualities, a first base station set from the serving base station and the neighboring base stations, wherein the first base station set indicates a set of base stations to broadcast or multicast a V2X message from the T-VUE to receiving vehicular user equipments, R-VUEs; generate a report comprising the V2X message and the first base station set to be sent to the serving base station; send the report to the serving base station for broadcast or multicast by the base stations in the first base station set. measure downlink channel qualities of a serving base station of the user equipment T-VUE and neighboring base stations; and determine, based on the measured downlink channel qualities, a first base station set from the serving base station and the neighboring base stations, wherein the first base station set indicates a set of base stations to broadcast or multicast a V2X message from the T-VUE to receiving vehicular user equipments, R-VUEs; generate a report comprising the V2X message and the first base station set to be sent to the serving base station; send the report to the serving base station for broadcast or multicast by the base stations in the first base station set.
Nanoparticles comprising a matrix of at least 80% of silicon dioxide, where the particles have a size of 5 to 50 nm, for use as adjuvant.
An emergency oxygen system for aircraft comprising: a breathing gas supply circuit to be connected upstream to a source of breathing gas and downstream to at least one mask , the breathing gas supply circuit comprising a flow control valve configured to adjust the flow of breathing gas supplied to the mask , an electronics board configured to control the flow control valve , a power source , wherein the emergency oxygen system further comprises a switching device interposed between the power source and the electronics board , the switching device comprising a switch (T1) configured to have a first state in which power from the power source is supplied to the electronics board and a second state in which the electronics board is not supplied with power from the power source , the switch (T1) is of electrical or electronic type, the switching device further comprises an activation line , the switching device is configured to actuate the switch (T1) to switch from the second state to the first state when an activation signal is present in the activation line , characterised in that the switching device comprises a deactivation line configured to switch the switch (T1) from the first state to the second state in case a deactivation signal is present in the deactivation line , and the electronics board is configured to send the deactivation signal in the deactivation line . a breathing gas supply circuit to be connected upstream to a source of breathing gas and downstream to at least one mask , the breathing gas supply circuit comprising a flow control valve configured to adjust the flow of breathing gas supplied to the mask , an electronics board configured to control the flow control valve , a power source , wherein the emergency oxygen system further comprises a switching device interposed between the power source and the electronics board , the switching device comprising a switch (T1) configured to have a first state in which power from the power source is supplied to the electronics board and a second state in which the electronics board is not supplied with power from the power source , the switch (T1) is of electrical or electronic type, the switching device further comprises an activation line , the switching device is configured to actuate the switch (T1) to switch from the second state to the first state when an activation signal is present in the activation line , characterised in that the switching device comprises a deactivation line configured to switch the switch (T1) from the first state to the second state in case a deactivation signal is present in the deactivation line , and the electronics board is configured to send the deactivation signal in the deactivation line .
A roller coaster vehicle adapted to move along a railed roller coaster track, the vehicle comprising: a carriage assembly comprising: a plurality of runners that engage, in use, the railed roller coaster track from above, below, and on a side, a seat frame assembly comprising a pair of opposed seats , the seats mounted on a circular frame that can rotate three hundred sixty degrees in both directions about a central horizontal axis (A) of the circular frame passing between the pair of opposed seats, the axis (A) being perpendicular to the direction of travel; wherein the seat frame assembly with the seats are adapted to rotate as the vehicle is moving along the railed roller coaster track. a carriage assembly comprising: a plurality of runners that engage, in use, the railed roller coaster track from above, below, and on a side, a seat frame assembly comprising a pair of opposed seats , the seats mounted on a circular frame that can rotate three hundred sixty degrees in both directions about a central horizontal axis (A) of the circular frame passing between the pair of opposed seats, the axis (A) being perpendicular to the direction of travel; a plurality of runners that engage, in use, the railed roller coaster track from above, below, and on a side, a seat frame assembly comprising a pair of opposed seats , the seats mounted on a circular frame that can rotate three hundred sixty degrees in both directions about a central horizontal axis (A) of the circular frame passing between the pair of opposed seats, the axis (A) being perpendicular to the direction of travel; wherein the seat frame assembly with the seats are adapted to rotate as the vehicle is moving along the railed roller coaster track.
Cable termination apparatus for an underwater cable with a conductive core and an axially extending annular insulation portion , the apparatus comprising: a cable crimp electrically connectable to the conductive core of the underwater cable and to a pin ; and a conductive crimp screen , wherein the crimp screen is arrangeable such that when the termination is assembled a portion of the conductive crimp screen is extendable axially over and is arrangeable radially outwardly of the annular insulation portion of the cable ; wherein the apparatus comprises a stress control sleeve which is arranged to be located radially outwardly of the annular insulation portion of the cable , wherein the underwater cable has an axially extending annular conductive screen layer radially outwardly of the insulation portion , wherein the stress control sleeve is arrangeable to extend partially over the conductive screen layer of the underwater cable, characterized in that the stress control sleeve comprises an insulating portion and a conductive portion , and in that when the cable termination apparatus is assembled the conductive portion of the stress control sleeve is in contact with an end portion of the annular conductive screen layer of the cable. a cable crimp electrically connectable to the conductive core of the underwater cable and to a pin ; and a conductive crimp screen , wherein the crimp screen is arrangeable such that when the termination is assembled a portion of the conductive crimp screen is extendable axially over and is arrangeable radially outwardly of the annular insulation portion of the cable ; wherein the apparatus comprises a stress control sleeve which is arranged to be located radially outwardly of the annular insulation portion of the cable , wherein the underwater cable has an axially extending annular conductive screen layer radially outwardly of the insulation portion , wherein the stress control sleeve is arrangeable to extend partially over the conductive screen layer of the underwater cable, characterized in that the stress control sleeve comprises an insulating portion and a conductive portion , and in that when the cable termination apparatus is assembled the conductive portion of the stress control sleeve is in contact with an end portion of the annular conductive screen layer of the cable.
A tissue ablation system, comprising: a delivery sheath having a proximal end, a distal end, and a lumen extending therebetween; an elongate shaft having a proximal portion and a distal portion, the elongate shaft slidably disposed within the lumen of the delivery sheath; a first helically wound electrode disposed about the distal portion of the elongate shaft, the first helically wound electrode having a first length; a second helically wound electrode disposed about the distal portion of the elongate shaft, the second helically wound electrode having a second length less than the first length; a third helically wound electrode disposed about the distal portion of the elongate shaft, the third helically wound electrode having a third length less than the second length; a plurality of probes slidably disposed within the delivery sheath, the plurality of probes configured to move between a compressed configuration and an expanded configuration; at least one electrically conductive region on each of the probes of the plurality of probes; and a power and control unit in individual electrical communication with the first helically wound electrode, the second helically wound electrode, the third helically wound electrode, and the at least one electrically conductive region on the each of the probes of the plurality of probes, wherein energy is supplied between at least one of the first helically wound electrode, the second helically wound electrode and the third helically wound electrode and at least one of the at least one electrically conductive regions selected by the user or the system. a delivery sheath having a proximal end, a distal end, and a lumen extending therebetween; an elongate shaft having a proximal portion and a distal portion, the elongate shaft slidably disposed within the lumen of the delivery sheath; a first helically wound electrode disposed about the distal portion of the elongate shaft, the first helically wound electrode having a first length; a second helically wound electrode disposed about the distal portion of the elongate shaft, the second helically wound electrode having a second length less than the first length; a third helically wound electrode disposed about the distal portion of the elongate shaft, the third helically wound electrode having a third length less than the second length; a plurality of probes slidably disposed within the delivery sheath, the plurality of probes configured to move between a compressed configuration and an expanded configuration; at least one electrically conductive region on each of the probes of the plurality of probes; and a power and control unit in individual electrical communication with the first helically wound electrode, the second helically wound electrode, the third helically wound electrode, and the at least one electrically conductive region on the each of the probes of the plurality of probes, wherein energy is supplied between at least one of the first helically wound electrode, the second helically wound electrode and the third helically wound electrode and at least one of the at least one electrically conductive regions selected by the user or the system.
A hydrofluoroolefin compound represented by the following general formula (A): in which, Rf 1 and Rf 2 are (i) independently linear or branched fluoroalkyl groups having 1 to 8 carbon atoms and optionally include one or more catenated heteroatoms; or (ii) bonded together to form a ring structure having 4 to 8 carbon atoms and optionally include one or more catenated heteroatoms; α is CF 3 , F, or H; β is F or H; γ is CF 3 , F, CF 2 H, CFH 2 , or CH 3 , and the compound includes a total of 1 to 4 H atoms; and with the provisos that at least one of α and γ is F or H; when γ is CF 3 or F, at least one of α and P is H; when γ is CH 3 , at least one of α and β is F; and when α is CF 3 , then β is H and γ is F; wherein at least one of Rf 1 and Rf 2 have two or more carbon atoms; wherein the heteroatom in the catenated heteroatom is selected from oxygen, nitrogen, and sulfur and a catenated nitrogen atom, if present, is a tertiary nitrogen wherein the nitrogen atom is bonded to three perfluorinated carbon atoms. in which, Rf 1 and Rf 2 are (i) independently linear or branched fluoroalkyl groups having 1 to 8 carbon atoms and optionally include one or more catenated heteroatoms; or (ii) bonded together to form a ring structure having 4 to 8 carbon atoms and optionally include one or more catenated heteroatoms; (i) independently linear or branched fluoroalkyl groups having 1 to 8 carbon atoms and optionally include one or more catenated heteroatoms; or (ii) bonded together to form a ring structure having 4 to 8 carbon atoms and optionally include one or more catenated heteroatoms; α is CF 3 , F, or H; β is F or H; γ is CF 3 , F, CF 2 H, CFH 2 , or CH 3 , and the compound includes a total of 1 to 4 H atoms; and with the provisos that at least one of α and γ is F or H; when γ is CF 3 or F, at least one of α and P is H; when γ is CH 3 , at least one of α and β is F; and when α is CF 3 , then β is H and γ is F; wherein at least one of Rf 1 and Rf 2 have two or more carbon atoms; wherein the heteroatom in the catenated heteroatom is selected from oxygen, nitrogen, and sulfur and a catenated nitrogen atom, if present, is a tertiary nitrogen wherein the nitrogen atom is bonded to three perfluorinated carbon atoms.
A conversion lens comprising an objective lens which is provided within a waterproof objective lens housing ; a relay lens which is provided within a waterproof relay lens housing ; and a focusing unit which is provided within a waterproof focusing unit housing , the objective lens housing , relay lens housing and focusing unit housing being sequentially connectable one to the other and the focusing unit housing being connectable in use to a lens port forming part of or connectable to an underwater camera housing, and the construction being such that, in use underwater, water is present within one or both of the connections between the objective lens housing and the relay lens housing and the connection between the relay lens housing and the focusing unit housing . an objective lens which is provided within a waterproof objective lens housing ; a relay lens which is provided within a waterproof relay lens housing ; and a focusing unit which is provided within a waterproof focusing unit housing , the objective lens housing , relay lens housing and focusing unit housing being sequentially connectable one to the other and the focusing unit housing being connectable in use to a lens port forming part of or connectable to an underwater camera housing, and the construction being such that, in use underwater, water is present within one or both of the connections between the objective lens housing and the relay lens housing and the connection between the relay lens housing and the focusing unit housing .
Spring brake actuator for use in a vehicle, in particular in a commercial vehicle, the spring brake actuator comprising: - a housing part defined as service brake portion having a housing base , - a spring brake piston that is located inside the housing and configured to move along a stroke axis (y) from a retracted position towards an extended position such as to transmit a brake force, and - a spring assembly mounted between the housing base and the spring brake piston , wherein the spring assembly comprises an axis of action (x), preferably aligned in parallel to the stroke axis (y), and is operatively coupled to the spring brake piston such as to store potential energy when the spring brake piston is in the retracted position, and to move the piston towards the extended position by transforming potential energy into kinetic energy, wherein the spring assembly comprises at least one disc spring , characterized in that the disc spring comprises a base body having a shell , when in the released state of the disc spring , comprises a frusto-conically shaped portion defining an opening angle in a cross-sectional plane along the axis of action (x), wherein in the extended position of the piston, the opening angle is smaller than in the retracted position. - a housing part defined as service brake portion having a housing base , - a spring brake piston that is located inside the housing and configured to move along a stroke axis (y) from a retracted position towards an extended position such as to transmit a brake force, and - a spring assembly mounted between the housing base and the spring brake piston , wherein the spring assembly comprises an axis of action (x), preferably aligned in parallel to the stroke axis (y), and is operatively coupled to the spring brake piston such as to store potential energy when the spring brake piston is in the retracted position, and to move the piston towards the extended position by transforming potential energy into kinetic energy,
Discharging device for actively discharging an electrical network or an electrically operated unit , comprising - a discharging circuit which has a current limiting resistor and a first switch for connecting a component to be discharged of the network or of the electrically operated unit to a reference potential indirectly via the current limiting resistor , and - a limiting circuit which is arranged on the control connection side of the first switch and is intended to limit heating which occurs at the first switch and/or at the current limiting resistor in the discharging mode, wherein the limiting circuit has an NTC thermistor which is thermally coupled to the first switch and/or to the current limiting resistor . - a discharging circuit which has a current limiting resistor and a first switch for connecting a component to be discharged of the network or of the electrically operated unit to a reference potential indirectly via the current limiting resistor , and - a limiting circuit which is arranged on the control connection side of the first switch and is intended to limit heating which occurs at the first switch and/or at the current limiting resistor in the discharging mode, wherein the limiting circuit has an NTC thermistor which is thermally coupled to the first switch and/or to the current limiting resistor .
Device for damaging weeds , having an actuator unit (14; 14') having a shock element which by way of the actuator unit (14; 14') is movable in a pulsed manner - so as to by an impingement with pressure in a pulsed manner damage the weed , wherein the shock element is configured for pressing the weed into the soil; or - so as to by an impingement with pressure in a pulsed manner dispense a liquid to the weed in a pulsed manner so as to damage the latter, wherein the actuator unit by means of the shock element is configured for carrying out the impingement with pressure in a pulsed manner of the liquid to be dispensed in such a manner that the weed is capable of being damaged by virtue of the kinetic energy of the liquid dispensed in a pulsed manner. - so as to by an impingement with pressure in a pulsed manner damage the weed , wherein the shock element is configured for pressing the weed into the soil; or - so as to by an impingement with pressure in a pulsed manner dispense a liquid to the weed in a pulsed manner so as to damage the latter, wherein the actuator unit by means of the shock element is configured for carrying out the impingement with pressure in a pulsed manner of the liquid to be dispensed in such a manner that the weed is capable of being damaged by virtue of the kinetic energy of the liquid dispensed in a pulsed manner.