mhurhangee/patent-ind-claim-en huggingface dataset:
Muffler for motor vehicles comprising: - an intake pipe of the exhaust gas which separates, at a fork , into a main pipe and a secondary pipe , - a muffler body comprising a separator septum which divides it into an expansion volume and a second portion , wherein the expansion volume houses at least partially the main pipe and the secondary pipe , - wherein the intake pipe of the exhaust gas is in fluid continuous connection with the main pipe through the secondary pipe , and - wherein the main pipe comprises, downstream of the fork , a throttle valve which allows or prevents a further fluidic connection of the intake pipe of exhaust gas with the main pipe , and an output of the exhaust gases , for the expulsion of the gases from the main pipe , wherein the main pipe , at a first portion contained in an expansion volume , comprises a plurality of inlet holes suitable to allow the leakage into it of the exhaust gases expanded in the expansion volume coming from an open end of the secondary pipe contained in the expansion volume , and, at a further portion contained in said second portion , comprises damping holes surrounded by sound absorbent material fitted around the main pipe characterized in that the throttle valve comprises a partition that opens in the opposite direction to the flow of gas coming from the intake pipe , and comprises a stop ledge which realizes an undercut to the direction of the flow of gases, in the closed configuration of the partition . - an intake pipe of the exhaust gas which separates, at a fork , into a main pipe and a secondary pipe , - a muffler body comprising a separator septum which divides it into an expansion volume and a second portion , wherein the expansion volume houses at least partially the main pipe and the secondary pipe , - wherein the intake pipe of the exhaust gas is in fluid continuous connection with the main pipe through the secondary pipe , and - wherein the main pipe comprises, downstream of the fork , a throttle valve which allows or prevents a further fluidic connection of the intake pipe of exhaust gas with the main pipe , and an output of the exhaust gases , for the expulsion of the gases from the main pipe , wherein the main pipe , at a first portion contained in an expansion volume , comprises a plurality of inlet holes suitable to allow the leakage into it of the exhaust gases expanded in the expansion volume coming from an open end of the secondary pipe contained in the expansion volume , and, at a further portion contained in said second portion , comprises damping holes surrounded by sound absorbent material fitted around the main pipe characterized in that the throttle valve comprises a partition that opens in the opposite direction to the flow of gas coming from the intake pipe , and comprises a stop ledge which realizes an undercut to the direction of the flow of gases, in the closed configuration of the partition .
A container receiving device for a dispensing container , such as in particular dispensers for liquid media, comprising a housing comprising four side walls and a housing bottom for receiving the dispensing container and a housing lid with a securing device for the dispensing container , wherein the securing device comprises a latch which is movable between a locking position and a release position, with the latch in the locking position being moved into a region above a wall of a dispensing container located in the container receiving device so that the dispensing container is secured against removal from the container receiving device and in the release position is moved, in particular pivoted out of the region, characterized in that the securing device comprises an actuating device for the latch, consisting of a linearly movable latch plate extending vertically on one of the side walls between two limit positions, which in a first limit position moves the latch into a locking position and in a second limit position moves the latch into a release position.
A mass analysis apparatus comprising: a collision cell arranged to generate product ions from precursor ions; a detector arranged to detect target ions selected from among the product ions; and a deflector that is provided between the collision cell and the detector and that is arranged to apply a deflection action on the target ions, characterized in that the apparatus further comprises a controller arranged to change a reference potential of the deflector in connection with a change of a reference potential of the collision cell such that a potential difference between the reference potential of the collision cell and the reference potential of the deflector is constant. a collision cell arranged to generate product ions from precursor ions; a detector arranged to detect target ions selected from among the product ions; and a deflector that is provided between the collision cell and the detector and that is arranged to apply a deflection action on the target ions, characterized in that the apparatus further comprises a controller arranged to change a reference potential of the deflector in connection with a change of a reference potential of the collision cell such that a potential difference between the reference potential of the collision cell and the reference potential of the deflector is constant.
A method of wireless communication, comprising: receiving a downlink control message; determining one or more beta offset values from a plurality of beta offset values for transmitting uplink control information, UCI, based at least in part on the downlink control message, wherein the one or more beta offset values are dynamically configurable; and transmitting, on an uplink shared channel, the UCI interleaved with data in a frequency-interleaved manner based on the one or more determined beta offset values, wherein the UCI comprises ACK /NACK information and channel quality information, CQI, and wherein the CQI is frequency interleaved on groups of tones different from tones of the ACK/NACK information. receiving a downlink control message; determining one or more beta offset values from a plurality of beta offset values for transmitting uplink control information, UCI, based at least in part on the downlink control message, wherein the one or more beta offset values are dynamically configurable; and transmitting, on an uplink shared channel, the UCI interleaved with data in a frequency-interleaved manner based on the one or more determined beta offset values, wherein the UCI comprises ACK /NACK information and channel quality information, CQI, and wherein the CQI is frequency interleaved on groups of tones different from tones of the ACK/NACK information.
Method for selecting an access network by way of which a mobile terminal (UE) accesses a communication network , comprising the following steps, implemented by the mobile terminal: obtainment (S1), from an access networks selection device , of at least one access network selection rule ranking, according to an order of priority, a plurality of access networks comprising a cellular access network using a first cellular access technology, a cellular access network using a second cellular access technology and at least one non-cellular access network; detection (S2) of at least one wireless non-cellular access network and of at least one cellular access network to which the mobile terminal can attach; selection (S4) of the highest priority access network, from among the detected access networks, according to said at least one selection rule applied as a function of the cellular access technology of the detected cellular access network; and if the selected access network is a cellular access network to which the mobile terminal is not attached, attachment (S5) of the mobile terminal to said selected access network. obtainment (S1), from an access networks selection device , of at least one access network selection rule ranking, according to an order of priority, a plurality of access networks comprising a cellular access network using a first cellular access technology, a cellular access network using a second cellular access technology and at least one non-cellular access network; detection (S2) of at least one wireless non-cellular access network and of at least one cellular access network to which the mobile terminal can attach; selection (S4) of the highest priority access network, from among the detected access networks, according to said at least one selection rule applied as a function of the cellular access technology of the detected cellular access network; and if the selected access network is a cellular access network to which the mobile terminal is not attached, attachment (S5) of the mobile terminal to said selected access network.
A fully-connected mesh network comprising: a plurality of switches , a first switch of the plurality of switches receiving a packet traveling through the mesh network from a source node to a destination node specified by the packet, the source node and destination node being external to the mesh network ; and a plurality of links coupling each possible pair of the switches by a respective single link , wherein the plurality of links are all included in a mesh link aggregation group (LAG), each of the respective links is included individually in an individual LAG, each of the switches is configured to receive a packet from another switch of the plurality of switches via only the mesh LAG, and each switch that receives a packet via the mesh LAG is configured to transmit the packet to another switch of the plurality of switches via only one of the individual LAGs, wherein the packet travels to the destination node at most two hops across the plurality of switches , wherein the packet is transmitted from a first switch to a second switch via the mesh LAG, the second switch being selected from the plurality of switches using load-balancing wherein the packet is transmitted from the second switch to a third switch of the plurality of switches via one of the individual LAGs, the third switch being determined using layer 2 and layer 2.5 information in the packet representing the destination node , the packet being transmitted to the destination node from the third switch. a plurality of switches , a first switch of the plurality of switches receiving a packet traveling through the mesh network from a source node to a destination node specified by the packet, the source node and destination node being external to the mesh network ; and a plurality of links coupling each possible pair of the switches by a respective single link , wherein the plurality of links are all included in a mesh link aggregation group (LAG), each of the respective links is included individually in an individual LAG, each of the switches is configured to receive a packet from another switch of the plurality of switches via only the mesh LAG, and each switch that receives a packet via the mesh LAG is configured to transmit the packet to another switch of the plurality of switches via only one of the individual LAGs, wherein the packet travels to the destination node at most two hops across the plurality of switches , wherein the packet is transmitted from a first switch to a second switch via the mesh LAG, the second switch being selected from the plurality of switches using load-balancing wherein the packet is transmitted from the second switch to a third switch of the plurality of switches via one of the individual LAGs, the third switch being determined using layer 2 and layer 2.5 information in the packet representing the destination node , the packet being transmitted to the destination node from the third switch.
A bodily fluid drainage assembly , comprising: a fluid bag ; and at least one cover characterised in that the cover is coupled to the fluid bag at a seam formed along a portion of a top side of the fluid bag , wherein the cover is movable relative to the fluid bag between a covered orientation in which the cover is configured to at least partially obscure observation of a fluid retained within the fluid bag and a viewing orientation in which a bottom end of the cover can be at least partially lifted such that the fluid bag can be directly viewed while a top end of the cover remains coupled to the fluid bag , wherein the cover comprises a first volume indicator that permits viewing of a portion of the fluid bag through the cover such that an approximate volume of fluid within the fluid bag can be ascertained while the cover is in the covered orientation. a fluid bag ; and at least one cover characterised in that the cover is coupled to the fluid bag at a seam formed along a portion of a top side of the fluid bag , wherein the cover is movable relative to the fluid bag between a covered orientation in which the cover is configured to at least partially obscure observation of a fluid retained within the fluid bag and a viewing orientation in which a bottom end of the cover can be at least partially lifted such that the fluid bag can be directly viewed while a top end of the cover remains coupled to the fluid bag , wherein the cover comprises a first volume indicator that permits viewing of a portion of the fluid bag through the cover such that an approximate volume of fluid within the fluid bag can be ascertained while the cover is in the covered orientation.
A vehicle with autonomous driving capability, wherein the autonomous vehicle is adapted for at least two different driving modes comprising a first driving mode configured for a first type of autonomous driving and a second driving mode configured for the autonomous vehicle being guided by a pilot vehicle in such a manner that the autonomous vehicle follows the pilot vehicle, characterized in that the first driving mode is associated to a first geographic region defined as secured for the first type of autonomy, wherein the autonomous vehicle is allowed to be driven in the first type of autonomy in the first geographic region and wherein the second driving mode is associated to a second geographic region defined as not secured for the first type of autonomy, wherein the autonomous vehicle is not allowed to be driven in the first type of autonomy in the second geographic region.
A method for selecting a set of data for a dose prediction model, the method comprising: receiving a set of patient anatomy data corresponding to a patient to be treated by radiation therapy according to a radiation therapy treatment plan; receiving a set of training data comprising a plurality of treatment plans, the set of training data selected from a treatment plan database based on a similarity of the plurality of treatment plans with the set of patient anatomy data; performing an analysis on the set of patient anatomy data and the set of training data for training a dose prediction model; training the dose prediction model based on the analysis; and predicting a plurality of dose parameters for the radiation therapy treatment plan by applying the dose prediction model to the set of patient anatomy data; wherein the receiving , the performing, the training , and the predicting are performed in an application executed by a processor of a computing device. receiving a set of patient anatomy data corresponding to a patient to be treated by radiation therapy according to a radiation therapy treatment plan; receiving a set of training data comprising a plurality of treatment plans, the set of training data selected from a treatment plan database based on a similarity of the plurality of treatment plans with the set of patient anatomy data; performing an analysis on the set of patient anatomy data and the set of training data for training a dose prediction model; training the dose prediction model based on the analysis; and predicting a plurality of dose parameters for the radiation therapy treatment plan by applying the dose prediction model to the set of patient anatomy data; wherein the receiving , the performing, the training , and the predicting are performed in an application executed by a processor of a computing device.
A mining or construction vehicle comprising a boom extending in a first direction (D1), which boom , via a first and a second rotation device , is connected to a hydraulic device arranged on a mounting device arranged in connection to a free end of said boom , the first rotation device being arranged to provide a rotation around a first axis (A1) that is substantially parallel to the first direction (D1), and the second rotation device being arranged to provide a rotation around a second axis (A2) that is arranged at an angle with respect to the first axis (A1), characterised in that at least one hydraulic conduit for supply of hydraulic fluid to said hydraulic device on said mounting device is arranged through at least one of the first and second rotation devices .
A process for reducing the benzene content of gasoline by alkylating benzene contained in a benzene-containing refinery gasoline stream, said benzene-containing refinery gasoline stream comprising from 4 to 40 volume % benzene and said process comprising contacting said benzene-containing refinery gasoline stream with an alkylating agent selected from one or more C2 to C5 olefins in at least one alkylation reaction zone under alkylation conditions to produce an alkylated effluent which has reduced benzene content as compared with said refinery gasoline stream and is essentially free of said alkylating agent, wherein an aliquot of the alkylated effluent is recycled to said one at least one alkylation reaction zone such that the molar ratio of alkylatable aromatic compounds to said alkylating agent in the combined refinery gasoline and recycle streams introduced into said at least one alkylation reaction zone is at least 1.0:1, and wherein the molar ratio of alkylatable aromatic compounds in said benzene-containing refinery gasoline stream to said alkylating agent introduced into said at least one alkylation reaction zone is 0.1:1 to 1.0:1.
Battery pack thermal management installation placed in a protecting box comprising a connection and distribution device , the connection device including: - a base , - a heat-exchange fluid inlet connector and a heat-exchange fluid outlet connector placed on a face of the base and each comprising a heat-exchange fluid circulation passage passing through said base , - an outlet orifice of each circulation passage on a face of the base separate from that carrying the inlet connector and the outlet connector , - an injection coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the inlet connector , said injection coupler having a circulation passage passing through it comprising at least two branches feeding heat-exchangers placed in battery contact, - an evacuation coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the outlet connector , said evacuation coupler comprising at least one branch connected to the heat-exchangers placed in battery contact, the injection coupler including a reduction of the diameter of said circulation passage on the upstream side of the division into at least two branches of the circulation passage passing through said injection coupler . - a base , - a heat-exchange fluid inlet connector and a heat-exchange fluid outlet connector placed on a face of the base and each comprising a heat-exchange fluid circulation passage passing through said base , - an outlet orifice of each circulation passage on a face of the base separate from that carrying the inlet connector and the outlet connector , - an injection coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the inlet connector , said injection coupler having a circulation passage passing through it comprising at least two branches feeding heat-exchangers placed in battery contact, - an evacuation coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the outlet connector , said evacuation coupler comprising at least one branch connected to the heat-exchangers placed in battery contact,
A support adapted for location exteriorly of a blood vessel, the support being locatable around the blood vessel and shaped to be in morphological relationship with the blood vessel, characterised in that the support is a single piece dense mesh which may be formed into a tube, and in that the support has at least one normal region and one or more regions which is more supportive than the normal region.
A glass ceramic for veneering a dental framework structure, characterized in that said glass ceramic contains SiO 2 in an amount of from 60 to 75% by weight, preferably from 65 to 70% by weight, and B 2 O 3 in an amount of from 6 to 12% by weight, preferably from 7 to 10% by weight, respectively based on the total weight of the glass ceramic, characterized in that said glass ceramic has a softening point of lower than 790 °C, as determined according to a heating microscope.
A vacuum pump comprising: at least two rotors each comprising at least one lobe, said at least two rotors being mounted within a stator; at least one of said lobes comprising an inertial pressure relief valve , said inertial pressure relief valve comprising: a body mounted to move between a closed position in which it obstructs a fluid flow pathway between leading and trailing sides of said rotor and an open position in which said fluid flow pathway is not obstructed; wherein said body is configured to move between said open and closed positions in response to changes in forces acting on said body triggered by changes in a rotational velocity of said rotor, characterised in that said body is mounted such that a deceleration of said rotor provides a force biasing said body away from said closed position and an acceleration of said rotor provides a force biasing said body towards said closed position. at least two rotors each comprising at least one lobe, said at least two rotors being mounted within a stator; at least one of said lobes comprising an inertial pressure relief valve , said inertial pressure relief valve comprising: a body mounted to move between a closed position in which it obstructs a fluid flow pathway between leading and trailing sides of said rotor and an open position in which said fluid flow pathway is not obstructed; wherein said body is configured to move between said open and closed positions in response to changes in forces acting on said body triggered by changes in a rotational velocity of said rotor, characterised in that said body is mounted such that a deceleration of said rotor provides a force biasing said body away from said closed position and an acceleration of said rotor provides a force biasing said body towards said closed position. a body mounted to move between a closed position in which it obstructs a fluid flow pathway between leading and trailing sides of said rotor and an open position in which said fluid flow pathway is not obstructed; wherein said body is configured to move between said open and closed positions in response to changes in forces acting on said body triggered by changes in a rotational velocity of said rotor, characterised in that said body is mounted such that a deceleration of said rotor provides a force biasing said body away from said closed position and an acceleration of said rotor provides a force biasing said body towards said closed position.