mhurhangee/ep-ind-claims huggingface dataset:
A terminal device that communicates with a base station device (102, 108), comprising: a receiving unit that receives a Radio Resource Control, RRC, connection reconfiguration message from the base station device (102, 108); and a processing unit that performs processes when the RRC connection reconfiguration message includes information indicating that a full configuration is applied, on the basis that the terminal device performs an Evolved Universal Terrestrial Radio Access/5G Core Network, E-UTRA/5GC, or NG-RAN E-UTRA-NR Dual Connectivity, NGEN-DC, for each Data Radio Bearer, DRB, corresponding to a DRB identifier set by the terminal device, the processes comprising: performing a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity release, a Radio Link Control, RLC, entity release, a logical channel release and a DRB identifier release, performing a notification of Service Data Adaptation Protocol, SDAP, entity corresponding to the DRB of the DRB release, and performing a RLC entity re-establishment. a receiving unit that receives a Radio Resource Control, RRC, connection reconfiguration message from the base station device (102, 108); and a processing unit that performs processes when the RRC connection reconfiguration message includes information indicating that a full configuration is applied, on the basis that the terminal device performs an Evolved Universal Terrestrial Radio Access/5G Core Network, E-UTRA/5GC, or NG-RAN E-UTRA-NR Dual Connectivity, NGEN-DC, for each Data Radio Bearer, DRB, corresponding to a DRB identifier set by the terminal device, the processes comprising: performing a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity release, a Radio Link Control, RLC, entity release, a logical channel release and a DRB identifier release, performing a notification of Service Data Adaptation Protocol, SDAP, entity corresponding to the DRB of the DRB release, and performing a RLC entity re-establishment. performing a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity release, a Radio Link Control, RLC, entity release, a logical channel release and a DRB identifier release, performing a notification of Service Data Adaptation Protocol, SDAP, entity corresponding to the DRB of the DRB release, and performing a RLC entity re-establishment.
Method for executing a pairing phase for pairing at least one communication device with a wireless access point creating, by means of a radio communication technology, a plurality of cells (151, 152) in distinct respective spectral bands, characterised in that the wireless access point performs the following steps in the context of said pairing phase: - obtaining a sequencing of the cells created by said access point according to a criterion of occupation of said spectral bands; and - activating (404, 406) a systematic authorisation of pairing via each said cell during a first predefined duration, of any communication device that so requests, starting from the cell in the least occupied spectral band up to the cell in the most occupied spectral band according to the sequencing obtained, applying a temporal offset, between the systematic authorisations of pairing, of a second predefined duration that is at least equal to a period of time statistically necessary for the communication device to effect the pairing with the wireless access point and which is strictly less than said first predefined duration. - obtaining a sequencing of the cells created by said access point according to a criterion of occupation of said spectral bands; and - activating (404, 406) a systematic authorisation of pairing via each said cell during a first predefined duration, of any communication device that so requests, starting from the cell in the least occupied spectral band up to the cell in the most occupied spectral band according to the sequencing obtained, applying a temporal offset, between the systematic authorisations of pairing, of a second predefined duration that is at least equal to a period of time statistically necessary for the communication device to effect the pairing with the wireless access point and which is strictly less than said first predefined duration.
Flight equipment comprising: an aerial vehicle having a body and at least one rotor held on the body; a plurality of supporters mounted to the aerial vehicle and supporting a protective member stretched therebetween so as to surround an outside of the body; a support information detection unit (41, 42) configured to detect support information indicating a support state of the protective member; and a mounting state determiner configured to determine whether the support state of the protective member is suitable or unsuitable, based on the support information, wherein the support information detection unit (41, 42) has a strain sensor provided to the supporter and configured to detect deformation of the supporter caused by a tension applied to the protective member, wherein the mounting state determiner determines that the support state of the protective member is unsuitable when a difference between a maximum and a minimum of values detected by the support information detection unit (41, 42) exceeds a preset threshold and/or when the values detected by the support information detection unit (41, 42) are less than a preset lower limit value. an aerial vehicle having a body and at least one rotor held on the body; a plurality of supporters mounted to the aerial vehicle and supporting a protective member stretched therebetween so as to surround an outside of the body; a support information detection unit (41, 42) configured to detect support information indicating a support state of the protective member; and a mounting state determiner configured to determine whether the support state of the protective member is suitable or unsuitable, based on the support information, the support information detection unit (41, 42) has a strain sensor provided to the supporter and configured to detect deformation of the supporter caused by a tension applied to the protective member, the mounting state determiner determines that the support state of the protective member is unsuitable when a difference between a maximum and a minimum of values detected by the support information detection unit (41, 42) exceeds a preset threshold and/or when the values detected by the support information detection unit (41, 42) are less than a preset lower limit value.
Method for producing a loading door for a laundry treatment machine having a door frame and a viewing pane mounted within the door frame, to which a seal is applied, wherein the door frame is formed at least by joining at least one inner frame part to at least one outer frame part and the viewing pane is introduced between the inner frame part and the outer frame part in such a manner that at least one support surface thereof rests on multiple support regions of the door frame, characterised in that at least the material of the support regions is brought to a temporarily plastically deformable state before the frame parts (3, 4) are joined, forces are applied to the support regions when the viewing pane has been introduced, so that said support regions adjust to the geometry of the viewing pane by deformation in such a manner that a given desired measurement is achieved for the door thickness, wherein the door thickness comprises the frame parts (3, 4), the viewing pane introduced therebetween and the seal, and the support regions are then restored to a non-deformable state and the frame parts (3, 4) are joined.
Method for order-picking goods (18a-c), in which method the individual goods (18a-c) are removed from a goods collection (22, 28), combined into groups of goods according to specifications into bags (17, T, T1-T5, Ta, Tb) or baskets suspended on a suspension conveyor (42, 52, 59) and outputted in the form of these groups of goods for further processing, characterized in that the goods are filled into a package which is attached in the bag (17, T, T1-T5, Ta, Tb) or the basket, wherein a group of goods (18a, 18b, 18c) is filled into one package or divided among a plurality of packages, wherein the package in a first step before filling in goods (18a, 18b, 18c) is introduced into a bag (17, T, T1-T5, Ta, Tb) or a basket and is subsequently filled.
EtherCAT bus system comprising an EtherCAT bus master and EtherCAT bus subscribers, characterised in that an EtherCAT star hub is arranged and/or mounted on the same printed circuit board together with the EtherCAT bus master, the printed circuit board being surrounded by a housing, the cooling member dissipating the thermal losses of the bus master and the star hub to the surroundings, the housing acting as a single housing for the star hub and the bus master, a single cooling member dissipating the thermal losses of the star hub and the thermal losses of the bus master to the surroundings, the bus master being connected to an Ethernet interface, which emits interfering radiation and is likewise arranged on the printed circuit board, the Ethernet interface being less distant from the bus master than the star hub is distant from the bus master, or the Ethernet interface being less distant from the star hub than the bus master is distant from the star hub, level conversion, galvanic isolation, differential data routing and voltage refresh being implemented. an EtherCAT star hub is arranged and/or mounted on the same printed circuit board together with the EtherCAT bus master, the printed circuit board being surrounded by a housing, the cooling member dissipating the thermal losses of the bus master and the star hub to the surroundings, the housing acting as a single housing for the star hub and the bus master, a single cooling member dissipating the thermal losses of the star hub and the thermal losses of the bus master to the surroundings, the bus master being connected to an Ethernet interface, which emits interfering radiation and is likewise arranged on the printed circuit board, the Ethernet interface being less distant from the bus master than the star hub is distant from the bus master, or the Ethernet interface being less distant from the star hub than the bus master is distant from the star hub, level conversion, galvanic isolation, differential data routing and voltage refresh being implemented.
Aqueous nanocomposite polymer dispersion obtained by emulsion polymerization of at least one monomer composition in the presence of at least one aqueous dispersion of silica nanoparticles, characterized in that: - said monomer composition is added, in at least one stage, to the reactor already comprising the aqueous dispersion of silica nanoparticles which is devoid of any cationic organic compound from monomers or dispersants or initiators which can function as stabilizers of said silica nanoparticles, - said initial aqueous dispersion of silica nanoparticles: - is based on anionic nanoparticles of silica modified with aluminum and devoid of any coupling agent, - is stable in a pH range extending from 2 to 10, which stability is expressed in terms of absence of aggregates and/or agglomerates and/or sedimentation, - said emulsion polymerization is carried out in the presence of at least one organic initiator system free from any ionic group and in the absence of any cationic monomer or initiator or dispersant. - said monomer composition is added, in at least one stage, to the reactor already comprising the aqueous dispersion of silica nanoparticles which is devoid of any cationic organic compound from monomers or dispersants or initiators which can function as stabilizers of said silica nanoparticles, - said initial aqueous dispersion of silica nanoparticles: - is based on anionic nanoparticles of silica modified with aluminum and devoid of any coupling agent, - is stable in a pH range extending from 2 to 10, which stability is expressed in terms of absence of aggregates and/or agglomerates and/or sedimentation, - is based on anionic nanoparticles of silica modified with aluminum and devoid of any coupling agent, - is stable in a pH range extending from 2 to 10, which stability is expressed in terms of absence of aggregates and/or agglomerates and/or sedimentation, - said emulsion polymerization is carried out in the presence of at least one organic initiator system free from any ionic group and in the absence of any cationic monomer or initiator or dispersant.
Method of ordering spectral parameters A(k,j), with (k,j) ε E 0 = {(k,j) such that k = 1 to Q and j = 0 to M -1}, relating to respective spectral bands of ambiophonic components to be coded A 1,..., A Q originating from an audio scene comprising N signals Si, with i = 1 to N, with N > 1, characterized in that it comprises the following steps, carried out respectively for a first rate and a second rate, the second rate being less than the first rate: a. quantization of the ambiophonic components according to each rate, then application of an inverse ambiophonic transformation to said quantized ambiophonic components, b. for each spectral band, calculation of a first generalized Gerzon angle vector defined as a function of an energy vector and a velocity vector associated with Gerzon criteria, on the basis of a result of the application of the inverse ambiophonic transformation to said quantized ambiophonic components, the method furthermore comprising: c. calculation of the respective influence of at least certain spectral parameters, from among a set of spectral parameters to be ordered, on the said first generalized Gerzon angle vectors, by comparing norms of the first generalized Gerzon angle vectors obtained with each of the rates from among the first rate and the second rate; d. allocation of an order of priority to at least one spectral parameter as a function of the influence calculated for said spectral parameter, compared with the other influences calculated. a. quantization of the ambiophonic components according to each rate, then application of an inverse ambiophonic transformation to said quantized ambiophonic components, b. for each spectral band, calculation of a first generalized Gerzon angle vector defined as a function of an energy vector and a velocity vector associated with Gerzon criteria, on the basis of a result of the application of the inverse ambiophonic transformation to said quantized ambiophonic components, the method furthermore comprising: c. calculation of the respective influence of at least certain spectral parameters, from among a set of spectral parameters to be ordered, on the said first generalized Gerzon angle vectors, by comparing norms of the first generalized Gerzon angle vectors obtained with each of the rates from among the first rate and the second rate; d. allocation of an order of priority to at least one spectral parameter as a function of the influence calculated for said spectral parameter, compared with the other influences calculated.
A base assembly of an exterior rear view device to be mounted to a vehicle, comprising a base frame and a cover, • the base frame being formed with a door attachment portion for attachment to a door of the vehicle, a head attachment portion for moveably attachment of a head assembly and an arm between said attachment portions; and characterized in that • the base assembly further comprises a camera cradle being in form of a unit for attaching a camera to the base frame; • the cover is made out of three cover pieces to mantle the arm from the door attachment portion to the head attachment portion only via snap, clips and/or latch connections, the three cover pieces comprising a lower base cover, a base cover cap and an upper base cover, where the lower base cover is provided with an opening for the camera attached to the base frame, where the base assembly is adapted to allow a rotational attachment of the lower base cover ensuring that the camera remains untouched by the lower base cover. • the base frame being formed with a door attachment portion for attachment to a door of the vehicle, a head attachment portion for moveably attachment of a head assembly and an arm between said attachment portions; and • the base assembly further comprises a camera cradle being in form of a unit for attaching a camera to the base frame; • the cover is made out of three cover pieces to mantle the arm from the door attachment portion to the head attachment portion only via snap, clips and/or latch connections, the three cover pieces comprising a lower base cover, a base cover cap and an upper base cover, where the lower base cover is provided with an opening for the camera attached to the base frame, where the base assembly is adapted to allow a rotational attachment of the lower base cover ensuring that the camera remains untouched by the lower base cover.
An electronic device comprising: a display including a curved display panel having a front surface for displaying an image, a curved module cover positioned behind the display panel, and a rigid bar coupled to the curved module cover; a curved body, the curved body having an input unit at a curved surface of the curved body, the curved surface of the curved body corresponding to a curvature of the curved display panel; and a hinge connecting the display to the curved body and including a rotating part having a hinge shaft, an extension part extending from the rotating part, and a fixing part extending from the extension part in a direction that crosses a direction of extension of the extension part, the fixing part being coupled to the rigid bar. a display including a curved display panel having a front surface for displaying an image, a curved module cover positioned behind the display panel, and a rigid bar coupled to the curved module cover; a curved body, the curved body having an input unit at a curved surface of the curved body, the curved surface of the curved body corresponding to a curvature of the curved display panel; and a hinge connecting the display to the curved body and including a rotating part having a hinge shaft, an extension part extending from the rotating part, and a fixing part extending from the extension part in a direction that crosses a direction of extension of the extension part, the fixing part being coupled to the rigid bar.
A method for producing a three-dimensional preform having a generally C-shape cross-section, said method comprising: (a) laying up four or more layers of fiber-containing material on a tool surface to form a preform blank having an undulating portion and a non-undulating or flat portion adjacent to the undulating portion, said undulating portion comprising a wavy edge and a plurality of undulations along said wavy edge, and said tool surface comprising undulations corresponding to the undulating portion of the preform blank; (b) providing a molding tool having a cavity defined by a first inner curved surface D, a second inner curved surface E, and a bottom surface F between surfaces D and E; (c) enclosing the preform blank between two flexible diaphragms (71, 72); (d) heating the preform blank; and (e) shaping the enclosed preform blank in the cavity of the molding tool by applying tension to the diaphragms (71, 72) such that the undulating portion of the preform blank flattens out and conforms to surfaces E and F of the molding tool and the non-undulating or flat portion of the preform blank conforms to surface D of the molding tool. (a) laying up four or more layers of fiber-containing material on a tool surface to form a preform blank having an undulating portion and a non-undulating or flat portion adjacent to the undulating portion, said undulating portion comprising a wavy edge and a plurality of undulations along said wavy edge, and said tool surface comprising undulations corresponding to the undulating portion of the preform blank; (b) providing a molding tool having a cavity defined by a first inner curved surface D, a second inner curved surface E, and a bottom surface F between surfaces D and E; (c) enclosing the preform blank between two flexible diaphragms (71, 72); (d) heating the preform blank; and (e) shaping the enclosed preform blank in the cavity of the molding tool by applying tension to the diaphragms (71, 72) such that the undulating portion of the preform blank flattens out and conforms to surfaces E and F of the molding tool and the non-undulating or flat portion of the preform blank conforms to surface D of the molding tool.
Tyre for a civil engineering vehicle comprising a crown connected to two sidewalls extended by two beads, the assembly delimiting an inner cavity intended to be inflated with a gas, and comprising, starting from the inner cavity: - an airtight inner layer forming the wall of the inner cavity, intended to come into contact with an inflation gas, having a thickness E1 and consisting of an elastomeric mixture M1; - an anti-creep layer, on the outside of the airtight inner layer, having a thickness E2 and consisting of an elastomeric mixture M2 having an elastic loss P60 measured at 60°C; - a carcass layer, on the outside of the anti-creep layer, consisting, from inside to outside, of an inner carcass coating layer, in contact with the anti-creep layer and having a thickness E3, a layer of metal reinforcers and an outer carcass coating layer, the inner and outer carcass coating layers consisting of an elastomeric mixture M3; - the thicknesses E1, E2 and E3 being measured in a shoulder region forming the transition between the crown and each sidewall of the tyre, characterized in that the airtight inner layer has a thickness E1 in millimetres in the interval [2,4], in that the sum E2+E3 of the thicknesses E2 of the anti-creep layer and E3 of the inner carcass coating layer respectively is at least equal to 6 mm, in that the ratio E1:E2 between the thickness E1 of the airtight inner layer and the thickness E2 of the anti-creep layer is at most equal to 0.60 and in that the viscoelastic loss P60 of the elastomeric mixture M2 of the anti-creep layer is at most equal to 20%; the viscoelastic loss P60 being the relative difference between the energy supplied and the energy returned from a test piece of the material to be characterized, struck by a pendulum, transmitting its kinetic energy to it, said test piece1 being subjected to a temperature of 60°C under a deformation of 40%, and the measurement being carried out three times after accommodation of five shocks of the pendulum on the test piece. - an airtight inner layer forming the wall of the inner cavity, intended to come into contact with an inflation gas, having a thickness E1 and consisting of an elastomeric mixture M1; - an anti-creep layer, on the outside of the airtight inner layer, having a thickness E2 and consisting of an elastomeric mixture M2 having an elastic loss P60 measured at 60°C; - a carcass layer, on the outside of the anti-creep layer, consisting, from inside to outside, of an inner carcass coating layer, in contact with the anti-creep layer and having a thickness E3, a layer of metal reinforcers and an outer carcass coating layer, the inner and outer carcass coating layers consisting of an elastomeric mixture M3; - the thicknesses E1, E2 and E3 being measured in a shoulder region forming the transition between the crown and each sidewall of the tyre,