mhurhangee/ep-ind-claims huggingface dataset:
A packet processing method of a transmitting device (lq-10, lq-20) including a packet data convergence protocol, PDCP, entity, (lh-05), a first radio link control, RLC, entity, (1h-30, 1h-45, li-30) a second RLC entity, (1h-35, 1h-50, li-35) and a medium access control, MAC, entity (1h-40, 1h-55, 1h-60) in a wireless communication system, the method comprising: delivering, by the PDCP entity to the first RLC entity, a first PDCP protocol data unit, PDU, to be transmitted to a receiving device; delivering, by the PDCP entity to the second RLC entity, a second PDCP PDU to be transmitted to the receiving device, the first PDCP PDU and the second PDCP PDU being associated with a packet duplication; obtaining, by the PDCP entity from the first RLC entity, in case that the first RLC entity receives a positive acknowledge associated with the first PDCP PDU transmitted to the receiving device, first information indicating successful delivery of the first PDCP PDU; and delivering, by the PDCP entity to the second RLC entity, second information indicating a discard of the second PDCP PDU based on the first information, wherein, in case that a second RLC SDU is indicated as not received by the receiving device and corresponds to the second PDCP PDU indicated as discarded by the PDCP entity, a second RLC PDU is generated, by the second RLC entity, using a third PDCP PDU and based on an RLC sequence number associated with the second RLC SDU, and wherein the generated second RLC PDU is transmitted to the receiving device by the second RLC entity. delivering, by the PDCP entity to the first RLC entity, a first PDCP protocol data unit, PDU, to be transmitted to a receiving device; delivering, by the PDCP entity to the second RLC entity, a second PDCP PDU to be transmitted to the receiving device, the first PDCP PDU and the second PDCP PDU being associated with a packet duplication; obtaining, by the PDCP entity from the first RLC entity, in case that the first RLC entity receives a positive acknowledge associated with the first PDCP PDU transmitted to the receiving device, first information indicating successful delivery of the first PDCP PDU; and delivering, by the PDCP entity to the second RLC entity, second information indicating a discard of the second PDCP PDU based on the first information, wherein, in case that a second RLC SDU is indicated as not received by the receiving device and corresponds to the second PDCP PDU indicated as discarded by the PDCP entity, a second RLC PDU is generated, by the second RLC entity, using a third PDCP PDU and based on an RLC sequence number associated with the second RLC SDU, and wherein the generated second RLC PDU is transmitted to the receiving device by the second RLC entity.
Method for providing dynamic state information for at least a part of a coordinate measuring machine (1,2), the coordinate measuring machine (1,2) comprising • a base (11,21), • a probe head, • a machine structure with structural components (12-14,22-24) for linking the probe head to the base (11,21) and • at least one drive mechanism for providing movability of the probe head relative to the base (11,21), the method comprising • defining a dynamic model with a first set of state variables, the state variables ∘ being related to a set of physical properties of at least the part of the coordinate measuring machine (1,2) and ∘ representing an actual state of at least the part of the coordinate measuring machine (1,2), • providing the first set of state variables in a database and • deriving the actual state of at least the part of the coordinate measuring machine (1,2) by a calculation based on the dynamic model, characterised by • monitoring at least one of the state variables of the first set of state variables and, based thereon, determining a change of at least one of the state variables, • setting a second set of state variables with updated state variables as to the determined change of the at least one of the state variables and • updating the dynamic model using the second set of state variables as the first set of state variables, in particular wherein the actual state of at least the part of the coordinate measuring machine (1,2) is calculated based on at least the second set of state variables. • a base (11,21), • a probe head, • a machine structure with structural components (12-14,22-24) for linking the probe head to the base (11,21) and • at least one drive mechanism for providing movability of the probe head relative to the base (11,21), the method comprising • defining a dynamic model with a first set of state variables, the state variables ∘ being related to a set of physical properties of at least the part of the coordinate measuring machine (1,2) and ∘ representing an actual state of at least the part of the coordinate measuring machine (1,2), ∘ being related to a set of physical properties of at least the part of the coordinate measuring machine (1,2) and ∘ representing an actual state of at least the part of the coordinate measuring machine (1,2), • providing the first set of state variables in a database and • deriving the actual state of at least the part of the coordinate measuring machine (1,2) by a calculation based on the dynamic model, characterised by • monitoring at least one of the state variables of the first set of state variables and, based thereon, determining a change of at least one of the state variables, • setting a second set of state variables with updated state variables as to the determined change of the at least one of the state variables and • updating the dynamic model using the second set of state variables as the first set of state variables, in particular wherein the actual state of at least the part of the coordinate measuring machine (1,2) is calculated based on at least the second set of state variables.
A portable massage device for reducing soreness in muscles or joints, the device comprising: a motor adapted to produce vibrations, said motor comprising an axle having an eccentric load; a cage having an interior sized to contain said motor; and a carrying means adapted to be worn by a user, said carrying means being configured to fasten said cage to the user, characterized in that said cage further comprises a base plate and a wall defining said interior, wherein said wall includes opposed generally parallel side portions (120,122), an upper surface as well as front and rear walls connecting said side portions (120,122), a plurality of ventilation apertures being spread throughout the entire side portions, front and rear walls and upper surface of said wall, and said eccentric load is in the form of a fly wheel having one or more projections, said projections being configured to produce an airflow through said cage. a motor adapted to produce vibrations, said motor comprising an axle having an eccentric load; a cage having an interior sized to contain said motor; and a carrying means adapted to be worn by a user, said carrying means being configured to fasten said cage to the user,
A fitting arrangement for doors, windows or the like comprising a connecting rod which is drive-effectively coupled to an actuation device via a coupling mechanism and which can be displaced by the actuation device from at least one closed position into an unlocked position - and vice versa, wherein, in a closed position of the connecting rod, a clearance is provided between components (16a, 20a) of the coupling mechanism that enables a displacement of the connecting rod without actuation of the actuation device without canceling the closed position, and wherein the coupling mechanism is blocked when the connecting rod is displaced in such a manner, and wherein the coupling mechanism comprises a toothed arrangement (16a, 16b, 16c, 16d, 16e) and recesses (20a, 20b, 20c, 20d, 20e), wherein the clearance is formed by a dimensioning of a first recess into which a first tooth of the toothed arrangement engages in the closed position of the connecting rod, characterized in that the actuation device has abutments (22a, 22b) which, as soon as the closed positions have been reached, define extreme positions of the actuation device, with the abutments (22a, 22b) contacting the connecting rod in the extreme positions of the actuation device. wherein, in a closed position of the connecting rod, a clearance is provided between components (16a, 20a) of the coupling mechanism that enables a displacement of the connecting rod without actuation of the actuation device without canceling the closed position, and wherein the coupling mechanism is blocked when the connecting rod is displaced in such a manner, and wherein the coupling mechanism comprises a toothed arrangement (16a, 16b, 16c, 16d, 16e) and recesses (20a, 20b, 20c, 20d, 20e), wherein the clearance is formed by a dimensioning of a first recess into which a first tooth of the toothed arrangement engages in the closed position of the connecting rod, characterized in that the actuation device has abutments (22a, 22b) which, as soon as the closed positions have been reached, define extreme positions of the actuation device, with the abutments (22a, 22b) contacting the connecting rod in the extreme positions of the actuation device.
Stem for bicycle handlebars, comprising a first clamping element for connection to a steer tube, a second clamping element for holding a handlebar, an intermediate element arranged between the clamping elements (10, 14), which is releasably connected to at least one of the clamping elements (10, 14), and a holding element joining the two clamping elements (10, 14) with each other, the holding element fixing the intermediate element, characterized in that the intermediate element is releasably connected to both clamping elements (10, 14).
Base station for connecting a mobile cleaning device (20, 30), characterized, in that the base station is equipped with a measuring device for measuring the quality of the room air.
A method comprising the successive steps of: a) etching a cavity in a first silicon layer while leaving in place, at the bottom of the cavity, a second silicon layer corresponding to a portion of the thickness of the first layer; b) growing in said cavity, by epitaxy from the second layer, a third germanium or silicon-germanium layer; c) growing in said cavity, by epitaxy from the third layer, a fourth silicon layer to fill said cavity; d) defining by etching all the way to the second layer a first strip in the fourth layer and a second strip in the third layer, the first strip resting on the second strip and having a same width as the second strip; e) selectively etching a portion of the second strip to decrease the width of the second strip; f) filling with an insulator cavities (100L, 100R) arranged on either side of the first and second strips; g) depositing an insulating layer; and h) bonding, by molecular bonding, a layer of III-V materials to the insulating layer. a) etching a cavity in a first silicon layer while leaving in place, at the bottom of the cavity, a second silicon layer corresponding to a portion of the thickness of the first layer; b) growing in said cavity, by epitaxy from the second layer, a third germanium or silicon-germanium layer; c) growing in said cavity, by epitaxy from the third layer, a fourth silicon layer to fill said cavity; d) defining by etching all the way to the second layer a first strip in the fourth layer and a second strip in the third layer, the first strip resting on the second strip and having a same width as the second strip; e) selectively etching a portion of the second strip to decrease the width of the second strip; f) filling with an insulator cavities (100L, 100R) arranged on either side of the first and second strips; g) depositing an insulating layer; and h) bonding, by molecular bonding, a layer of III-V materials to the insulating layer.
Method for managing connections of a telecommunications network by means of a plurality of lists (L 1, L 2,..., L N, L N+1), a connection being catalogued in a list if a transit of a packet belonging to this connection has been detected at a date lying in a time interval (D L1, D L2,..., D LN, D LN+1) of predetermined duration, defined for the list considered, the method comprising a step of creating at least one said list (L 1, L 2,..., L N, L N+1).
A medicament delivery device comprising: a case adapted to hold a container of a medicament; a drive mechanism adapted to expel the medicament from the container; and a trigger button disposed on the case and operably coupled to the drive mechanism, the trigger button having a concave position and a convex position, wherein movement of the trigger button from the convex position to the concave position causes activation of the drive mechanism, characterized in that the trigger button is made from at least one flexible thermoelastic polymer, the medicament delivery device further comprising: - an interlock member telescopically coupled to the case and translatable between an extended position relative to the case and a retracted position relative to the case, such that when the delivery device is placed on an injection site, the interlock member translates from the extended position to the retracted position, wherein the interlock member is operably coupled to the trigger button, wherein translation of the interlock member from the extended position to the retracted position causes transition of the trigger button from the concave position to the convex position. a case adapted to hold a container of a medicament; a drive mechanism adapted to expel the medicament from the container; and a trigger button disposed on the case and operably coupled to the drive mechanism, the trigger button having a concave position and a convex position, wherein movement of the trigger button from the convex position to the concave position causes activation of the drive mechanism, characterized in that the trigger button is made from at least one flexible thermoelastic polymer, - an interlock member telescopically coupled to the case and translatable between an extended position relative to the case and a retracted position relative to the case,
Parking lock system with an electromechanical actuator, a ratchet wheel and a locking pawl, and a toggle lever of a vehicle, the electromechanical actuator having a magnet coil and an armature which is actuated by way of the former, the magnet coil moving an adjusting mechanism translationally via the armature in the energized state, which adjusting mechanism moves a spring-preloaded latching mechanism translationally and rotationally, as a result of which a pin is latched either in its retracted position or in its extended position, the pin interacting with a toggle lever which moves the locking pawl, which is assigned to the ratchet wheel, about a pawl axis, the adjusting mechanism and the latching mechanism being received movably in a sleeve, and the adjusting mechanism being received on a first pressure plate and the latching mechanism being received on a second pressure plate, which pressure plates (22, 40) are each spring-loaded, characterized in that, on its inner circumference, the sleeve has latching lugs (100, 102, 104) which are offset with respect to one another, the latching lugs guiding the translational movement of the adjusting mechanism, and in that a tension spring which loads the armature with the first pressure plate fastened therein including the adjusting mechanism withdraws the adjusting mechanism into its rest position in the currentless state of the magnet coil, without renewed energization of the magnet coil.
A nanofiber structure formed of polyhydroxyalkanoic acid manufacturable by an electrospray deposition method, wherein the polyhydroxyalkanoic acid includes polyhydroxybutylate as a main component, wherein the nanofiber structure is degraded by microorganisms in soil in a natural environment, and wherein the nanofiber structure has a porosity of 50% or more.
A pumping device, particularly for a domestic water supply, to be installed in a hydraulic system, characterized in that it comprises: - a box-like body that can be closed by the connection of its walls (37a, 37b, 37c, 37d, 37e, 37f), - a centrifugal electric pump, which has two intake connectors (16a, 16b) arranged along perpendicular directions and to be connected selectively to said hydraulic system, - a tank for a delivery liquid, which has a substantially cylindrical shape and is fixed to said centrifugal electric pump with an axis of symmetry that is substantially parallel to the axis of the pump, - a manifold, provided with a one-way valve, intended to distribute the delivery liquid to said tank and to one of two delivery connectors (30a, 30b) that are oriented along perpendicular directions and are to be connected selectively or simultaneously to said hydraulic system, - an apparatus connected to the delivery of the centrifugal electric pump by means of a connector on the intake side of the liquid and to the manifold of the discharge side, - said intake connectors (16a, 16b) and said delivery connectors (30a, 30b) being arranged in a portion delimited by three walls (37a, 37d, 37e) of the box-like body for connection to said hydraulic system. - a box-like body that can be closed by the connection of its walls (37a, 37b, 37c, 37d, 37e, 37f), - a centrifugal electric pump, which has two intake connectors (16a, 16b) arranged along perpendicular directions and to be connected selectively to said hydraulic system, - a tank for a delivery liquid, which has a substantially cylindrical shape and is fixed to said centrifugal electric pump with an axis of symmetry that is substantially parallel to the axis of the pump, - a manifold, provided with a one-way valve, intended to distribute the delivery liquid to said tank and to one of two delivery connectors (30a, 30b) that are oriented along perpendicular directions and are to be connected selectively or simultaneously to said hydraulic system, - an apparatus connected to the delivery of the centrifugal electric pump by means of a connector on the intake side of the liquid and to the manifold of the discharge side, - said intake connectors (16a, 16b) and said delivery connectors (30a, 30b) being arranged in a portion delimited by three walls (37a, 37d, 37e) of the box-like body for connection to said hydraulic system.
A device for the two-dimensional deflection of a laser beam, comprising: a substrate having a substrate opening, a spring membrane, which is provided on the substrate, and which has spring arms extending into the substrate opening and a middle section, which is arranged in the substrate opening and supported by the spring arms, and which is mounted so it is two-dimensionally tiltable and axially displaceable in both directions (A, B) of the spring membrane middle axis, which extends perpendicular to the spring membrane plane, a mirror, which is fastened on the middle section of the spring membrane, and a magnetic or electrostatic drive for tilting the mirror against the restoring force of the spring arms, characterized in that the spring membrane comprises at least one end stop arm, which has a higher spring stiffness than the spring arms and protrudes with one free end into the substrate opening up into the movement path of a component (3; 22), which is rigidly mounted on the mirror in order to delimit in cooperation with the component (3; 22) an axial deflection of the middle section which goes beyond that during the drive-related tilting of the mirror at least in an axial direction. a substrate having a substrate opening, a spring membrane, which is provided on the substrate, and which has spring arms extending into the substrate opening and a middle section, which is arranged in the substrate opening and supported by the spring arms, and which is mounted so it is two-dimensionally tiltable and axially displaceable in both directions (A, B) of the spring membrane middle axis, which extends perpendicular to the spring membrane plane, a mirror, which is fastened on the middle section of the spring membrane, and a magnetic or electrostatic drive for tilting the mirror against the restoring force of the spring arms, characterized in that the spring membrane comprises at least one end stop arm, which has a higher spring stiffness than the spring arms and protrudes with one free end into the substrate opening up into the movement path of a component (3; 22), which is rigidly mounted on the mirror in order to delimit in cooperation with the component (3; 22) an axial deflection of the middle section which goes beyond that during the drive-related tilting of the mirror at least in an axial direction.
A positive electrode active material for a lithium ion battery represented by; Compositional formula: Li x Ni 1-y M y O 2+α; wherein M is one or more selected from Sc, Ti, V, Cr, Mn, Fe, Co, Cu, Zn, Ga, Ge, Al, Bi, Sn, Mg, Ca, B, and Zr, 0.9 ≤ x ≤ 1.1, 0 < y ≤ 0.7, and 0.05 ≤ α ≤ 0.2; wherein the material contains primary particles and has a tap density of 1.3 to 2.6 g/cm 3; and wherein the average particle size of the primary particles is 0.3 to 3.0 μm and the specific surface area is 0.3 to 2.3 m 2 /g. wherein M is one or more selected from Sc, Ti, V, Cr, Mn, Fe, Co, Cu, Zn, Ga, Ge, Al, Bi, Sn, Mg, Ca, B, and Zr, 0.9 ≤ x ≤ 1.1, 0 < y ≤ 0.7, and 0.05 ≤ α ≤ 0.2; wherein the material contains primary particles and has a tap density of 1.3 to 2.6 g/cm 3; and wherein the average particle size of the primary particles is 0.3 to 3.0 μm and the specific surface area is 0.3 to 2.3 m 2 /g.
A flash memory device, comprising: a first metal layer comprising a set of bit lines for accessing flash memory cells; and a second metal comprising a plurality of structures, wherein each structure in the plurality of structures is connected to a bit line in the set of bit lines in a staggered formation such that the shortest distance between any pair of adjacent bit lines in the set of bit lines is smaller than the distance between all possible pairs of structures in the plurality of structures attached to the adjacent bit lines in the pair of adjacent bit lines, and wherein a second metal layer structure attached to a first bit line does not intersect the planes that are perpendicular to the second metal layer structure that is attached to any second bit line adjacent to the first bit line. a first metal layer comprising a set of bit lines for accessing flash memory cells; and a second metal comprising a plurality of structures, wherein each structure in the plurality of structures is connected to a bit line in the set of bit lines in a staggered formation such that the shortest distance between any pair of adjacent bit lines in the set of bit lines is smaller than the distance between all possible pairs of structures in the plurality of structures attached to the adjacent bit lines in the pair of adjacent bit lines, and wherein a second metal layer structure attached to a first bit line does not intersect the planes that are perpendicular to the second metal layer structure that is attached to any second bit line adjacent to the first bit line.