mhurhangee/ep-ind-claims huggingface dataset:
A joint including two sections (1,2) of an electric power cable, each cable section comprising at least one core member (3,4,5) surrounded by a first armouring layer for protecting the core member from tensile forces acting on the cable, the first armoring layer including a plurality of armoring wires arranged along the length of the cable and twisted in a first direction with respect to the longitudinal direction of the cable, the joint comprising: - at least one core joint between the core members of the cable sections, and - an outer mechanical casing surrounding the at least one core joint and mechanically connected to the first armoring layers of the cable sections, characterized in that the joint comprises a second armouring layer positioned in an area neighboring the casing, surrounding at least one of the cable sections, and having one end mechanically connected to the casing and the other end terminated at a distance from the casing, and the second armouring layer includes a plurality of elongated armoring elements wound twisted in an opposite direction to the wires of the first armouring layer with respect to the longitudinal axis of the cable in order to increase the torsional rigidity of said area neighboring the casing. - at least one core joint between the core members of the cable sections, and - an outer mechanical casing surrounding the at least one core joint and mechanically connected to the first armoring layers of the cable sections, characterized in that the joint comprises a second armouring layer positioned in an area neighboring the casing, surrounding at least one of the cable sections, and having one end mechanically connected to the casing and the other end terminated at a distance from the casing, and the second armouring layer includes a plurality of elongated armoring elements wound twisted in an opposite direction to the wires of the first armouring layer with respect to the longitudinal axis of the cable in order to increase the torsional rigidity of said area neighboring the casing.
Electrode for an electric metallurgical furnace comprising - an electrode body made of electrically conductive material, preferably copper or copper alloy, extending between a head end and a tail end along a longitudinal direction; - a head, joined to the electrode body; - cooling channels (200, 201, 220, 61) being made in the electrode body and/or in the head, said channels being suitable for a cooling fluid to pass through for cooling the electrode; wherein the cooling channels (200, 201, 220, 61) comprise delivery channels (200, 220) suitable to convey the cooling fluid in the direction proceeding from the tail end to the head end and at least one return channel (61, 201) suitable to convey the cooling fluid in the direction proceeding from the head end to the tail end, said delivery channels (200, 220) and said at least one return channel (61, 201) being formed in the electrode body. - an electrode body made of electrically conductive material, preferably copper or copper alloy, extending between a head end and a tail end along a longitudinal direction; - a head, joined to the electrode body; - cooling channels (200, 201, 220, 61) being made in the electrode body and/or in the head, said channels being suitable for a cooling fluid to pass through for cooling the electrode;
A lumbar support assembly for a chair comprising: a lumbar support pad having a front support surface adapted to contact and support a lumbar region of a chair occupant's back, said lumbar pad having opposite side sections disposed on opposite sides of a vertical centerline extending across said front support surface, characterised in that said lumbar support assembly is arranged to provide asymmetric support to said lumbar pad to generate pressure distributions over said pad side sections which are asymmetrically variable to vary the pressure distributions provided by said front support surface through said pad side sections; and a support mechanism including an adjustment assembly having a connector bracket for mounting said lumbar support assembly to a chair and said adjustment assembly further including a support arm arrangement which provides variable support to said pad side sections, said adjustment assembly further including an adjustment mechanism (94, 95) for varying the support provided by left and right sections of said adjustment assembly to said lumbar pad. a lumbar support pad having a front support surface adapted to contact and support a lumbar region of a chair occupant's back, said lumbar pad having opposite side sections disposed on opposite sides of a vertical centerline extending across said front support surface, characterised in that said lumbar support assembly is arranged to provide asymmetric support to said lumbar pad to generate pressure distributions over said pad side sections which are asymmetrically variable to vary the pressure distributions provided by said front support surface through said pad side sections; and a support mechanism including an adjustment assembly having a connector bracket for mounting said lumbar support assembly to a chair and said adjustment assembly further including a support arm arrangement which provides variable support to said pad side sections, said adjustment assembly further including an adjustment mechanism (94, 95) for varying the support provided by left and right sections of said adjustment assembly to said lumbar pad.
A dock-and-lock construct comprising (i) at least one anti-CD74 antibody or antigen-binding fragment thereof and (ii) at least one anti-CD20 antibody or antigen-binding fragment thereof, wherein the DNL construct is a hexavalent DNL construct comprising an IgG moiety and four Fab moieties, for use in a method of treating a B cell lymphoma or B cell leukemia, wherein the DNL construct is administered to an individual with a B cell lymphoma or B cell leukemia.
At least one chassis comprising a plurality of storage nodes; wherein the plurality of storage nodes are configured to communicate together as a storage cluster; the storage cluster is configured such that the plurality of storage nodes are periodically checked to determine unreachable storage nodes,; each of the plurality of storage nodes having nonvolatile solid-state memory for user data storage; and the plurality of storage nodes are configured to distribute the user data and metadata associated with the user data throughout the plurality of storage nodes such that the plurality of storage nodes maintain their ability to read the user data, using erasure coding, despite two of the plurality of storage nodes being unreachable, wherein the plurality of storage nodes are configured to distribute the user data according to two or more erasure coding schemes, and wherein the two or more erasure coding schemes coexist in the plurality of storage nodes; wherein in the event of two or more storage nodes being determined unreachable, the remaining storage nodes cooperate to determine which of the two or more erasure coding schemes to apply, and if some erasure coding schemes are no longer applicable to the remaining storage nodes, the remaining storage nodes switch to an erasure coding scheme that is applicable.
A bioconjugation method comprising the step of conjugating an antibody molecule containing a first unsaturated functional group with a drug comprising a second unsaturated functional group, wherein the first and second unsaturated functional groups are complementary to each other such that conjugation is a reaction of said functional groups via a Diels-Alder reaction which forms a cyclohexene ring, wherein the first functional group is a diene and the second functional group is a maleimide.
A method for use in a wireless communication system supporting a broadcast service, the method comprising: interleaving broadcast overhead information with a broadcast session, wherein the broadcast overhead information is a session description protocol, SDP, message containing information for processing the broadcast session, and wherein the broadcast overhead information is adaptively based on bandwidth conditions; and transmitting the broadcast session with the interleaved broadcast overhead information on a broadcast transmission channel. interleaving broadcast overhead information with a broadcast session, wherein the broadcast overhead information is a session description protocol, SDP, message containing information for processing the broadcast session, and wherein the broadcast overhead information is adaptively based on bandwidth conditions; and transmitting the broadcast session with the interleaved broadcast overhead information on a broadcast transmission channel.
A method for controlling a mechatronic system, the method comprising: receiving, by a first control unit, values including mechanical characteristics of the mechatronic system, from the mechatronic system; predicting, by the first control unit, a mechanical behaviour of the mechatronic system based on a continuous model predictive control approach applied on the values including the mechanical characteristics of the mechatronic system, wherein the continuous model predictive control approach comprises a Continuous Control Set Model Predictive Control, CCS-MPC, approach; providing, by the first control unit, the predicted mechanical behaviour to a second control unit; receiving, by the second control unit, values including electrical characteristics of the mechatronic system, from the mechatronic system; optimizing, by the second control unit, a control signal for an actuator using i) the predicted mechanical behaviour and ii) a prediction of an electrical behaviour of the mechatronic system based on a direct model predictive control approach applied on the values including the electrical characteristics of the mechatronic system, wherein the direct model predictive control approach comprises a Finite Control Set Model Predictive Control, FCS-MPC, approach; and providing, by the second control unit, the control signal to the actuator for controlling the mechatronic system. receiving, by a first control unit, values including mechanical characteristics of the mechatronic system, from the mechatronic system; predicting, by the first control unit, a mechanical behaviour of the mechatronic system based on a continuous model predictive control approach applied on the values including the mechanical characteristics of the mechatronic system, wherein the continuous model predictive control approach comprises a Continuous Control Set Model Predictive Control, CCS-MPC, approach; providing, by the first control unit, the predicted mechanical behaviour to a second control unit; receiving, by the second control unit, values including electrical characteristics of the mechatronic system, from the mechatronic system; optimizing, by the second control unit, a control signal for an actuator using i) the predicted mechanical behaviour and ii) a prediction of an electrical behaviour of the mechatronic system based on a direct model predictive control approach applied on the values including the electrical characteristics of the mechatronic system, wherein the direct model predictive control approach comprises a Finite Control Set Model Predictive Control, FCS-MPC, approach; and i) the predicted mechanical behaviour and ii) a prediction of an electrical behaviour of the mechatronic system based on a direct model predictive control approach applied on the values including the electrical characteristics of the mechatronic system, wherein the direct model predictive control approach comprises a Finite Control Set Model Predictive Control, FCS-MPC, approach; and providing, by the second control unit, the control signal to the actuator for controlling the mechatronic system.
A radiation detection system for neutron capture therapy system, wherein the neutron capture therapy system comprises: an accelerator for accelerating a charged particle beam; a charged particle beam inlet for passing the charged particle beam; a neutron beam generating unit for generating a neutron beam by means of a nuclear reaction with the charged particle beam; a beam shaping assembly for adjusting flux and quality of the neutron beam generated by the neutron beam generating unit; and a beam outlet adjoining to the beam shaping assembly, wherein the neutron beam generating unit is arranged into the beam shaping assembly, and the radiation detection system comprises a radiation detection device, characterized in that the radiation detection device is arranged upstream of the neutron beam generating unit; the radiation detection device is configured to detect the neutron beam overflowing from the neutron generating unit in real time after the charged particle beam and the neutron generating unit are subjected to the nuclear reaction, and a control device is connected to the radiation detection device for controlling subsequent operation of the accelerator according to the detection result obtained by the radiation detection device. an accelerator for accelerating a charged particle beam; a charged particle beam inlet for passing the charged particle beam; a neutron beam generating unit for generating a neutron beam by means of a nuclear reaction with the charged particle beam; a beam shaping assembly for adjusting flux and quality of the neutron beam generated by the neutron beam generating unit; and a beam outlet adjoining to the beam shaping assembly, wherein the neutron beam generating unit is arranged into the beam shaping assembly, and the radiation detection system comprises a radiation detection device, characterized in that the radiation detection device is arranged upstream of the neutron beam generating unit; the radiation detection device is configured to detect the neutron beam overflowing from the neutron generating unit in real time after the charged particle beam and the neutron generating unit are subjected to the nuclear reaction, and a control device is connected to the radiation detection device for controlling subsequent operation of the accelerator according to the detection result obtained by the radiation detection device.
A sliding door comprising a runner rail, a door leaf guided thereon by means of at least one running gear, a limiting device limiting the displacement path of the door leaf, a damper with a soft-closing function fastened to the door leaf and a coupler fastened to the runner rail and interlocking with a gripper part of the damper, wherein, upon closing the door, the damper first slows down the door leaf and then moves the same into the closed position, wherein the limiting device forms a structural unit together with the coupler or the damper and the coupler comprises an arm extending in parallel with the runner rail and having a coupling part for interengaging with the gripper part of the damper, characterized in that the vertical dimension of the coupling part is larger than the gripper part so that a coupling of the coupling part and the gripping part works reliably independent of the mounting height of the door leaf or the gripping part.
Method of treating tobacco leaves for the separation of the leaf portions constituting the lamina from the leaf portions constituting the rib, characterized by the fact that: - bunches of leaves are placed on a feeding line of a shredder, in which portions of the lamina of each leaf are torn from the remaining part of the leaves, starting from the edge of these, - the portions of the lamina torn from each leaf in said shredder and forming portions of substantially sole lamina are separated with air in at least one classification chamber from portions of lamina attached to portions of rib, - said portions of sole lamina torn from said leaves are directly transferred to the subsequent drying and packaging processes, - the portions of lamina attached to portions of rib, are passed through a line of beating in several stages, in each of which the progressive separation of portions of the lamina from the remaining portions of lamina attached to portions of rib is caused, to obtain at the exit of said beating line the almost total separation of the lamina from the rib of the leaves, - the portions of lamina gradually separated from the portions of rib of the leaf are transferred to the subsequent drying and packaging processes, - the pieces of rib coming out of the beating line are transferred to the packaging. - bunches of leaves are placed on a feeding line of a shredder, in which portions of the lamina of each leaf are torn from the remaining part of the leaves, starting from the edge of these, - the portions of the lamina torn from each leaf in said shredder and forming portions of substantially sole lamina are separated with air in at least one classification chamber from portions of lamina attached to portions of rib, - said portions of sole lamina torn from said leaves are directly transferred to the subsequent drying and packaging processes, - the portions of lamina attached to portions of rib, are passed through a line of beating in several stages, in each of which the progressive separation of portions of the lamina from the remaining portions of lamina attached to portions of rib is caused, to obtain at the exit of said beating line the almost total separation of the lamina from the rib of the leaves, - the portions of lamina gradually separated from the portions of rib of the leaf are transferred to the subsequent drying and packaging processes, - the pieces of rib coming out of the beating line are transferred to the packaging.
A method for releasing a chip card function of a chip card (100, 100', 100",...), wherein the chip card has a protected memory region, in which a sequence of identifiers (106, 108, 109,...) for releasing the same chip card function are stored, which were generated at a time of personalisation of the chip card and were stored in the protected memory region, wherein the sequence comprises at least a first and a second identifier (106, 108, 109,...) for releasing the same chip card function, with first means (110, 112) for blocking the first identifier if a maximum number of defective inputs relating to the first identifier is reached, with second means (110, 114) for blocking the second identifier if a maximum number of defective inputs relating to the second identifier is reached, and with means for releasing the chip card function following input of the first identifier if the first identifier is not blocked and following input of the second identifier if the first identifier is blocked and the second identifier is not blocked, said method comprising the following steps: - inputting an identifier, - checking whether the identifier matches the first identifier of the chip card if a maximum number of defective inputs relating to the first identifier has not been exceeded, and otherwise checking whether the identifier matches the second identifier of the chip card if the maximum number of defective inputs relating to the first identifier has been reached and a maximum number of defective inputs relating to the second identifier has not been reached, - releasing the chip card function if the checking of the identifier has revealed a match with the first identifier or with the second identifier, wherein the sequence comprises one or more further identifiers stored in the protected memory region, wherein each of the identifiers of the sequence is assigned blocking means (112, 114, 115,...), and wherein the release means are designed such that the input of a non-blocked identifier of the sequence leads to the release of the chip card function, wherein the release means are designed such that the input of the leading, non-blocked identifier of the sequence is necessary for the release of the chip card. - inputting an identifier, - checking whether the identifier matches the first identifier of the chip card if a maximum number of defective inputs relating to the first identifier has not been exceeded, and otherwise checking whether the identifier matches the second identifier of the chip card if the maximum number of defective inputs relating to the first identifier has been reached and a maximum number of defective inputs relating to the second identifier has not been reached, - releasing the chip card function if the checking of the identifier has revealed a match with the first identifier or with the second identifier,
A glass window, comprising: a glass pane, a seal molded at least partially on a periphery of the glass pane, a middle insert fixed on the seal, and a light decoration strip mounted on the seal via the middle insert and comprising a first fixing part and a second fixing part; wherein the middle insert comprises a first end part provided with a first opening, a second end part provided with a second opening, and a connecting part used for connecting the first end part and the second end part; the first opening and the second opening face the outsides of the first and second end parts, respectively; the first fixing part is clamped into the first opening and the second fixing part is clamped into the second opening, and the connecting part of the middle insert is at least partially enwrapped by an enwrapping part of the seal, the enwrapping part is located between the middle insert and the light decoration strip, characterized in that the enwrapping part is at least partially provided with a bulge or bulges on an upper surface of the enwrapping part, wherein the bulge or bulges extend in a longitudinal direction of the light decoration strip, and a clearance between the upper surface of the bulge or bulges and a lower surface of the light decoration strip is less than ±0.5 mm. a glass pane, a seal molded at least partially on a periphery of the glass pane, a middle insert fixed on the seal, and a light decoration strip mounted on the seal via the middle insert and comprising a first fixing part and a second fixing part; wherein the middle insert comprises a first end part provided with a first opening, a second end part provided with a second opening, and a connecting part used for connecting the first end part and the second end part; the first opening and the second opening face the outsides of the first and second end parts, respectively; the first fixing part is clamped into the first opening and the second fixing part is clamped into the second opening, and the connecting part of the middle insert is at least partially enwrapped by an enwrapping part of the seal, the enwrapping part is located between the middle insert and the light decoration strip, characterized in that the enwrapping part is at least partially provided with a bulge or bulges on an upper surface of the enwrapping part, wherein the bulge or bulges extend in a longitudinal direction of the light decoration strip, and a clearance between the upper surface of the bulge or bulges and a lower surface of the light decoration strip is less than ±0.5 mm.