mhurhangee/patent-ind-claim-en huggingface dataset:
A process of physical vapor deposition of a material layer on surfaces of a plurality of substrates , wherein: - the plurality of substrates are arranged on a dome which rotates according to a dome rotation axis and where the substrates are placed at least two different distances (IN,EX) from the dome rotation axis; - the material to be deposited is vacuum evaporated thanks to an energy beam from a target which is made of said material and has a first main surface and an edge located around said main surface; characterized in that - the energy beam interacts with a beam impact surface of the target chosen within the list consisting of a part of the main surface and a part of the edge of the target and wherein the material diffuses from the target to the substrates around a main diffusion axis which intersects the dome at an intersection point, I; and - the angle α between the dome rotation axis and the main diffusion axis is chosen within the ranges of +5° to + 40° or - 5° to -40°. - the plurality of substrates are arranged on a dome which rotates according to a dome rotation axis and where the substrates are placed at least two different distances (IN,EX) from the dome rotation axis; - the material to be deposited is vacuum evaporated thanks to an energy beam from a target which is made of said material and has a first main surface and an edge located around said main surface; characterized in that - the energy beam interacts with a beam impact surface of the target chosen within the list consisting of a part of the main surface and a part of the edge of the target and wherein the material diffuses from the target to the substrates around a main diffusion axis which intersects the dome at an intersection point, I; and - the angle α between the dome rotation axis and the main diffusion axis is chosen within the ranges of +5° to + 40° or - 5° to -40°.
A method implemented in a client device and comprising: receiving a first plurality of packets from a server, the first plurality of packets carrying video frames of video content; applying a first latency value to the first plurality of packets before decoding and displaying; sending a request message to the server, the request message comprising first information indicating a requested latency value determined based on a frame pace variation, the frame pace variation being a variation of a pace at which the video frames are any of received, extracted from a receiver buffer and decoded; receiving a response message from the server, the response message comprising second information indicating a second latency value; and applying the second latency value to a second plurality of packets before decoding and displaying, the second plurality of packets being received subsequent to the first plurality of packets. receiving a first plurality of packets from a server, the first plurality of packets carrying video frames of video content; applying a first latency value to the first plurality of packets before decoding and displaying; sending a request message to the server, the request message comprising first information indicating a requested latency value determined based on a frame pace variation, the frame pace variation being a variation of a pace at which the video frames are any of received, extracted from a receiver buffer and decoded; receiving a response message from the server, the response message comprising second information indicating a second latency value; and applying the second latency value to a second plurality of packets before decoding and displaying, the second plurality of packets being received subsequent to the first plurality of packets.
A training device for performing holistic balance, meditation and/or yoga exercises having a body which comprises a planar upper side and a convex bottom side , the bottom side being in contact with a floor and/or a horizontal surface, the body being formed in one piece and being movable around several spatial axes due to the convex bottom side , characterised in that the convex design has a radius of at least 1.00 m in the longitudinal direction of the body and a radius of at least 0.10 m in the transverse direction of the body , and in that the body is elongated and narrow.
Method for controlling a DC-AC converter for converting a DC input voltage to an AC output voltage having a predetermined grid period, comprising: measuring, at a first point in time , a voltage sample of a filtered version of the AC output voltage; determining a control signal for a controllable switch of the DC-AC converter based on the measured voltage sample ; adjusting, at a second point in time , a conduction state of the controllable switch according to the control signal , wherein the control signal is indicative of a pulse width modulation pattern across the grid period, defining plural control pulses, wherein the plural control pulses are supplied to the controllable switch over plural subsequent switching periods spanning one grid period, wherein the pattern according to which the controllable switch is switched, is updated for the second half of the switching period, wherein a time difference (tc) between the second point in time and the first point in time is less than a switching period (T) for periodically switching the controllable switch . measuring, at a first point in time , a voltage sample of a filtered version of the AC output voltage; determining a control signal for a controllable switch of the DC-AC converter based on the measured voltage sample ; adjusting, at a second point in time , a conduction state of the controllable switch according to the control signal , wherein the control signal is indicative of a pulse width modulation pattern across the grid period, defining plural control pulses, wherein the plural control pulses are supplied to the controllable switch over plural subsequent switching periods spanning one grid period, wherein the pattern according to which the controllable switch is switched, is updated for the second half of the switching period, wherein a time difference (tc) between the second point in time and the first point in time is less than a switching period (T) for periodically switching the controllable switch .
A virtual machine migration method performed by a switch, comprising: receiving a message sent by a server, wherein the message is used to enable a switch to discover a connected virtual machine interface; wherein the message is a Virtual Station Interface Discovery and Configuration Protocol, VDP, message, characterized in that the VDP message comprises a flag bit, wherein the flag bit is an added bit in the Reason field of a type length value, TLV, information string of the message; obtaining , from the message, the flag bit; and determining , according to the flag bit, whether the virtual machine is a virtual machine that is newly migrating to the server or is newly created. receiving a message sent by a server, wherein the message is used to enable a switch to discover a connected virtual machine interface; wherein the message is a Virtual Station Interface Discovery and Configuration Protocol, VDP, message, characterized in that the VDP message comprises a flag bit, wherein the flag bit is an added bit in the Reason field of a type length value, TLV, information string of the message; obtaining , from the message, the flag bit; and determining , according to the flag bit, whether the virtual machine is a virtual machine that is newly migrating to the server or is newly created.
A medication injection pen comprising: a housing ; a dose set knob comprising at least one external thread and being threadedly connectable and rotatable with respect to said housing which translates into axial movement to set a desired injection dose; a leadscrew provided with a thread element and axially advanceable in a first direction via rotational engagement to a corresponding thread in said housing, said first direction being that which expels medication from a cartridge ; a driver rotationally fixed to said leadscrew for preventing relative rotation therebetween, when said dose set knob is depressed, said driver being rotatable in said first direction to rotate said leadscrew and advance said leadscrew in said first direction; a setback member being a tubular member that is selectively rotationally engaged to said dose set knob , and rotationally fixed to said driver for preventing relative rotation therebetween; and a dose stop member rotationally fixed to said setback member , rotates via a threaded connection to said leadscrew , and comprising longitudinal grooves rotationally locked to longitudinal splines of said dose set knob , said dose stop member being axially movable relative to said dose set knob when said dose set knob is rotated relative to said setback member , and wherein axial movement of said dose stop member on said leadscrew limits a user from setting a dose that is greater than an injectable volume of medication remaining in the cartridge. a housing ; a dose set knob comprising at least one external thread and being threadedly connectable and rotatable with respect to said housing which translates into axial movement to set a desired injection dose; a leadscrew provided with a thread element and axially advanceable in a first direction via rotational engagement to a corresponding thread in said housing, said first direction being that which expels medication from a cartridge ; a driver rotationally fixed to said leadscrew for preventing relative rotation therebetween, when said dose set knob is depressed, said driver being rotatable in said first direction to rotate said leadscrew and advance said leadscrew in said first direction; a setback member being a tubular member that is selectively rotationally engaged to said dose set knob , and rotationally fixed to said driver for preventing relative rotation therebetween; and a dose stop member rotationally fixed to said setback member , rotates via a threaded connection to said leadscrew , and comprising longitudinal grooves rotationally locked to longitudinal splines of said dose set knob , said dose stop member being axially movable relative to said dose set knob when said dose set knob is rotated relative to said setback member , and wherein axial movement of said dose stop member on said leadscrew limits a user from setting a dose that is greater than an injectable volume of medication remaining in the cartridge.
A tensioner comprising: a base ; a ring engaged with the base , the ring rotatable about a center "C" within a base opening, a pulley journalled to the ring ; a pivot arm pivotally engaged with the ring , a pulley journalled to the pivot arm ; a torsion spring disposed between the ring and the pivot arm for urging the pivot arm ; a damping assembly comprising a damping material frictionally disposed between the base and the ring , a spring applying a normal load to the damping material ; and characterized by : a bushing disposed between the ring and the base to facilitate rotational movement of the ring ; the damping material having an electrical resistance in the range of greater than 0Ω up to 10,000Ω, wherein the damping material comprises stainless steel fibers, wherein the stainless steel fibers comprise by weight 3% to 5% of the damping material, wherein the damping assembly further comprises a metallic backing plate . a base ; a ring engaged with the base , the ring rotatable about a center "C" within a base opening, a pulley journalled to the ring ; a pivot arm pivotally engaged with the ring , a pulley journalled to the pivot arm ; a torsion spring disposed between the ring and the pivot arm for urging the pivot arm ; a damping assembly comprising a damping material frictionally disposed between the base and the ring , a spring applying a normal load to the damping material ; and characterized by : a bushing disposed between the ring and the base to facilitate rotational movement of the ring ; the damping material having an electrical resistance in the range of greater than 0Ω up to 10,000Ω, wherein the damping material comprises stainless steel fibers, wherein the stainless steel fibers comprise by weight 3% to 5% of the damping material, wherein the damping assembly further comprises a metallic backing plate . a bushing disposed between the ring and the base to facilitate rotational movement of the ring ; the damping material having an electrical resistance in the range of greater than 0Ω up to 10,000Ω, wherein the damping material comprises stainless steel fibers, wherein the stainless steel fibers comprise by weight 3% to 5% of the damping material, wherein the damping assembly further comprises a metallic backing plate .
A hydraulic cylinder cover for a hydraulic cylinder of machine tool, the hydraulic cylinder cover comprising: a body having a first end and a second end , a flange positioned at the first end , and a cover eye provided on the flange for connection to a piston rod eye of the hydraulic cylinder , characterised in that the flange has a linear edge opposite an arcuate edge wherein the cover eye extends between the linear edge and the arcuate edge and wherein the arcuate edge is positioned on the inner surface of the body . a body having a first end and a second end , a flange positioned at the first end , and a cover eye provided on the flange for connection to a piston rod eye of the hydraulic cylinder , characterised in that the flange has a linear edge opposite an arcuate edge wherein the cover eye extends between the linear edge and the arcuate edge and wherein the arcuate edge is positioned on the inner surface of the body .
A revolving door comprising an at least partly cylindrical shell wall , which is embodied with an entrance and an exit , and two rotatable door wings , which during normal operation are placed in each other's extended direction inside the shell wall , wherein between the shell wall and an end of at least one door wing , a sliding door is provided which is suitable for closing off the entrance or exit respectively, wherein the sliding door comprises two adjacent separable sliding door parts (10',10" and 11',11"), wherein said two adjacent separable sliding door parts (10',10" and 11',11") are movable away from each other in an emergency situation to provide a free and unobstructed passage way through the entrance or exit , wherein the end of the at least one door wing is movable closely adjacent to and along the shell wall leaving sufficient room for the sliding door to move between the shell wall and the end of the at least one door wing , characterized in that during normal operation the two adjacent separable sliding door parts (10',10" and 11',11") of the sliding door are connected to each other, whereas simultaneously during normal operation the end of the door wing is constantly positioned adjacent to the sliding door and between its lateral edges without being connected to the sliding door .
A lockset for a box pallet, on which a lock hole corresponding to the lockset is provided, comprising: a lock bar , a first end of which being provided with a hook head matched with the lock hole to realize locking, the hook head being perpendicular to the lock bar and extending outwards from the lock bar , the lock bar being provided with a connection portion, wherein the lock bar is configured to be rotatably connected to a body of the box pallet through the connection portion, and as the lock bar rotates around the connection portion in a plane parallel to an outer surface of the body, the hook head extends into or retracts from the lock hole to realize locking or unlocking of the lockset ; and a handle comprising a connection end , characterized in that the handle is rotatably connected to a second end of the lock bar opposite to the first end through the connection end 211), and as the handle rotates around the connection end , a position of the handle changes between positions that are close to oraway from an adjacent outer surface of the body of the box pallet when the lockset is mounted to the box pallet, wherein the second end of the lock bar is provided with a U-shaped groove , an opening of the U-shaped groove facing away from the box pallet; the connection end of the handle is inserted into the U-shaped groove and connected via a connecting shaft passing through two side walls of the U-shaped groove ; and the handle is rotatable around the connecting shaft . a lock bar , a first end of which being provided with a hook head matched with the lock hole to realize locking, the hook head being perpendicular to the lock bar and extending outwards from the lock bar , the lock bar being provided with a connection portion, wherein the lock bar is configured to be rotatably connected to a body of the box pallet through the connection portion, and as the lock bar rotates around the connection portion in a plane parallel to an outer surface of the body, the hook head extends into or retracts from the lock hole to realize locking or unlocking of the lockset ; and a handle comprising a connection end , characterized in that the handle is rotatably connected to a second end of the lock bar opposite to the first end through the connection end 211), and as the handle rotates around the connection end , a position of the handle changes between positions that are close to oraway from an adjacent outer surface of the body of the box pallet when the lockset is mounted to the box pallet, wherein the second end of the lock bar is provided with a U-shaped groove , an opening of the U-shaped groove facing away from the box pallet; the connection end of the handle is inserted into the U-shaped groove and connected via a connecting shaft passing through two side walls of the U-shaped groove ; and the handle is rotatable around the connecting shaft .
A method for reconfiguring a wireless communication network, the method comprising: receiving, at a first Base Transceiver Station, BTS, that is a node provided with a sensor, a neighbor list from a second BTS; wherein the sensor includes a mobile device with a backhaul connection through which the node communicates for receiving and sending information from and to other nodes that include the second BTS; and reconfiguring, independently at the first BTS, a neighbor list of the first BTS based on the neighbor list received from the second BTS. receiving, at a first Base Transceiver Station, BTS, that is a node provided with a sensor, a neighbor list from a second BTS; wherein the sensor includes a mobile device with a backhaul connection through which the node communicates for receiving and sending information from and to other nodes that include the second BTS; and reconfiguring, independently at the first BTS, a neighbor list of the first BTS based on the neighbor list received from the second BTS.
A method comprising: determining, by a wireless device , that a physical uplink shared channel, PUSCH, duration of a configured uplink grant of a bundle of a configured uplink grant overlaps with a transmission of a message A, MsgA, payload of a two-step random-access procedure of a cell; and based on the determining, ignoring the configured uplink grant by not transmitting via a first PUSCH resource of the configured uplink grant. determining, by a wireless device , that a physical uplink shared channel, PUSCH, duration of a configured uplink grant of a bundle of a configured uplink grant overlaps with a transmission of a message A, MsgA, payload of a two-step random-access procedure of a cell; and based on the determining, ignoring the configured uplink grant by not transmitting via a first PUSCH resource of the configured uplink grant.
A semiconductive ceramic sintered compact comprising: a main phase and conductive phases present inside the main phase, wherein the main phase is a ceramic sintered phase comprising Al 2 O 3 particles the area ratio of the conductive phases to the main phase is 0% (exclusive) to 10% (inclusive), and the conductive phase comprises two or more metals selected from Mn (manganese), Fe (iron), and Ti (titanium) and has a composition meeting a relation of Mn/(Ti + Mn + Fe) > 0.08 or Mn/Ti > 0.15, characterized in that the main phase is constituted, prior to molding, by an Al 2 O 3 starting material having a mean particle diameter of not less than 2 μm and an Al 2 O 3 starting material having a mean particle diameter of not more than 1 μm. a main phase and conductive phases present inside the main phase, wherein the main phase is a ceramic sintered phase comprising Al 2 O 3 particles the area ratio of the conductive phases to the main phase is 0% (exclusive) to 10% (inclusive), and the conductive phase comprises two or more metals selected from Mn (manganese), Fe (iron), and Ti (titanium) and has a composition meeting a relation of Mn/(Ti + Mn + Fe) > 0.08 or Mn/Ti > 0.15, characterized in that the main phase is constituted, prior to molding, by an Al 2 O 3 starting material having a mean particle diameter of not less than 2 μm and an Al 2 O 3 starting material having a mean particle diameter of not more than 1 μm.
A care device configured to assist standing or sitting of a care receiver (M), the care device comprising: a base ; a supporting device configured to support the care receiver (M), the supporting device being provided on the base ; a moving device configured to perform a standing operation or a sitting operation by moving the supporting device with respect to the base ; a first load detecting device configured to detect a load that the supporting device receives from the care receiver (M), the first load detecting device being provided on the supporting device ; and a control device configured to control the moving device , and stop the standing operation or the sitting operation during the operation based on a load value detected by the first load detection device , characterized in that the first load detecting device is capable of measuring load values at multiple positions of the supporting device , and the control device is configured to determine that a load unbalance has occurred in a case in which a difference value between the load values at multiple positions exceeds a predetermined value. a base ; a supporting device configured to support the care receiver (M), the supporting device being provided on the base ; a moving device configured to perform a standing operation or a sitting operation by moving the supporting device with respect to the base ; a first load detecting device configured to detect a load that the supporting device receives from the care receiver (M), the first load detecting device being provided on the supporting device ; and a control device configured to control the moving device , and stop the standing operation or the sitting operation during the operation based on a load value detected by the first load detection device , characterized in that the first load detecting device is capable of measuring load values at multiple positions of the supporting device , and the control device is configured to determine that a load unbalance has occurred in a case in which a difference value between the load values at multiple positions exceeds a predetermined value.
A gypsum board composition, comprising: stucco, adhesive, water and additive for improving bonding, wherein the additive for improving bonding is shown in chemical formula : M I M II ( OH ) 2 ( A n- ) • mH 2 O , wherein M I is a divalent metal ion, M II is a trivalent metal ion, and A n - is an interlayer anion, and wherein M I and M II are different metals, and m is an integer. stucco, adhesive, water and additive for improving bonding, wherein the additive for improving bonding is shown in chemical formula : M I M II ( OH ) 2 ( A n- ) • mH 2 O , wherein M I is a divalent metal ion, M II is a trivalent metal ion, and A n - is an interlayer anion, and wherein M I and M II are different metals, and m is an integer.