mhurhangee/patent-ind-claim-en huggingface dataset:
A toy assembly, comprising: a housing ; an inner object inside the housing ; a breakout mechanism that is operable to break the housing to expose the inner object , wherein the breakout mechanism includes a base member , a plunger member , a biasing element that exerts a separating force urging the plunger member and the base member apart, and a release element that is positionable in a blocking position in which the release element blocks the biasing element from moving the plunger member and the base member apart and that is removable from the blocking position to permit the biasing element to drive the plunger member and the base member apart; characterised in that a protrusion on an outer surface of a body of the plunger member is sized to fit within a plunger locking recess on the base member , and wherein the release element is a wedge that is inserted into a slot in the base member to urge the body of the plunger member to one side of an interior of the base member and the protrusion into the plunger locking recess . a housing ; an inner object inside the housing ; a breakout mechanism that is operable to break the housing to expose the inner object , wherein the breakout mechanism includes a base member , a plunger member , a biasing element that exerts a separating force urging the plunger member and the base member apart, and a release element that is positionable in a blocking position in which the release element blocks the biasing element from moving the plunger member and the base member apart and that is removable from the blocking position to permit the biasing element to drive the plunger member and the base member apart; characterised in that a protrusion on an outer surface of a body of the plunger member is sized to fit within a plunger locking recess on the base member , and wherein the release element is a wedge that is inserted into a slot in the base member to urge the body of the plunger member to one side of an interior of the base member and the protrusion into the plunger locking recess .
A flame arrestor system for an auxiliary power unit , the auxiliary power unit housed in a tail cone area of an aircraft, the flame arrestor system comprising: a heat exchanger through which a cooling gas flow stream is directed; a zone adjacent the heat exchanger in which flame is possible and through which the cooling gas flow stream is directed; and a flame arrestor to quench flame and containing a passage-structure matrix and disposed between the zone and the heat exchanger, wherein the flame arrestor is passive with no moving parts. a heat exchanger through which a cooling gas flow stream is directed; a zone adjacent the heat exchanger in which flame is possible and through which the cooling gas flow stream is directed; and a flame arrestor to quench flame and containing a passage-structure matrix and disposed between the zone and the heat exchanger, wherein the flame arrestor is passive with no moving parts.
A balloon catheter comprising: a balloon having a proximal end attached to a distal portion of an outer tubular assembly and a distal portion attached to a distal portion of an inner tubular assembly coaxially inserted within a lumen of the outer tubular assembly ; characterized by said outer tubular assembly and said inner tubular assembly being reinforced, and an inflation plug substantially locking a distal portion of the outer tubular assembly longitudinally relative to the inner tubular assembly , wherein the inflation plug comprises one or more passages for fluid communication between the lumen of the outer tubular assembly and an interior volume of the balloon . a balloon having a proximal end attached to a distal portion of an outer tubular assembly and a distal portion attached to a distal portion of an inner tubular assembly coaxially inserted within a lumen of the outer tubular assembly ; characterized by said outer tubular assembly and said inner tubular assembly being reinforced, and an inflation plug substantially locking a distal portion of the outer tubular assembly longitudinally relative to the inner tubular assembly , wherein the inflation plug comprises one or more passages for fluid communication between the lumen of the outer tubular assembly and an interior volume of the balloon .
An extract from Heterobasidion annosum obtained using a process comprising the following stages: a) preparing a raw material by pulverising a fresh sporocarp of Heterobasidion annosum fungus to a particle size lower than 2 mm and controlling that the temperature does not increase above 40°C during the process; b) extracting Heterobasidion annosum by pouring methanol in a ratio of 1:2 (raw material: solvent, mass: volume (m:V)) on the raw material, stirring the obtained mixture for a period of from 24 to 120 hours, decanting the methanol and adding a fresh portion of methanol in a ratio of 1:2 (raw material : solvent, m:V); c) repeating the extraction procedure at least 3 times; d) combining and filtrating the obtained extracts; and e) evaporating the solvent to obtain an extract in the form of powder; wherein the extract so obtained has anticancer effect. a) preparing a raw material by pulverising a fresh sporocarp of Heterobasidion annosum fungus to a particle size lower than 2 mm and controlling that the temperature does not increase above 40°C during the process; b) extracting Heterobasidion annosum by pouring methanol in a ratio of 1:2 (raw material: solvent, mass: volume (m:V)) on the raw material, stirring the obtained mixture for a period of from 24 to 120 hours, decanting the methanol and adding a fresh portion of methanol in a ratio of 1:2 (raw material : solvent, m:V); c) repeating the extraction procedure at least 3 times; d) combining and filtrating the obtained extracts; and e) evaporating the solvent to obtain an extract in the form of powder; wherein the extract so obtained has anticancer effect.
A polymeric semipermeable nanofiltration membrane comprising an ultrafiltration or a microfiltration membrane comprising a non-cross-linked base polymer having reactive pendant moieties selected from the group consisting of polyacrylonitrile (PAN) and copolymers of polyacrylonitrile, and said reactive pendant moieties being nitrile, said base polymer being modified by forming a cross-linked skin onto a surface thereof, said skin being formed by a cross-linking reaction of the reactive pendant moieties on said surface with polyethylenimine, wherein a nanofiltration layer is formed over at least a portion of said cross-linked skin and is covalently bonded thereto, wherein said nanofiltration layer is formed from: (i) at least one di-, tri- or tetra-halo substituted diazine or triazine-containing monomer, oligomer or polymer, and (ii) at least one multifunctional amine having a molecular weight in the range of 400 to 750,000, provided that at least one of the di-, tri- or tetra-halo substituted diazine or triazine-containing monomer, oligomer or polymer is not a di- or triazine monomer which is substituted only by chloro. (i) at least one di-, tri- or tetra-halo substituted diazine or triazine-containing monomer, oligomer or polymer, and (ii) at least one multifunctional amine having a molecular weight in the range of 400 to 750,000, provided that at least one of the di-, tri- or tetra-halo substituted diazine or triazine-containing monomer, oligomer or polymer is not a di- or triazine monomer which is substituted only by chloro.
A string trimmer comprising: a shaft having a cutting head on one end, the cutting head having a motor, spool housing and a spool, the motor operationally connected to the spool to rotate the spool in a normal operational mode for cutting vegetation having a first direction and first speed; and characterized by : a button configured to actuate a winding mode for winding cutting line onto the spool, wherein, in the winding mode, the motor is configured to rotate the spool in a second direction, opposite the first direction, and wherein, in the winding mode, the motor is configured to rotate the spool at a second speed that is slower than the first speed. a shaft having a cutting head on one end, the cutting head having a motor, spool housing and a spool, the motor operationally connected to the spool to rotate the spool in a normal operational mode for cutting vegetation having a first direction and first speed; and characterized by : a button configured to actuate a winding mode for winding cutting line onto the spool, wherein, in the winding mode, the motor is configured to rotate the spool in a second direction, opposite the first direction, and wherein, in the winding mode, the motor is configured to rotate the spool at a second speed that is slower than the first speed. a button configured to actuate a winding mode for winding cutting line onto the spool, wherein, in the winding mode, the motor is configured to rotate the spool in a second direction, opposite the first direction, and wherein, in the winding mode, the motor is configured to rotate the spool at a second speed that is slower than the first speed.
Method for determining an offset of an angular position encoder assigned to a rotor of an electric machine , wherein a reference offset of a reference angular position encoder of a reference electric machine is known in conjunction with a reference rotational speed and a reference current with a reference current angle and a reference amount, comprising the following steps: - impressing a current having the reference amount; - setting a current angle of the current in order to achieve the reference rotational speed; - comparing the current angle with the reference current angle and the reference offset; - determining the offset from this comparison. - impressing a current having the reference amount; - setting a current angle of the current in order to achieve the reference rotational speed; - comparing the current angle with the reference current angle and the reference offset; - determining the offset from this comparison.
A method of receiving multimedia data, the method comprising: receiving a first sub-segment of a segment of multimedia data, wherein the segment is a portion of the multimedia data corresponding to an interval of playback time of a given duration and the segment is divided into a plurality of sub-segments , the first sub-segment comprising a first set of one or more encoded data units , wherein a data unit is a video frame of the multimedia data, and a first sub-segment header including a table of frame pointers that identify an offset of each of the data units within the first sub-segment , wherein at least one of the data units refers to a data unit of a second sub-segment of the segment ; after receiving the first sub-segment and before receiving the second sub-segment , decoding some of the data units of the first sub-segment , receiving the second sub-segment , the second sub-segment comprising a second set of one or more encoded data units and a second sub-segment header including a table of frame pointers that identify an offset of each of the data units within the second sub-segment ; and processing at least a portion of the segment after receiving the first sub-segment and the second sub-segment . receiving a first sub-segment of a segment of multimedia data, wherein the segment is a portion of the multimedia data corresponding to an interval of playback time of a given duration and the segment is divided into a plurality of sub-segments , the first sub-segment comprising a first set of one or more encoded data units , wherein a data unit is a video frame of the multimedia data, and a first sub-segment header including a table of frame pointers that identify an offset of each of the data units within the first sub-segment , wherein at least one of the data units refers to a data unit of a second sub-segment of the segment ; after receiving the first sub-segment and before receiving the second sub-segment , decoding some of the data units of the first sub-segment , receiving the second sub-segment , the second sub-segment comprising a second set of one or more encoded data units and a second sub-segment header including a table of frame pointers that identify an offset of each of the data units within the second sub-segment ; and processing at least a portion of the segment after receiving the first sub-segment and the second sub-segment .
A remote driving system configured to perform remote driving of a vehicle based on an operation amount input into a remote driving terminal of the remote driving system by a remote operator (X), the remote driving system comprising at least one processor wherein: a first situation is a situation in which the remote driving of the vehicle is required, an initial check is a process for checking that the remote driving terminal can start the remote driving, and the at least one processor is configured to: detect a second situation showing a sign of the first situation; at the remote driving terminal, perform at least a part of the initial check before the first situation is detected in a case where the second situation is detected; start the remote driving in a case where the first situation is detected, and wherein the initial check at the remote driving terminal includes at least checking communication establishment with the vehicle and the initial check at the remote driving terminal further includes steering position alignment between the vehicle and the remote driving terminal, and checking that an actuator of the vehicle operates in response to the operation amount transmitted to the vehicle . a first situation is a situation in which the remote driving of the vehicle is required, an initial check is a process for checking that the remote driving terminal can start the remote driving, and the at least one processor is configured to: detect a second situation showing a sign of the first situation; at the remote driving terminal, perform at least a part of the initial check before the first situation is detected in a case where the second situation is detected; start the remote driving in a case where the first situation is detected, and wherein the initial check at the remote driving terminal includes at least checking communication establishment with the vehicle and the initial check at the remote driving terminal further includes steering position alignment between the vehicle and the remote driving terminal, and checking that an actuator of the vehicle operates in response to the operation amount transmitted to the vehicle . detect a second situation showing a sign of the first situation; at the remote driving terminal, perform at least a part of the initial check before the first situation is detected in a case where the second situation is detected; start the remote driving in a case where the first situation is detected, and wherein the initial check at the remote driving terminal includes at least checking communication establishment with the vehicle and the initial check at the remote driving terminal further includes steering position alignment between the vehicle and the remote driving terminal, and checking that an actuator of the vehicle operates in response to the operation amount transmitted to the vehicle .
A method of selecting a cell by performing an assay for a compound excreted by cells using a device , wherein the device comprises - a frontside with a plurality of wells , and - a backside ; the plurality of wells of the device contains cells; said method comprising the steps of - transferring liquid from the wells to the substrate, and - using the substrate to perform the assay; characterized in that each well of the plurality of wells comprises a bottom provided with a through-hole extending from the well to the backside of the device , wherein said through-hole has smaller dimensions than the cells in the plurality of wells thus physically retaining the cells in the wells ; wherein the method comprises the steps of - contacting the backside of the device with the substrate, - performing the step of transferring liquid from the wells to the substrate by transferring liquid from the wells via the through-holes to the substrate, and - performing the step of performing the assay using the substrate, wherein the compound is excreted by the cells in the device, following which the step of performing the assay using the substrate is performed, and wherein the cell is selected. - a frontside with a plurality of wells , and - a backside ; - transferring liquid from the wells to the substrate, and - using the substrate to perform the assay; characterized in that each well of the plurality of wells comprises a bottom provided with a through-hole extending from the well to the backside of the device , wherein said through-hole has smaller dimensions than the cells in the plurality of wells thus physically retaining the cells in the wells ; - contacting the backside of the device with the substrate, - performing the step of transferring liquid from the wells to the substrate by transferring liquid from the wells via the through-holes to the substrate, and - performing the step of performing the assay using the substrate,
Memory apparatus comprising: an interface die comprising control circuits; a plurality of adjacent dice stacks each positioned on the interface die, each dice stack comprising a plurality of dice (330-333, 520-523, 720-723, 770-773) in a stack, the first of the dice facing the interface die; each of the dice of each dice stack having an input/output, IO, circuit (530-533, 540-543; 730-733, 740-743, 780-783, 790-793); and each dice stack having a plurality of mutually parallel via lines (306; 505-508; 705-708, 775-778) therethrough, each via line comprising a series of conductive vias interconnecting circuitry of facing dice; wherein, for each dice stack, the IO circuits of the odd-numbered dice, counting from the first die away from the interface die, are interconnected by the conductive vias of only one of the via lines, and the IO circuits of the even-numbered dice are interconnected by the conductive vias of only one other of the via lines, and the IO circuit of the first die is connected to a control circuit of the interface die; whereby the dice are interconnected in an interleaved manner by a pair of via lines. an interface die comprising control circuits; a plurality of adjacent dice stacks each positioned on the interface die, each dice stack comprising a plurality of dice (330-333, 520-523, 720-723, 770-773) in a stack, the first of the dice facing the interface die; each of the dice of each dice stack having an input/output, IO, circuit (530-533, 540-543; 730-733, 740-743, 780-783, 790-793); and each dice stack having a plurality of mutually parallel via lines (306; 505-508; 705-708, 775-778) therethrough, each via line comprising a series of conductive vias interconnecting circuitry of facing dice; wherein, for each dice stack, the IO circuits of the odd-numbered dice, counting from the first die away from the interface die, are interconnected by the conductive vias of only one of the via lines, and the IO circuits of the even-numbered dice are interconnected by the conductive vias of only one other of the via lines, and the IO circuit of the first die is connected to a control circuit of the interface die; whereby the dice are interconnected in an interleaved manner by a pair of via lines.
A resource management method, applied to a resource management system comprising a non-volatile memory, NVM, subsystem and at least one host, wherein the NVM subsystem comprises a controller and a plurality of storage mediums; the controller is configured to manage at least one storage medium; characterised in that a first host communicates with the controller in the NVM subsystem by using an input/output, I/O, queue pair; the I/O queue pair comprises a submission queue and a completion queue; the submission queue is used to store an access request message to be processed by the first host; the completion queue is used to store a result of an access request message sent by the first host and completed by the controller; and the method comprises: monitoring (S720), by a resource management apparatus, resource utilization of a first queue in the I/O queue pair, wherein the resource utilization of the first queue is used to identify utilization of storage space allocated to the first queue, and the first queue is one queue in the I/O queue pair; releasing (S730), by the resource management apparatus when detecting that the resource utilization of the first queue satisfies a preset condition, the storage space occupied by the first queue; and migrating (S740), by the resource management apparatus when the to-be-released resource for the first queue stores an access request message, the access request message stored in the to-be-released storage space to a second queue, and the type of the second queue is the same as the first queue in the I/O queue pair. monitoring (S720), by a resource management apparatus, resource utilization of a first queue in the I/O queue pair, wherein the resource utilization of the first queue is used to identify utilization of storage space allocated to the first queue, and the first queue is one queue in the I/O queue pair; releasing (S730), by the resource management apparatus when detecting that the resource utilization of the first queue satisfies a preset condition, the storage space occupied by the first queue; and migrating (S740), by the resource management apparatus when the to-be-released resource for the first queue stores an access request message, the access request message stored in the to-be-released storage space to a second queue, and the type of the second queue is the same as the first queue in the I/O queue pair.
Bicycle saddle with an electric heating device and a device for supplying power to the electric heating device, wherein the power supply device and control electronics for the electric heating device are integrated into the bicycle saddle, wherein the bicycle saddle comprises a temperature sensor for measuring the bicycle saddle temperature, characterized in that the control electronics switch off the power supply for the electric heating device when a predetermined internal and/or external temperature is reached, and the predetermined internal and/or external temperature is in the range from 40°C to 50°C, and the device for the power supply is arranged in a shaft beneath a seat surface of the bicycle saddle. the bicycle saddle comprises a temperature sensor for measuring the bicycle saddle temperature, characterized in that the control electronics switch off the power supply for the electric heating device when a predetermined internal and/or external temperature is reached, and the predetermined internal and/or external temperature is in the range from 40°C to 50°C, and the device for the power supply is arranged in a shaft beneath a seat surface of the bicycle saddle.