mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a three-dimensional object using an additive manufacturing system, comprising: - providing a part material comprising a polymeric component comprising at least one poly(biphenyl ether sulfone) (co)polymer (PPSU) having a weight average molecular weight (Mw) ranging from 48,000 to 52,000 g/mol (as determined by gel permeation chromatography (GPC) using methylene chloride as a mobile phase and polystyrene standards), - printing layers of the three-dimensional object from the part material, wherein the poly(biphenyl ether sulfone) (co)polymer (PPSU) comprises at least 50 mol. % of recurring units (R PPSU ) of formula (K), the mol. % being based on the total number of moles in the polymer: where - R, at each location, is independently selected from a halogen, an alkyl, an alkenyl, an alkynyl, an aryl, an ether, a thioether, a carboxylic acid, an ester, an amide, an imide, an alkali or alkaline earth metal sulfonate, an alkyl sulfonate, an alkali or alkaline earth metal phosphonate, an alkyl phosphonate, an amine, and a quaternary ammonium; and - h, for each R, is independently zero or an integer ranging from 1 to 4. - providing a part material comprising a polymeric component comprising at least one poly(biphenyl ether sulfone) (co)polymer (PPSU) having a weight average molecular weight (Mw) ranging from 48,000 to 52,000 g/mol (as determined by gel permeation chromatography (GPC) using methylene chloride as a mobile phase and polystyrene standards), - printing layers of the three-dimensional object from the part material, wherein the poly(biphenyl ether sulfone) (co)polymer (PPSU) comprises at least 50 mol. % of recurring units (R PPSU ) of formula (K), the mol. % being based on the total number of moles in the polymer: where - R, at each location, is independently selected from a halogen, an alkyl, an alkenyl, an alkynyl, an aryl, an ether, a thioether, a carboxylic acid, an ester, an amide, an imide, an alkali or alkaline earth metal sulfonate, an alkyl sulfonate, an alkali or alkaline earth metal phosphonate, an alkyl phosphonate, an amine, and a quaternary ammonium; and - h, for each R, is independently zero or an integer ranging from 1 to 4. - R, at each location, is independently selected from a halogen, an alkyl, an alkenyl, an alkynyl, an aryl, an ether, a thioether, a carboxylic acid, an ester, an amide, an imide, an alkali or alkaline earth metal sulfonate, an alkyl sulfonate, an alkali or alkaline earth metal phosphonate, an alkyl phosphonate, an amine, and a quaternary ammonium; and - h, for each R, is independently zero or an integer ranging from 1 to 4.
Method for online calibration of a sensor (B) of a vehicle , in particular a two-wheeled vehicle, comprising the steps of - ascertaining first at least two-dimensional acceleration data ( g , b , a dec ) on the basis of measured values from an acceleration sensor during an acceleration phase of the vehicle , the vehicle being oriented in a spatial direction , - ascertaining second at least two-dimensional acceleration data ( g , b ) during an acceleration-free phase of the vehicle , the vehicle being oriented in the same spatial direction , - ascertaining bias-compensated acceleration data ( a dec ) in the plane of the vehicle longitudinal and vertical axes on the basis of the ascertained first and second acceleration data ( g , b , a dec ; g , b ), - ascertaining bias data for the sensor (B) in at least one spatial direction at least on the basis of the vehicle speed, and - calibrating the sensor (B) by means of the ascertained bias data and the bias-compensated acceleration data. - ascertaining first at least two-dimensional acceleration data ( g , b , a dec ) on the basis of measured values from an acceleration sensor during an acceleration phase of the vehicle , the vehicle being oriented in a spatial direction , - ascertaining second at least two-dimensional acceleration data ( g , b ) during an acceleration-free phase of the vehicle , the vehicle being oriented in the same spatial direction , - ascertaining bias-compensated acceleration data ( a dec ) in the plane of the vehicle longitudinal and vertical axes on the basis of the ascertained first and second acceleration data ( g , b , a dec ; g , b ), - ascertaining bias data for the sensor (B) in at least one spatial direction at least on the basis of the vehicle speed, and - calibrating the sensor (B) by means of the ascertained bias data and the bias-compensated acceleration data.
An ultra-high charge capacity dielectric material (UHCC dielectric material) comprising: at least one layer of material comprising: organometallic particles in a substantially continuous phase (17, 17', 19, 20, 21, 21-1, 21-2, 21-3, 21-4, 21-5); and wherein the organometallic particles comprise stacked organometallic molecules.
A pneumatic tire comprising, on a tread surface , one or more land portions sandwiched by a plurality of circumferential main grooves extending in a tire circumferential direction, wherein: the land portion is partitioned into a plurality of blocks by lateral grooves , both ends of the lateral groove open to the plurality of circumferential main grooves sandwiching the land portion ; each block has an inclined groove formed thereon, the inclined groove having one end opening to a first one of the circumferential main grooves and the other end terminating within the block , and, in a developed view of the tread surface , extending in a manner inclined with respect to the tire circumferential direction; the inclined groove has a connecting portion connected to the first one of the circumferential main grooves , a wide-width portion connected to the connecting portion , and a narrow-width portion connected to the wide-width portion ; in a developed view of the tread surface , the wide-width portion and the narrow-width portion have smaller inclination angles with respect to the tire circumferential direction as compared to the connecting portion ; the block has a sipe formed thereon, the sipe having one end opening to the connecting portion and the other end opening to a second one of the circumferential main grooves ; and in a developed view of the tread surface , the sipe has a bent portion, characterised in that : the wide-width portion is formed with a groove width larger than the connecting portion . the land portion is partitioned into a plurality of blocks by lateral grooves , both ends of the lateral groove open to the plurality of circumferential main grooves sandwiching the land portion ; each block has an inclined groove formed thereon, the inclined groove having one end opening to a first one of the circumferential main grooves and the other end terminating within the block , and, in a developed view of the tread surface , extending in a manner inclined with respect to the tire circumferential direction; the inclined groove has a connecting portion connected to the first one of the circumferential main grooves , a wide-width portion connected to the connecting portion , and a narrow-width portion connected to the wide-width portion ; in a developed view of the tread surface , the wide-width portion and the narrow-width portion have smaller inclination angles with respect to the tire circumferential direction as compared to the connecting portion ; the block has a sipe formed thereon, the sipe having one end opening to the connecting portion and the other end opening to a second one of the circumferential main grooves ; and in a developed view of the tread surface , the sipe has a bent portion, characterised in that : the wide-width portion is formed with a groove width larger than the connecting portion .
A filter assembly for a beeswax separation screw configured to separate honey from beeswax, wherein the filter assembly comprises a plurality of filter components consisting of cylindrical filter pipes having flanges at both ends; wherein the cylindrical filter pipes comprise filtering holes configured for squeezing, in use, the filtered honey out; wherein the plurality of filter components are attached to each other by bolts with the flanges of opposite filter components placed against each other; wherein a first filter component is open at its top; and wherein the flanges of one end of the first filter component are removably attachable with bolts to a body of the beeswax separation screw. wherein the filter assembly comprises a plurality of filter components consisting of cylindrical filter pipes having flanges at both ends; wherein the cylindrical filter pipes comprise filtering holes configured for squeezing, in use, the filtered honey out; wherein the plurality of filter components are attached to each other by bolts with the flanges of opposite filter components placed against each other; wherein a first filter component is open at its top; and wherein the flanges of one end of the first filter component are removably attachable with bolts to a body of the beeswax separation screw.
A method of sealing a slag drain in a direct smelting vessel for containing a molten bath of slag and molten metal, the direct smelting vessel comprising at least one solids injection lance extending downwardly and inwardly through a refractory-lined side wall of the vessel for injecting metalliferous material and/or carbonaceous material, the slag drain comprising a slag drain channel extending from an inlet end at an inner surface of the refractory-lined side wall in the direct smelting vessel , the inlet end being exposed to the molten bath , to a location at or near an exterior of the direct smelting vessel , the method comprising locating a pre-formed refractory material at the inlet end of the channel so that it is exposed to the molten bath and sealing the channel with sealing material downstream of the pre-formed refractory material , wherein the sealing material introduced downstream of the pre-formed refractory material includes an alumina-based plugging material and wherein the pre-formed refractory material is a solid chrome-based refractory material .
A therapeutically effective agent comprising a phthalocyanine dye IRDye® 700DX conjugated to a probe that specifically binds to a cell in a subject and is selected from the group consisting of a peptide, or small molecule, wherein the probe has a molecular weight of less than 10 kDa, for use in inducing cytotoxicity and cell death by apoptosis in the subject having a disease or condition, by (a) administering to the subject the therapeutically effective agent; and (b) irradiating said cell with an excitation light, wherein the excitation light has a wavelength of 660 to 740 nm. (a) administering to the subject the therapeutically effective agent; and (b) irradiating said cell with an excitation light, wherein the excitation light has a wavelength of 660 to 740 nm.
A high pressure turbine vane assembly for a gas turbine engine , the vane assembly comprising: a plurality of turbine vanes ; an inner diameter platform coupled to the base portion of each of the plurality of turbine vanes, wherein the leading edge of the inner diameter platform is associated with a first axis ; and an outer diameter platform coupled to the top portion of each of the plurality of turbine vanes, wherein the leading edge of the outer diameter platform is associated with a second axis , the second axis offset from the first axis such that the outer platform extends away from the leading edge of the turbine vanes a distance greater than an amount the inner platform extends away from the leading edge of the turbine vanes, characterised in that a platform length of the outer diameter platform in the axial direction is greater than 18% of vane pitch. a plurality of turbine vanes ; an inner diameter platform coupled to the base portion of each of the plurality of turbine vanes, wherein the leading edge of the inner diameter platform is associated with a first axis ; and an outer diameter platform coupled to the top portion of each of the plurality of turbine vanes, wherein the leading edge of the outer diameter platform is associated with a second axis , the second axis offset from the first axis such that the outer platform extends away from the leading edge of the turbine vanes a distance greater than an amount the inner platform extends away from the leading edge of the turbine vanes, characterised in that a platform length of the outer diameter platform in the axial direction is greater than 18% of vane pitch.
A user equipment, UE, having circuitry to: identify an enhanced coverage, EC, level to be used to transmit a random access, RA, preamble, the EC level associated with a first number of repetitions, and the EC level having an associated window of time; transmit the RA preamble with the first number of repetitions; and attempt to decode a RA response that is to be transmitted in response to the RA preamble within the window of time, wherein the RA response is to be transmitted with a second number of repetitions that is based on the first number of repetitions. identify an enhanced coverage, EC, level to be used to transmit a random access, RA, preamble, the EC level associated with a first number of repetitions, and the EC level having an associated window of time; transmit the RA preamble with the first number of repetitions; and attempt to decode a RA response that is to be transmitted in response to the RA preamble within the window of time, wherein the RA response is to be transmitted with a second number of repetitions that is based on the first number of repetitions.
A restraint device accommodating a growth of plate stack in a stacked direction in a battery comprising 1.1 a first end cap , wherein the first end cap has a "U" shape defined by a first closed end and parallel first legs that protrude from the first closed end , and the first end cap includes a first open end opposed to the first closed end ; 1.2 a second end cap spaced apart from the first end cap , wherein the second end cap has a "U" shape defined by a second closed end and parallel second legs that protrude from the second closed end , and the second end cap includes a second open end opposed to the second closed end ; and 1.3 an elastic member disposed between the first end cap and the second end cap via bridging a gap between the first end cap and the second end cap , wherein the length dimensions of the legs and the gap are set such that the compression force is sufficient to maintain the plate stack in the desired stacked and aligned configuration while permitting growth of the plate stack. 1.1 a first end cap , wherein the first end cap has a "U" shape defined by a first closed end and parallel first legs that protrude from the first closed end , and the first end cap includes a first open end opposed to the first closed end ; 1.2 a second end cap spaced apart from the first end cap , wherein the second end cap has a "U" shape defined by a second closed end and parallel second legs that protrude from the second closed end , and the second end cap includes a second open end opposed to the second closed end ; and 1.3 an elastic member disposed between the first end cap and the second end cap via bridging a gap between the first end cap and the second end cap , wherein the length dimensions of the legs and the gap are set such that the compression force is sufficient to maintain the plate stack in the desired stacked and aligned configuration while permitting growth of the plate stack.
A male touch fastener strip having a front fastening face and a rear face, the strip comprising: an elongated base of a material comprising a magnetically attractable substance dispersed throughout a synthetic resin; and a field of exposed male fastener elements each having a stem extending from the base on the front fastening face of the strip; characterized in that the base has an areal heat capacity of between about 15 and 65 milliJoules per square centimeter degree C. an elongated base of a material comprising a magnetically attractable substance dispersed throughout a synthetic resin; and a field of exposed male fastener elements each having a stem extending from the base on the front fastening face of the strip; characterized in that the base has an areal heat capacity of between about 15 and 65 milliJoules per square centimeter degree C.
A plating apparatus, which is configured to form a plating film on a portion to be plated of an object to be plated, the plating apparatus comprising: - a rotary electrode configured to be rotatable; - a plating solution holding unit arranged onto the rotary electrode and configured to hold a plating solution by impregnation; - a power supply unit configured to apply a voltage between the portion to be plated brought into contact with the plating solution holding unit and the rotary electrode under a state in which the object to be plated is placed on the rotary electrode through intermediation of the plating solution holding unit , and - a plating solution supply unit configured to supply the plating solution to the plating solution holding unit , wherein the rotary electrode is configured to be rotatable about a shaft , wherein the plating solution supply unit comprises an ejection port configured to eject the plating solution, characterised in that the ejection port is arranged above the shaft , and the arrangement position of the ejection port is adjustable between above a center portion of the rotary electrode and above a circular track of the object to be plated on the rotary electrode when the rotary electrode is rotating. - a rotary electrode configured to be rotatable; - a plating solution holding unit arranged onto the rotary electrode and configured to hold a plating solution by impregnation; - a power supply unit configured to apply a voltage between the portion to be plated brought into contact with the plating solution holding unit and the rotary electrode under a state in which the object to be plated is placed on the rotary electrode through intermediation of the plating solution holding unit , and - a plating solution supply unit configured to supply the plating solution to the plating solution holding unit , wherein the rotary electrode is configured to be rotatable about a shaft , wherein the plating solution supply unit comprises an ejection port configured to eject the plating solution, wherein the rotary electrode is configured to be rotatable about a shaft , wherein the plating solution supply unit comprises an ejection port configured to eject the plating solution, the ejection port is arranged above the shaft , and the arrangement position of the ejection port is adjustable between above a center portion of the rotary electrode and above a circular track of the object to be plated on the rotary electrode when the rotary electrode is rotating.
A drain cleaner comprising: a rotatable drum ; a cable at least partially housed within the drum ; and a body supporting the drum , wherein the body includes a first housing and a second housing movable relative to one another between a closed position, in which the drum is secured to the body , and an open position, in which the drum is removable from the body , characterised in that : the first housing includes a channel and the second housing includes a projection , the projection movable within the channel as the second housing moves relative to the first housing , and the first housing further includes a recess formed in a wall adjacent the channel , wherein the channel includes a linear portion and a circular portion , the projection configured to slide within the linear portion and the projection configured to rotate within the circular portion , the second housing includes a stopper configured to slide within the channel with the projections and is engageable with the wall to prevent rotational movement of the second housing with respect to the first housing ; and the second housing is rotatable relative to the first housing when the stopper is aligned with the recess . a rotatable drum ; a cable at least partially housed within the drum ; and a body supporting the drum , wherein the body includes a first housing and a second housing movable relative to one another between a closed position, in which the drum is secured to the body , and an open position, in which the drum is removable from the body , characterised in that : the first housing includes a channel and the second housing includes a projection , the projection movable within the channel as the second housing moves relative to the first housing , and the first housing further includes a recess formed in a wall adjacent the channel , wherein the channel includes a linear portion and a circular portion , the projection configured to slide within the linear portion and the projection configured to rotate within the circular portion , the second housing includes a stopper configured to slide within the channel with the projections and is engageable with the wall to prevent rotational movement of the second housing with respect to the first housing ; and the second housing is rotatable relative to the first housing when the stopper is aligned with the recess . the first housing includes a channel and the second housing includes a projection , the projection movable within the channel as the second housing moves relative to the first housing , and the first housing further includes a recess formed in a wall adjacent the channel , wherein the channel includes a linear portion and a circular portion , the projection configured to slide within the linear portion and the projection configured to rotate within the circular portion , the second housing includes a stopper configured to slide within the channel with the projections and is engageable with the wall to prevent rotational movement of the second housing with respect to the first housing ; and the second housing is rotatable relative to the first housing when the stopper is aligned with the recess .
Method for tightening a welding saddle piece against a plastics pipe using a tightening system with a pull down ratchet , the pull down ratchet having a frame , a slotted belt shaft mounted rotatably in the frame and having an axial slot , and a belt which is reversibly connected at a first end with the frame and the other end of which is guidable through the slot in the belt shaft , such that the belt can be wound onto the belt shaft by rotation thereof, in order to reduce the size of a loop of the belt , the pull down ratchet having a catch mechanism which enables rotation of the belt shaft in one direction of rotation and prevents it in the other, at least one slotted shaft end of the belt shaft extending out of the frame , the method comprising the following step: - arranging a belt of the tightening system around a plastics pipe and a welding saddle piece arranged thereon; characterized in that the tightening system additionally has a tool coupling with a body which has a drive side and an opposing output side , wherein first form-fitting means are formed on the drive side and second form-fitting means are formed on the output side , wherein the tool coupling may be arranged in reversibly detachable manner on the slotted shaft end extending out of the frame by means of the second form-fitting means , wherein the first form-fitting means are adapted to cooperate with a torque wrench for driving the body , and the second form-fitting means are adapted to cooperate in form-fitting manner with the slotted belt shaft to transfer moments, and in that the method comprises the following steps: - tightening the belt by means of the pull down ratchet and a torque wrench , wherein the torque wrench acts on the belt shaft of the pull down ratchet , - establishing a predetermined pulling moment at the torque wrench , which corresponds to a predetermined desired tightening force for the belt . - arranging a belt of the tightening system around a plastics pipe and a welding saddle piece arranged thereon; - tightening the belt by means of the pull down ratchet and a torque wrench , wherein the torque wrench acts on the belt shaft of the pull down ratchet , - establishing a predetermined pulling moment at the torque wrench , which corresponds to a predetermined desired tightening force for the belt .