mhurhangee/patent-ind-claim-en huggingface dataset:
An associative mist control material comprising a 1:1 mixture of polymers, comprising at least two different complementary polymers each of said polymers having weight-average molecular weight of from 100 kg/mol to 1000 kg/mol comprising: at least one non-associative chain, said non-associative chain being selected to confer solubility to the polymer in a hydrocarbon fuel such that the non-polar hydrocarbon fuel and the mist control material remains as a homogenous single phase during storage and transport over a wide temperature range of from -40°C to +60°C, a plurality of associative groups disposed at either end of each of said non-associative chains, wherein the associative groups are selected such that the polymer does not self-associate, and wherein a plurality of associative groups separate each of said non-associative chains; wherein the associative groups of said polymers reversibly associate with an association sufficiently strong to provide association of the polymers into supramolecules at temperatures up to 60°C; and wherein the associative groups are a carboxylic acid/tertiary amine acid/base pair and wherein the non-associative chains are homopolymers or copolymers of different monomers selected from the group of isoprene, butadiene, ethylene, propylene, butene, norbornene, cyclobutene, cyclopentene, cyclooctene, cyclooctadiene, and trans, trans, cis-1, 5, 9-cyclododecatriene, wherein the associative groups of said polymers reversibly associate with an association strength less than that of covalent bond to form supramolecules designed to prevent misting of the medium. at least one non-associative chain, said non-associative chain being selected to confer solubility to the polymer in a hydrocarbon fuel such that the non-polar hydrocarbon fuel and the mist control material remains as a homogenous single phase during storage and transport over a wide temperature range of from -40°C to +60°C, a plurality of associative groups disposed at either end of each of said non-associative chains, wherein the associative groups are selected such that the polymer does not self-associate, and wherein a plurality of associative groups separate each of said non-associative chains; wherein the associative groups of said polymers reversibly associate with an association sufficiently strong to provide association of the polymers into supramolecules at temperatures up to 60°C; and wherein the associative groups are a carboxylic acid/tertiary amine acid/base pair and wherein the non-associative chains are homopolymers or copolymers of different monomers selected from the group of isoprene, butadiene, ethylene, propylene, butene, norbornene, cyclobutene, cyclopentene, cyclooctene, cyclooctadiene, and trans, trans, cis-1, 5, 9-cyclododecatriene, wherein the associative groups of said polymers reversibly associate with an association strength less than that of covalent bond to form supramolecules designed to prevent misting of the medium.
A nonwoven cellulose fiber fabric directly manufactured from lyocell spinning solution , wherein the fabric comprises a network of substantially endless fibers , and wherein the fabric further comprises: a plurality of first pores delimited between a first plurality of the fibers and having sizes within a first size range; a plurality of second pores delimited between a second plurality of the fibers and having sizes within a second size range; wherein the first size range encompasses sizes being smaller than sizes encompassed by the second size range, wherein the plurality of first pores are provided over the entire fabric and the plurality of second pores are provided only over a subsection of the fabric , and wherein at least 80 mass percent of the fibers have an average fiber diameter in a range between 1 μm and 40 μm. a plurality of first pores delimited between a first plurality of the fibers and having sizes within a first size range; a plurality of second pores delimited between a second plurality of the fibers and having sizes within a second size range; wherein the first size range encompasses sizes being smaller than sizes encompassed by the second size range, wherein the plurality of first pores are provided over the entire fabric and the plurality of second pores are provided only over a subsection of the fabric , and wherein at least 80 mass percent of the fibers have an average fiber diameter in a range between 1 μm and 40 μm.
A color wheel heat dissipation device, comprising: a housing . a color wheel , a built-in radiator and a fan , wherein the housing comprises a first cavity , a second cavity , and a third cavity that are mutually communicated with one another, the first cavity and the second cavity being sequentially arranged in an airflow direction; the built-in radiator is located within the first cavity ; the fan is located within the second cavity ; and the color wheel is located within the third cavity , wherein the second cavity comprises an exhaust port , and the second cavity is communicated with an interior of the third cavity through the exhaust port , and characterized in that the color wheel heat dissipation device further comprises a deflector located at the exhaust port and extending to a position close to the rotation axis of the color wheel . the housing comprises a first cavity , a second cavity , and a third cavity that are mutually communicated with one another, the first cavity and the second cavity being sequentially arranged in an airflow direction; the built-in radiator is located within the first cavity ; the fan is located within the second cavity ; and the color wheel is located within the third cavity , wherein the second cavity comprises an exhaust port , and the second cavity is communicated with an interior of the third cavity through the exhaust port , and characterized in that the color wheel heat dissipation device further comprises a deflector located at the exhaust port and extending to a position close to the rotation axis of the color wheel .
A method for the manufacture of a multilayer blank , having a lowermost layer and a topmost layer, of a ceramic material, in particular a blank to be used for the manufacture of a dental restoration, where layers of different compositions are introduced layer-by-layer into a mold , compressed and then sintered and where individual layers contain at least a first coloring oxide, wherein as the first coloring oxide at least one oxide from the group Co, Mn, Ni, Cr is used, the proportion of which in the lowermost layer containing the first coloring oxide is lower than in the topmost layer containing the first coloring oxide; and where layers have at least a second coloring oxide, at least one oxide from the group Pr, Er, Fe, Ti, V, Bi, Cu, Tb is used as the second coloring oxide, the proportion of which in the lowermost layer containing the second coloring oxide is greater than that in the topmost layer.
An electric vehicle comprising: a main battery ; a motor generating drive power of the vehicle by electric power supplied from the main battery ; a control section controlling an output of the motor ; a charging connector used to supply electric power from an external to the main battery ; and a meter display device comprising a display section , characterized in that the display section includes at least a vehicle speed displaying portion and a charging connector condition displaying portion displaying information on a condition of the charging connector , wherein the charging connector condition displaying portion is configured to display information on maintenance of the charging connector relating to contact resistance of terminals in the charging connector by detecting a temperature of the charging connector , and wherein the charging connector condition displaying portion is disposed adjacent the vehicle speed displaying portion . a main battery ; a motor generating drive power of the vehicle by electric power supplied from the main battery ; a control section controlling an output of the motor ; a charging connector used to supply electric power from an external to the main battery ; and a meter display device comprising a display section , characterized in that the display section includes at least a vehicle speed displaying portion and a charging connector condition displaying portion displaying information on a condition of the charging connector , wherein the charging connector condition displaying portion is configured to display information on maintenance of the charging connector relating to contact resistance of terminals in the charging connector by detecting a temperature of the charging connector , and wherein the charging connector condition displaying portion is disposed adjacent the vehicle speed displaying portion .
An instrument assembly operable to rotate at least a flexible tube portion of the instrument assembly, the flexible tube comprising: a first rigid member having a first lumen and a first end ; a second rigid member having a second lumen and a second end ; and a flexible portion having a third end coupled to the first end of the first rigid member and a fourth end coupled to the second end of the second rigid member; wherein the flexible portion has a third lumen; wherein the first lumen, the second lumen, and the third lumen are configured to be coupled to form a first liquid flow path; wherein the flexible portion is configured to transfer a working torque from the first rigid member to the second rigid member; and wherein a flexible fluid seal tube forms an inner layer of the flexible portion and a flexible reinforcing tube forms an outer layer of the flexible portion . a first rigid member having a first lumen and a first end ; a second rigid member having a second lumen and a second end ; and a flexible portion having a third end coupled to the first end of the first rigid member and a fourth end coupled to the second end of the second rigid member; wherein the flexible portion has a third lumen; wherein the first lumen, the second lumen, and the third lumen are configured to be coupled to form a first liquid flow path; wherein the flexible portion is configured to transfer a working torque from the first rigid member to the second rigid member; and wherein a flexible fluid seal tube forms an inner layer of the flexible portion and a flexible reinforcing tube forms an outer layer of the flexible portion .
A method for producing hydrogel particles, the method comprising the steps of: solidifying an aqueous solution in which a gel agent forming a non-crosslinked hydrogel is dissolved and which has a gel point of 30°C or more by putting the aqueous solution into a liquid phase having a temperature of equal to or lower than the gel point; and crushing a solidified product obtained by solidifying the aqueous solution in which the gel agent is dissolved.
Device for unpacking a three-dimensional object , manufactured in a swap container by applying layer by layer and solidifying selectively a powdery structural material, from the structural material that surrounds the object and has remained unsolidified, comprising a turning device that rotates the swap container about a horizontal axis of rotation , from an upright position into an unloading position for discharging the unsolidified structural material, and the swap container is insertable and fixable in the turning device and the turning device comprises a retaining plate on which the swap container is placeable and comprises a clamping means by which the swap container is detachably fixed to the retaining plate , characterized in that the turning device comprises a drive means by which the three-dimensional object is displacable into a removal position relative to the swap container , following the unpacking of the unsolidified structural material, and in that the drive means is rotatable, together with the turning device , about the axis of rotation .
An electronic apparatus comprising: a vision sensor of an event-driven type including a sensor array having a sensor that generates an event signal when detecting a change of an incident light intensity; an inertial measurement unit that is displaced together with the vision sensor; and a correction process section that corrects a measurement result from the inertial measurement unit or an estimated value based on the measurement result from the inertial measurement unit, according to frequency of the event signals. a vision sensor of an event-driven type including a sensor array having a sensor that generates an event signal when detecting a change of an incident light intensity; an inertial measurement unit that is displaced together with the vision sensor; and a correction process section that corrects a measurement result from the inertial measurement unit or an estimated value based on the measurement result from the inertial measurement unit, according to frequency of the event signals.
A clamping device for a handlebar, including: a clamping base comprising a cavity and a first clamping surface ; a clamping arm pivotally connected to the clamping base and having a second clamping surface ; a locking arm arranged in the cavity and pivotally connected with the clamping base , the locking arm is connected with the clamping arm and provided with at least one locking hole thereon; a locking assembly mounted on the clamping base and comprising a locking pin , and the clamping device is in a locked state when the locking pin is inserted into the locking hole ; a support component detachably mounted on the clamping base for fixing a smart equipment; and it also comprises a holding arm pivotally connected with the clamping arm and characterized in that , the holding arm is pivotally connected to the locking arm . a clamping base comprising a cavity and a first clamping surface ; a clamping arm pivotally connected to the clamping base and having a second clamping surface ; a locking arm arranged in the cavity and pivotally connected with the clamping base , the locking arm is connected with the clamping arm and provided with at least one locking hole thereon; a locking assembly mounted on the clamping base and comprising a locking pin , and the clamping device is in a locked state when the locking pin is inserted into the locking hole ; a support component detachably mounted on the clamping base for fixing a smart equipment; and it also comprises a holding arm pivotally connected with the clamping arm and characterized in that , the holding arm is pivotally connected to the locking arm .
A reload assembly comprising: a shell housing including a distal portion, a proximal portion , and an outer housing portion defining a cavity , the outer housing portion having a tubular extension , the tubular extension supporting a strain gauge ; a staple cartridge supported on the distal portion of the shell housing; a plurality of staples received within the staple cartridge; and a staple pushing member supported within the cavity defined by the shell housing, the staple pushing member defining a through bore ; characterized in that a knife carrier is supported within the through bore of the staple pushing member, the knife carrier being movable between retracted and advanced positions; and a knife is supported on the knife carrier, the knife being movable with the knife carrier between the retracted and advanced positions, and wherein the strain gauge is molded into the tubular extension of the shell housing. a shell housing including a distal portion, a proximal portion , and an outer housing portion defining a cavity , the outer housing portion having a tubular extension , the tubular extension supporting a strain gauge ; a staple cartridge supported on the distal portion of the shell housing; a plurality of staples received within the staple cartridge; and a staple pushing member supported within the cavity defined by the shell housing, the staple pushing member defining a through bore ; characterized in that a knife carrier is supported within the through bore of the staple pushing member, the knife carrier being movable between retracted and advanced positions; and a knife is supported on the knife carrier, the knife being movable with the knife carrier between the retracted and advanced positions, and wherein the strain gauge is molded into the tubular extension of the shell housing.
A one-component epoxy structural adhesive comprising in admixture: A) at least one epoxy resin; B) a reactive toughener containing urethane and/or urea groups and capped isocyanate groups; C) one or more epoxy curing agents; D) 1 to 40 weight percent, based on the total weight of the epoxy structural adhesive, of a mineral filler in the form of fibers having a diameter of 3 μm to 25 μm and an aspect ratio of at least 6, wherein the mineral filler in the form of fibers is wollastonite, and the diameter is D50 as measured by microscopy, and E) one or more epoxy curing catalysts, wherein the curing agent(s) and epoxy curing catalyst(s) are selected together such that the structural adhesive exhibits a curing temperature of at least 60°C, wherein the curing temperature is the lowest temperature at which the structural adhesive achieves at least 30% of its lap shear strength according to DIN ISO 1465 at full cure within 2 hours. A) at least one epoxy resin; B) a reactive toughener containing urethane and/or urea groups and capped isocyanate groups; C) one or more epoxy curing agents; D) 1 to 40 weight percent, based on the total weight of the epoxy structural adhesive, of a mineral filler in the form of fibers having a diameter of 3 μm to 25 μm and an aspect ratio of at least 6, wherein the mineral filler in the form of fibers is wollastonite, and the diameter is D50 as measured by microscopy, and E) one or more epoxy curing catalysts, wherein the curing agent(s) and epoxy curing catalyst(s) are selected together such that the structural adhesive exhibits a curing temperature of at least 60°C, wherein the curing temperature is the lowest temperature at which the structural adhesive achieves at least 30% of its lap shear strength according to DIN ISO 1465 at full cure within 2 hours.
A lift system mountable in a nacelle of a wind turbine, the lift system comprising: a mounting interface removably securable to a generator in the nacelle of the wind turbine, the mounting interface comprising clamps that engage protruding elements of the generator to securely and removably mount the mounting interface on a top of the generator ; and, a knuckle boom rotatably and removably mounted on the mounting interface , the knuckle boom comprising an extendable boom arm , the extendable boom arm comprising a translatable boom section slidably mounted on the boom arm , characterized in that the lift system further comprises a swivel removably mounted on the mounting interface , the knuckle boom rigidly mounted on the swivel , the swivel rotatable to rotate the knuckle boom mounted thereon about a vertical axis, wherein: the swivel comprises a rotatable portion on which the knuckle boom is mounted and a fixed portion comprising a first through aperture ; and, the mounting interface comprises a second through aperture concentrically aligned with the first through aperture when the swivel is mounted on the mounting interface , wherein the swivel is secured to the mounting interface by a non-threaded pin removably inserted through the first and second through apertures , the removable non-threaded pin permitting mounting of the swivel on and dismounting of the swivel from the mounting interface . a mounting interface removably securable to a generator in the nacelle of the wind turbine, the mounting interface comprising clamps that engage protruding elements of the generator to securely and removably mount the mounting interface on a top of the generator ; and, a knuckle boom rotatably and removably mounted on the mounting interface , the knuckle boom comprising an extendable boom arm , the extendable boom arm comprising a translatable boom section slidably mounted on the boom arm , characterized in that the lift system further comprises a swivel removably mounted on the mounting interface , the knuckle boom rigidly mounted on the swivel , the swivel rotatable to rotate the knuckle boom mounted thereon about a vertical axis, the swivel comprises a rotatable portion on which the knuckle boom is mounted and a fixed portion comprising a first through aperture ; and, the mounting interface comprises a second through aperture concentrically aligned with the first through aperture when the swivel is mounted on the mounting interface , wherein the swivel is secured to the mounting interface by a non-threaded pin removably inserted through the first and second through apertures , the removable non-threaded pin permitting mounting of the swivel on and dismounting of the swivel from the mounting interface .
An arc welding control method of alternating feeding of a welding wire between forward feeding and reverse feeding as to a feeding rate (Fw) with a predetermined cycle (Tf) and a predetermined amplitude (Wf), and generating short-circuiting periods and arc periods to perform welding, the arc welding control method characterized in that it comprises: - providing an average feeding-rate calculation signal (Fad) and an average feeding-rate setting signal (Far), - amplifying an error between the average feeding-rate setting signal (Far) and the average feeding-rate calculation signal (Fad) and outputting a feeding error amplified signal (Ef), - integrating the feeding error amplified signal (Ef) and outputing a forward-feeding side shift-amount setting signal (Sfr), - subjecting the forward-feeding side shift-amount setting signal (Sfr) to a feedback control so that the average feeding-rate calculation signal (Fad) becomes equal to the average feeding-rate setting signal (Far), and thus - changing the cycle (Tf) and the amplitude (Wf) when the welding speed changes, such that a forward-feeding side shift amount (Sf) is changed so that the average value of the feeding rate (Fw) becomes constant although the amplitude (Wf) changes. - providing an average feeding-rate calculation signal (Fad) and an average feeding-rate setting signal (Far), - amplifying an error between the average feeding-rate setting signal (Far) and the average feeding-rate calculation signal (Fad) and outputting a feeding error amplified signal (Ef), - integrating the feeding error amplified signal (Ef) and outputing a forward-feeding side shift-amount setting signal (Sfr), - subjecting the forward-feeding side shift-amount setting signal (Sfr) to a feedback control so that the average feeding-rate calculation signal (Fad) becomes equal to the average feeding-rate setting signal (Far), and thus - changing the cycle (Tf) and the amplitude (Wf) when the welding speed changes, such that a forward-feeding side shift amount (Sf) is changed so that the average value of the feeding rate (Fw) becomes constant although the amplitude (Wf) changes.