mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-layer structure comprising a polyamide layer (A) and a polyamide layer (B), wherein: the polyamide layer (A) is made from a polyamide composition (A) comprising at least one polyamide (A1) selected from the group consisting of a polyamide (a1) containing at least either one of a C10-C12 lactam-derived constituent unit and a C10-C12 aminocarboxylic acid-derived constituent unit, and a polyamide (a2) containing a C6-C12 aliphatic diamine-derived constituent unit and a C10-C12 aliphatic dicarboxylic acid-derived constituent unit; and the polyamide layer (B) is made from a polyamide composition (B) comprising: a polyamide (B1) including a diamine unit containing 70 mol% or more of a xylylenediamine-derived constituent unit and a dicarboxylic acid unit containing 70 mol% or more of a C4-C12 aliphatic dicarboxylic acid-derived constituent unit; a modified polyolefin (B2); and at least one polyamide (B3) selected from the group consisting of a polyamide (b1) containing at least either one of a C6-C12 lactam-derived constituent unit and a C6-C12 aminocarboxylic acid-derived constituent unit, and a polyamide (b2) containing a C6-C12 aliphatic diamine-derived constituent unit and a C10-C12 aliphatic dicarboxylic acid-derived constituent unit, where the content of the modified polyolefin (B2) is 5-15 parts by mass and the content of the polyamide (B3) is 5-20 parts by mass per 100 parts by mass of the polyamide (B1). the polyamide layer (A) is made from a polyamide composition (A) comprising at least one polyamide (A1) selected from the group consisting of a polyamide (a1) containing at least either one of a C10-C12 lactam-derived constituent unit and a C10-C12 aminocarboxylic acid-derived constituent unit, and a polyamide (a2) containing a C6-C12 aliphatic diamine-derived constituent unit and a C10-C12 aliphatic dicarboxylic acid-derived constituent unit; and the polyamide layer (B) is made from a polyamide composition (B) comprising: a polyamide (B1) including a diamine unit containing 70 mol% or more of a xylylenediamine-derived constituent unit and a dicarboxylic acid unit containing 70 mol% or more of a C4-C12 aliphatic dicarboxylic acid-derived constituent unit; a modified polyolefin (B2); and at least one polyamide (B3) selected from the group consisting of a polyamide (b1) containing at least either one of a C6-C12 lactam-derived constituent unit and a C6-C12 aminocarboxylic acid-derived constituent unit, and a polyamide (b2) containing a C6-C12 aliphatic diamine-derived constituent unit and a C10-C12 aliphatic dicarboxylic acid-derived constituent unit, where the content of the modified polyolefin (B2) is 5-15 parts by mass and the content of the polyamide (B3) is 5-20 parts by mass per 100 parts by mass of the polyamide (B1).
Valve device with a housing comprising an inlet and an outlet , a flow channel configured between the inlet and the outlet , a valve seat configured in the housing , a control body which can be placed on the valve seat or lifted off the valve seat to create a fluidic connection between the inlet and the outlet , a valve rod connected to the control body and movable by an actuator , and a fluid channel configured in the housing , characterized in that the fluid channel is completely defined by a separate tube arranged in the housing , wherein the tube completely surrounds the valve rod radially and is at least partially helically formed. a housing comprising an inlet and an outlet , a flow channel configured between the inlet and the outlet , a valve seat configured in the housing , a control body which can be placed on the valve seat or lifted off the valve seat to create a fluidic connection between the inlet and the outlet , a valve rod connected to the control body and movable by an actuator , and a fluid channel configured in the housing , characterized in that the fluid channel is completely defined by a separate tube arranged in the housing , wherein the tube completely surrounds the valve rod radially and is at least partially helically formed.
A radionuclide production method comprising: a step of irradiating, with a radioactive ray, a target material in which a starting material nuclide is present, to generate a radionuclide; and a step of eluting the radionuclide into a liquid by bringing the target material into contact with the liquid, wherein the target material is a porous body or a granular material through which the liquid is passable; characterised in that the starting material nuclide is radium 223, radium 225, radium 226, rhenium, hafnium, germanium, or zinc. a step of irradiating, with a radioactive ray, a target material in which a starting material nuclide is present, to generate a radionuclide; and a step of eluting the radionuclide into a liquid by bringing the target material into contact with the liquid, wherein the target material is a porous body or a granular material through which the liquid is passable; characterised in that the starting material nuclide is radium 223, radium 225, radium 226, rhenium, hafnium, germanium, or zinc.
A removable vaporizer cartridge comprising: a housing ; a reservoir of liquid concentrate within the housing ; a dispensing plunger structured and arranged to apply a pre-determined force upon the reservoir to dispense a predetermined amount of liquid concentrate; characterized in that : the removable vaporizer cartridge further comprises: a diffuser element ; a first one-way valve disposed between the reservoir and the diffuser element ; wherein the predetermined amount of liquid concentrate is dispensed into the diffuser element ; and wherein the removable vaporizer cartridge is structured and arranged to be removably disposed within a vaporizing device that provides a heating element proximate to the diffuser element , and wherein the dispensing plunger of the removable vaporizer cartridge is arranged to be engaged by a dispensing trigger of the vaporizing device . a housing ; a reservoir of liquid concentrate within the housing ; a dispensing plunger structured and arranged to apply a pre-determined force upon the reservoir to dispense a predetermined amount of liquid concentrate; characterized in that : the removable vaporizer cartridge further comprises: a diffuser element ; a first one-way valve disposed between the reservoir and the diffuser element ; wherein the predetermined amount of liquid concentrate is dispensed into the diffuser element ; and wherein the removable vaporizer cartridge is structured and arranged to be removably disposed within a vaporizing device that provides a heating element proximate to the diffuser element , and wherein the dispensing plunger of the removable vaporizer cartridge is arranged to be engaged by a dispensing trigger of the vaporizing device . a diffuser element ; a first one-way valve disposed between the reservoir and the diffuser element ; wherein the predetermined amount of liquid concentrate is dispensed into the diffuser element ; and wherein the removable vaporizer cartridge is structured and arranged to be removably disposed within a vaporizing device that provides a heating element proximate to the diffuser element , and wherein the dispensing plunger of the removable vaporizer cartridge is arranged to be engaged by a dispensing trigger of the vaporizing device .
Method for producing a fibre-reinforced plastics (FRP) comparison body for modelling a layer porosity for non-destructive testing of FRP components, in particular aircraft components, comprising the steps of: i. producing a first part for the FRP comparison body by a. arranging a first FRP layer with a cut-out ; b. arranging at least one second FRP layer on the first FRP layer ; and c. pre-hardening the arrangement of the first FRP layer and second FRP layer in order to obtain the first part for the FRP comparison body , wherein the cut-out is filled with a placeholder before the arrangement of the first FRP layer and second FRP layer is pre-hardened, wherein the placeholder is removed from the cut-out before an arrangement of the first part and a second part is hardened; ii. producing the second part for the FRP comparison body by a. arranging at least one further FRP layer ; and b. pre-hardening the arrangement of at least one further FRP layer in order to obtain the second part for the FRP comparison body ; iii. connecting the first part to the second part , wherein the cut-out on the first part faces the second part ; and iv. hardening the arrangement of the first part and second part , wherein a layer porosity is formed on the cut-out in the first FRP layer . i. producing a first part for the FRP comparison body by a. arranging a first FRP layer with a cut-out ; b. arranging at least one second FRP layer on the first FRP layer ; and c. pre-hardening the arrangement of the first FRP layer and second FRP layer in order to obtain the first part for the FRP comparison body , wherein the cut-out is filled with a placeholder before the arrangement of the first FRP layer and second FRP layer is pre-hardened, wherein the placeholder is removed from the cut-out before an arrangement of the first part and a second part is hardened; a. arranging a first FRP layer with a cut-out ; b. arranging at least one second FRP layer on the first FRP layer ; and c. pre-hardening the arrangement of the first FRP layer and second FRP layer in order to obtain the first part for the FRP comparison body , wherein the cut-out is filled with a placeholder before the arrangement of the first FRP layer and second FRP layer is pre-hardened, wherein the placeholder is removed from the cut-out before an arrangement of the first part and a second part is hardened; ii. producing the second part for the FRP comparison body by a. arranging at least one further FRP layer ; and b. pre-hardening the arrangement of at least one further FRP layer in order to obtain the second part for the FRP comparison body ; a. arranging at least one further FRP layer ; and b. pre-hardening the arrangement of at least one further FRP layer in order to obtain the second part for the FRP comparison body ; iii. connecting the first part to the second part , wherein the cut-out on the first part faces the second part ; and iv. hardening the arrangement of the first part and second part , wherein a layer porosity is formed on the cut-out in the first FRP layer .
An article , comprising: a microwell array comprising wells for lysing cells within the wells , a well comprising a nanostructure and a nanoparticle positioned distally on an end of the nanostructure, and a semipermeable membrane sealing the well , wherein the semipermeable membrane is configured to allow the entry of a lysing reagent to enter the well , but to prevent a cell lysate from leaving the well , and wherein the nanoparticle is configured to interact with incident light via surface plasmonic resonance, electric resonance, and/or magnetic resonance.
An electric work vehicle comprising: a vehicle body ; a left drive wheel and a right drive wheel that support the vehicle body ; a left motor configured to drive the left drive wheel and a right motor configured to drive the right drive wheel ; a steering unit configured to steer the vehicle body ; a traveling motor control unit configured to control the left motor and the right motor independently based on a steering signal from the steering unit ; characterized by comprising: a turn response enhancement unit configured to give, to the traveling motor control unit , an additional control amount for the left motor and an additional control amount for the right motor so as to improve turning response during turning of the vehicle body . a vehicle body ; a left drive wheel and a right drive wheel that support the vehicle body ; a left motor configured to drive the left drive wheel and a right motor configured to drive the right drive wheel ; a steering unit configured to steer the vehicle body ; a traveling motor control unit configured to control the left motor and the right motor independently based on a steering signal from the steering unit ; characterized by comprising: a turn response enhancement unit configured to give, to the traveling motor control unit , an additional control amount for the left motor and an additional control amount for the right motor so as to improve turning response during turning of the vehicle body .
A method of removing sulfur species from a fluid, comprising treating the fluid with an oil-soluble hemiformal of formula (I): (I) R 1 -O-[-CHR 2 -O-] x -H; wherein R 1 is C 4 -C 30 branched alkyl, C 4 -C 30 branched alkenyl, C 5 -C 30 branched alkynyl, each further substituted with 1-2 hydroxyls, wherein a first hydroxyl is functionalized as -O-[-CH 2 -O-] y -H and a second hydroxyl, if present, is functionalized as -O-[-CH 2 -O-] z -H; each x, y, and z is from 1 to 9; and each R 2 is selected from H and C 1 -C 9 straight or branched alkyl.
A colored luminescent film , comprising: a luminescent layer having multiple microcapsule luminescent granules , each microcapsule luminescent granule having one or more luminescent particles and a coating , the luminescent particles being made of a material capable of absorbing sunlight or other light source and storing energy and emitting luminescence when positioned in a dark place, wherein the luminescent particles are fine particles with a size ranging from 5 μm to 200 μm, and the coating enclosing the one or more luminescent particles , the coating being transparent and colorless and made of a resin capable of resisting against potassium chloride; and a colored layer having at least one color, the luminescent layer being disposed on a surface of the colored layer . a luminescent layer having multiple microcapsule luminescent granules , each microcapsule luminescent granule having one or more luminescent particles and a coating , the luminescent particles being made of a material capable of absorbing sunlight or other light source and storing energy and emitting luminescence when positioned in a dark place, wherein the luminescent particles are fine particles with a size ranging from 5 μm to 200 μm, and the coating enclosing the one or more luminescent particles , the coating being transparent and colorless and made of a resin capable of resisting against potassium chloride; and a colored layer having at least one color, the luminescent layer being disposed on a surface of the colored layer .
A hydrogenated block copolymer prepared by hydrogenating a block copolymer that comprises at least a polymer block (A) consisting mainly of a structural unit derived from an aromatic vinyl compound, and a polymer block (B) consisting mainly of a structural unit derived from isoprene, a structural unit derived from butadiene, or a structural unit derived from a mixture of isoprene and butadiene, wherein: the content of the polymer block (A) is 1% by mass or more and less than 5% by mass relative to the total amount of the hydrogenated block copolymer, the total content of the 1,2-bond and the 3,4-bond in the polymer block (B) is from 30 to 85 mol%, the hydrogenation rate of the polymer block (B) is 80 mol% or more, and the weight average molecular weight of the hydrogenated block copolymer is from 150,000 to 800,000.
A shelf electrical supply system, comprising: an electrical supply guide track fixedly connectable to a shelf; an electrical input part connected to the electrical supply guide track ; an electrical component disposed on the electrical supply guide track ; the electrical supply guide track comprises a track groove , a metal guide track disposed in the track groove , and the electrical input part is electrically connected to one end of the metal guide track ; the electrical component comprises a magnet block and conductive contacts arranged around the magnet block , and when the electrical component is disposed on the electrical supply guide track , the magnet block is attracted to the metal guide track and the conductive contacts are in contact with the metal guide track , characterized in that the electrical component further comprises a conductive plate and an electrical plug , and the conductive plate is provided with a through hole for the magnet block to pass through, wherein the conductive contacts are disposed on the conductive plate and protrude from the conductive plate , and the electrical plug is electrically connected to the conductive plate through wire . an electrical supply guide track fixedly connectable to a shelf; an electrical input part connected to the electrical supply guide track ; an electrical component disposed on the electrical supply guide track ; the electrical supply guide track comprises a track groove , a metal guide track disposed in the track groove , and the electrical input part is electrically connected to one end of the metal guide track ; the electrical component comprises a magnet block and conductive contacts arranged around the magnet block , and when the electrical component is disposed on the electrical supply guide track , the magnet block is attracted to the metal guide track and the conductive contacts are in contact with the metal guide track , characterized in that the electrical component further comprises a conductive plate and an electrical plug , and the conductive plate is provided with a through hole for the magnet block to pass through, wherein the conductive contacts are disposed on the conductive plate and protrude from the conductive plate , and the electrical plug is electrically connected to the conductive plate through wire .
A battery management system (BMS) wake-up device (B) for waking up a BMS in response to an external power signal received from an external power module , the BMS wake-up device comprising: a pulse generation module which receives the external power signal from the external power module and is supplied with source power through a different path from the external power signal, and generates a pulse signal depending on whether the source power is passed through when the pulse generation module receives the external power signal; and a power output module which supplies the source power to the pulse generation module, and outputs operating power for operating the battery management system based on the pulse signal when the power output module receives the pulse signal from the pulse generation module, wherein the pulse generation module includes a switching unit disposed at a point of connection between an external power signal path (L2) through which the external power signal is provided and a path (L3) through which the source power is supplied, to open and close the path through which the source power is supplied based on the external power signal, wherein the switching unit is configured to allow the source power to pass when the external power signal of a preset reference voltage value or above is applied to the switching unit, and disallow the source power to pass when the external power signal of less than the reference voltage value is applied to the switching unit. a pulse generation module which receives the external power signal from the external power module and is supplied with source power through a different path from the external power signal, and generates a pulse signal depending on whether the source power is passed through when the pulse generation module receives the external power signal; and a power output module which supplies the source power to the pulse generation module, and outputs operating power for operating the battery management system based on the pulse signal when the power output module receives the pulse signal from the pulse generation module, wherein the pulse generation module includes a switching unit disposed at a point of connection between an external power signal path (L2) through which the external power signal is provided and a path (L3) through which the source power is supplied, to open and close the path through which the source power is supplied based on the external power signal, wherein the switching unit is configured to allow the source power to pass when the external power signal of a preset reference voltage value or above is applied to the switching unit, and disallow the source power to pass when the external power signal of less than the reference voltage value is applied to the switching unit.
A combine harvester comprising an unloading conveyor arrangement , the unloading conveyor arrangement comprising: a conveyor having a discharge end an adjustable spout at said discharge end of said conveyor ; a sensor issuing a signal indicative of a factor that can impact flow of a material out of said conveyor discharge end ; and a microprocessor receiving said signal and determining a range for an operating condition of said conveyor based on said factor, and issuing a response if an actual value of said operating condition is outside of said range, wherein said microprocessor determines an operating range for adjustment of said spout based on said factor, and issues a response if an actual position of said spout is outside of said range, characterized in that said response comprises dithering or vibrating the spout in order to increase said range. a conveyor having a discharge end an adjustable spout at said discharge end of said conveyor ; a sensor issuing a signal indicative of a factor that can impact flow of a material out of said conveyor discharge end ; and a microprocessor receiving said signal and determining a range for an operating condition of said conveyor based on said factor, and issuing a response if an actual value of said operating condition is outside of said range, wherein said microprocessor determines an operating range for adjustment of said spout based on said factor, and issues a response if an actual position of said spout is outside of said range, characterized in that said response comprises dithering or vibrating the spout in order to increase said range.
A method of producing a hydrophobic porous alumina comprising the steps of: i) providing a slurry comprising an alumina compound which includes aluminum oxide hydroxide (AIOOH), boehmite or pseudoboehmite, the slurry having a pH equal to or greater than 7; ii) adding an organic composition comprising carboxylic acids with alkyl hydrocarbon chains having a carbon length less than 10, to the slurry to form an acidic modified slurry, wherein the organic composition content relative to the content of alumina compound in the acidic modified slurry is between 0.5 and 10 % wt; the acidic modified slurry having a pH of between 3 and less than 7; iii) hydrothermally aging the acidic modified slurry to form a hydrothermally aged slurry; and iv) drying the hydrothermally aged slurry. i) providing a slurry comprising an alumina compound which includes aluminum oxide hydroxide (AIOOH), boehmite or pseudoboehmite, the slurry having a pH equal to or greater than 7; ii) adding an organic composition comprising carboxylic acids with alkyl hydrocarbon chains having a carbon length less than 10, to the slurry to form an acidic modified slurry, wherein the organic composition content relative to the content of alumina compound in the acidic modified slurry is between 0.5 and 10 % wt; the acidic modified slurry having a pH of between 3 and less than 7; iii) hydrothermally aging the acidic modified slurry to form a hydrothermally aged slurry; and iv) drying the hydrothermally aged slurry.