mhurhangee/patent-ind-claim-en huggingface dataset:
Adjuvant composition comprising a) one or more polyalkylene glycol ether sulfate salts or polyalkylene glycol ether sulfonate salts, b) water, and c) one or more electrolytes dissociated into ions, which electrolytes are selected from the group of the water-soluble active ingredients, wherein component a) comprises repeat structural units from the group of ethylene oxide units, propylene oxide units and/or butylene oxide units. a) one or more polyalkylene glycol ether sulfate salts or polyalkylene glycol ether sulfonate salts, b) water, and c) one or more electrolytes dissociated into ions, which electrolytes are selected from the group of the water-soluble active ingredients, wherein component a) comprises repeat structural units from the group of ethylene oxide units, propylene oxide units and/or butylene oxide units.
A method of curing a (meth) acrylate composition, said composition comprising a first compound having one or more vinyl groups in a molecular structure thereof, the first compound having a ratio of a molecular weight thereof to a number of the vinyl groups of 300 or lower, said first compound being a (meth)acrylate monomer, oligomer or polymer, and 0.1 to 20 mass% of a photopolymerization initiator with respect to a total mass of the composition, said method comprising: irradiating the composition with light to cure the composition in the portion irradiated with light and to generate a heat of reaction by photopolymerization and to raise a temperature of the first compound above a starting temperature of self-polymerization of the first compound, and curing the composition in the portion that is not irradiated with light by thermal polymerization induced by said heat of reaction. irradiating the composition with light to cure the composition in the portion irradiated with light and to generate a heat of reaction by photopolymerization and to raise a temperature of the first compound above a starting temperature of self-polymerization of the first compound, and curing the composition in the portion that is not irradiated with light by thermal polymerization induced by said heat of reaction.
A driver-assistance system used for a motorcycle , the driver-assistance system comprising: an electronic processor configured to set a control amount in an adaptive cruise operation in which the motorcycle travels at a speed corresponding to an inter-vehicular distance from said motorcycle to a preceding vehicle; make the motorcycle execute the adaptive cruise operation corresponding to the control amount; acquire information relevant to automatic deceleration generated during the adaptive cruise operation, the information including an automatic deceleration of the motorcycle , a pitch angle of the motorcycle , a pitch angular velocity of the motorcycle , and a lit state of a brake lamp of the preceding vehicle; and make a notification device execute a notification operation to a rider in the case where the information satisfies a determination criteria during the adaptive cruise operation. set a control amount in an adaptive cruise operation in which the motorcycle travels at a speed corresponding to an inter-vehicular distance from said motorcycle to a preceding vehicle; make the motorcycle execute the adaptive cruise operation corresponding to the control amount; acquire information relevant to automatic deceleration generated during the adaptive cruise operation, the information including an automatic deceleration of the motorcycle , a pitch angle of the motorcycle , a pitch angular velocity of the motorcycle , and a lit state of a brake lamp of the preceding vehicle; and make a notification device execute a notification operation to a rider in the case where the information satisfies a determination criteria during the adaptive cruise operation.
A coating composition comprising: kaolin having a shape factor from 60 to less than 70; and calcium carbonate having a d 50 of at least 2.4 μm (microns) and a steepness factor of at least 30, wherein the steepness factor is d 30 /d 70 × 100; and wherein the ratio of kaolin to calcium carbonate is from 20:80 to 80:20. kaolin having a shape factor from 60 to less than 70; and calcium carbonate having a d 50 of at least 2.4 μm (microns) and a steepness factor of at least 30, wherein the steepness factor is d 30 /d 70 × 100; and wherein the ratio of kaolin to calcium carbonate is from 20:80 to 80:20.
A hybrid stent having a cylindrical structure of which both ends are opened in a longitudinal direction, comprising: multiple main cells aligned in a spiral shape and including multiple first link units which are aligned diagonally and spaced at a predetermined distance from each other and multiple second link units which connect adjacent first link units among the multiple first link units and are spaced at a predetermined distance from each other, wherein one of the multiple main cells is formed by two of the multiple first link units and two of the multiple second link units ; and one or more open cells adjacent to the multiple main cells in a longitudinal direction and aligned in a spiral shape, characterized in that the multiple open cells are aligned sequentially in a spiral shape, and one open cell corresponds to at least two main cells ; and a line connecting vertices in left and right directions among four vertices in up and down directions and left and right directions of the one main cell is at an angle of 45° or less to the longitudinal direction of the stent . multiple main cells aligned in a spiral shape and including multiple first link units which are aligned diagonally and spaced at a predetermined distance from each other and multiple second link units which connect adjacent first link units among the multiple first link units and are spaced at a predetermined distance from each other, wherein one of the multiple main cells is formed by two of the multiple first link units and two of the multiple second link units ; and one or more open cells adjacent to the multiple main cells in a longitudinal direction and aligned in a spiral shape, characterized in that the multiple open cells are aligned sequentially in a spiral shape, and one open cell corresponds to at least two main cells ; and a line connecting vertices in left and right directions among four vertices in up and down directions and left and right directions of the one main cell is at an angle of 45° or less to the longitudinal direction of the stent .
An assay device for determining the presence and/or amount of an analyte of interest in a sample, the assay device comprising: a) a housing that includes a liquid receiving unit that is adapted to accommodate more than one type of liquid in a way that each type of liquid is being stored in a separate liquid chamber , wherein each liquid chamber has a first opening that is sealed with an openable liquid seal ; b) a mixing chamber located within said housing and which is adapted to receive a solution that is a product of the liquids as received from each liquid chamber, wherein said mixing chamber is further adapted to receive a sample to interact with said solution; c) an inner surface at the interior of said housing that has an inclined and spiral-like form that forces the liquids to flow in spiral or twisted manner towards the mixing chamber ; d) a lid which is capable of being actuated to enable the puncturing or removal of the openable liquid seal by a corresponding puncturing element that is located within said housing; and e) an assay means that is in fluid communication with said mixing chamber for determining the presence and/or amount of an analyte of interest in the sample after the interaction of said sample with said solution in the mixing chamber. a) a housing that includes a liquid receiving unit that is adapted to accommodate more than one type of liquid in a way that each type of liquid is being stored in a separate liquid chamber , wherein each liquid chamber has a first opening that is sealed with an openable liquid seal ; b) a mixing chamber located within said housing and which is adapted to receive a solution that is a product of the liquids as received from each liquid chamber, wherein said mixing chamber is further adapted to receive a sample to interact with said solution; c) an inner surface at the interior of said housing that has an inclined and spiral-like form that forces the liquids to flow in spiral or twisted manner towards the mixing chamber ; d) a lid which is capable of being actuated to enable the puncturing or removal of the openable liquid seal by a corresponding puncturing element that is located within said housing; and e) an assay means that is in fluid communication with said mixing chamber for determining the presence and/or amount of an analyte of interest in the sample after the interaction of said sample with said solution in the mixing chamber.
A spinal implant comprising: an inner body defining a longitudinal axis (A1); an outer body including a wall that defines an axial cavity configured for disposal of the inner body ; a cap being pivotable relative to the inner body and defining a transverse cavity , the cap being engageable with vertebral tissue, wherein the cap is movable in a plurality of orientations relative to the longitudinal axis (A1); and a set screw disposable in the transverse cavity ; wherein the cap includes an outer surface and an inner surface , wherein the outer surface is configured for engagement with tissue, wherein the outer surface includes a surface defining an axis (A2) oriented transverse to the longitudinal axis (A1), wherein the axis (A2) defined by the surface is rotatable relative to the longitudinal axis (A1) in connection with the rotation of the cap ; wherein the set screw is engageable with the inner body to fix the cap relative to the inner body in a selected orientation; characterized in that the axis (A2) defined by the surface is moveable relative to the longitudinal axis (A1) between a first orientation such that the axis (A2) defined by the surface is disposed at a first angle (α1) relative to the longitudinal axis (A1) and a second orientation such that the axis (A2) defined by the surface is disposed at a second selected angle (α2) relative to the longitudinal axis (A1), wherein the first angle (α1) is 90 degrees, and wherein the second angle (α2) includes a range of 90 degrees +/- 45 degrees. an inner body defining a longitudinal axis (A1); an outer body including a wall that defines an axial cavity configured for disposal of the inner body ; a cap being pivotable relative to the inner body and defining a transverse cavity , the cap being engageable with vertebral tissue, wherein the cap is movable in a plurality of orientations relative to the longitudinal axis (A1); and a set screw disposable in the transverse cavity ; wherein the cap includes an outer surface and an inner surface , wherein the outer surface is configured for engagement with tissue, wherein the outer surface includes a surface defining an axis (A2) oriented transverse to the longitudinal axis (A1), wherein the axis (A2) defined by the surface is rotatable relative to the longitudinal axis (A1) in connection with the rotation of the cap ; wherein the set screw is engageable with the inner body to fix the cap relative to the inner body in a selected orientation; characterized in that the axis (A2) defined by the surface is moveable relative to the longitudinal axis (A1) between a first orientation such that the axis (A2) defined by the surface is disposed at a first angle (α1) relative to the longitudinal axis (A1) and a second orientation such that the axis (A2) defined by the surface is disposed at a second selected angle (α2) relative to the longitudinal axis (A1), wherein the first angle (α1) is 90 degrees, and wherein the second angle (α2) includes a range of 90 degrees +/- 45 degrees.
A catheter apparatus for treatment of a human patient via renal denervation, the catheter apparatus comprising: an elongated shaft having a proximal portion and a distal portion , wherein the distal portion of the shaft is configured for intravascular delivery to a renal artery of the patient; a braided or woven mesh structure at the distal portion of the elongated shaft , wherein the mesh structure includes a proximal portion and a distal portion, and wherein at least one of the proximal portion or the distal portion of the mesh structure is coupled to the elongated shaft via generally flexible wires ; and wherein the mesh structure is configured to vary between a delivery configuration and a deployed configuration, and wherein the mesh structure comprises interstitial spaces that allow blood to flow through the mesh structure when in the deployed configuration; and an energy delivery element associated with the mesh structure , wherein the energy delivery element is configured to thermally inhibit neural communication along the renal artery, and wherein, in the deployed configuration, the mesh structure is configured to contact a wall of the renal artery and position the energy delivery element in stable contact with the renal artery wall. an elongated shaft having a proximal portion and a distal portion , wherein the distal portion of the shaft is configured for intravascular delivery to a renal artery of the patient; a braided or woven mesh structure at the distal portion of the elongated shaft , wherein the mesh structure includes a proximal portion and a distal portion, and wherein at least one of the proximal portion or the distal portion of the mesh structure is coupled to the elongated shaft via generally flexible wires ; and wherein the mesh structure is configured to vary between a delivery configuration and a deployed configuration, and wherein the mesh structure comprises interstitial spaces that allow blood to flow through the mesh structure when in the deployed configuration; and an energy delivery element associated with the mesh structure , wherein the energy delivery element is configured to thermally inhibit neural communication along the renal artery, and wherein, in the deployed configuration, the mesh structure is configured to contact a wall of the renal artery and position the energy delivery element in stable contact with the renal artery wall.
A linear actuator comprising a housing , a drive worm , a rotating screw and a drive nut , the worm wheel driving the rotating screw to rotate, the rotating screw rotating to drive the drive nut to move axially along the rotating screw , a clutch means being arranged between the drive worm and the rotating screw , wherein the clutch means comprises a coupling gear sleeve axially movable relative to the rotating screw , the rotating screw is sleeved with an axial limiting sleeve, the axial limiting sleeve and the housing are abutted axially, and the axial limiting sleeve and the rotating screw maintain alignment in an axial direction, , characterized in that the axial limiting sleeve comprises a first friction sleeve and a second friction sleeve , wherein the first friction sleeve and the second friction sleeve are abutted axially, a self-locking torsion spring is sleeved outside the first friction sleeve , and the second friction sleeve is sleeved with a release torsion spring when the rotating screw is subjected to an axial load, the rotating screw transmits an axial force to the housing through the axial limiting sleeve, and the axial force is not transmitted between the coupling gear sleeve and the axial limiting sleeve in the axial direction.
An ink discharge head for controlling discharging of ink by pressing a valve body , which is movably arranged in a nozzle body of the ink discharge head , towards a discharge port from which the ink is discharged, wherein the valve body comprises a compressible leading end portion and a recessed portion is formed in the leading end portion of the valve body at a position facing the discharge port . the valve body comprises a compressible leading end portion and a recessed portion is formed in the leading end portion of the valve body at a position facing the discharge port .
An absorptive article comprising: - an absorptive body which includes an absorption body ; - and an exterior body which is provided to an outer surface side of the absorptive body and which is provided with a belly-side portion (F) which is located on a belly side of a human body when the absorptive article is worn and a back-side portion (B) which is located on a back side of a human body when the absorptive article is worn; - wherein a hip opening section (W) and a pair of left and right leg opening sections (L) are formed in the absorptive article by joining, using heat sealing or ultrasonic sealing, the belly-side portion (F) and the back-side portion (B) of the exterior body at joint sections at both side ends of the belly-side portion (F) and the back-side portion (B); and - wherein between the joined joint sections a reduced strength region (T) and an unreduced strength region (S) are formed, wherein the reduced strength region (T) is disposed with a joint strength reducing material for reducing the joint strength between the joined joint sections such that the joint strength of the reduced strength region (T) is weaker than the joint strength of the unreduced strength region (S), which is not disposed with the joint strength reducing material, between the belly-side portion (F) and the back-side portion (B) of the joined joint sections . - an absorptive body which includes an absorption body ; - and an exterior body which is provided to an outer surface side of the absorptive body and which is provided with a belly-side portion (F) which is located on a belly side of a human body when the absorptive article is worn and a back-side portion (B) which is located on a back side of a human body when the absorptive article is worn; - wherein a hip opening section (W) and a pair of left and right leg opening sections (L) are formed in the absorptive article by joining, using heat sealing or ultrasonic sealing, the belly-side portion (F) and the back-side portion (B) of the exterior body at joint sections at both side ends of the belly-side portion (F) and the back-side portion (B); and - wherein between the joined joint sections a reduced strength region (T) and an unreduced strength region (S) are formed, wherein the reduced strength region (T) is disposed with a joint strength reducing material for reducing the joint strength between the joined joint sections such that the joint strength of the reduced strength region (T) is weaker than the joint strength of the unreduced strength region (S), which is not disposed with the joint strength reducing material, between the belly-side portion (F) and the back-side portion (B) of the joined joint sections .
An automatic upright fire protection sprinkler comprising: a frame having a body having an inlet , an outlet , and an internal passageway extending between the inlet and the outlet along a sprinkler axis (A-A); a sealing assembly disposed in the outlet ; a heat-responsive trigger to maintain the sealing assembly in the outlet ; and a deflector member centered, axially aligned with the sprinkler axis (A-A), and spaced from the outlet of the internal passageway , the deflector member having an outer surface and an inner surface including: a peripheral region , a central region and an intermediate region between the peripheral and central regions , the intermediate region including a primary deflecting surface , a secondary deflecting surface and a transition from the primary deflecting surface to the secondary deflecting surface , the transition defining a perimeter about the secondary deflecting surface characterized in that the secondary deflecting surface and its perimeter is surrounded by the primary deflecting surface of the intermediate region . a frame having a body having an inlet , an outlet , and an internal passageway extending between the inlet and the outlet along a sprinkler axis (A-A); a sealing assembly disposed in the outlet ; a heat-responsive trigger to maintain the sealing assembly in the outlet ; and a deflector member centered, axially aligned with the sprinkler axis (A-A), and spaced from the outlet of the internal passageway , the deflector member having an outer surface and an inner surface including: a peripheral region , a central region and an intermediate region between the peripheral and central regions , the intermediate region including a primary deflecting surface , a secondary deflecting surface and a transition from the primary deflecting surface to the secondary deflecting surface , the transition defining a perimeter about the secondary deflecting surface characterized in that the secondary deflecting surface and its perimeter is surrounded by the primary deflecting surface of the intermediate region .
A power generation system comprising: a generator ; a starter that activates the generator ; a first battery adapted to provide power to the starter ; and a second battery adapted to provide power to the starter ; a controller that includes measurement means for measuring a state of charge for each of the first battery and the second battery , characterized in that the controller is configured to command the first battery and/or the second battery to provide power to the starter , wherein the controller includes determination means for determining which or both of the first battery and second battery is commanded to provide power to the starter based on the state of charge for each of the first battery and the second battery , and wherein the controller includes operation means for selectively operating a first switch that is between the first battery and the starter and a second switch that is between the second battery and the starter . a generator ; a starter that activates the generator ; a first battery adapted to provide power to the starter ; and a second battery adapted to provide power to the starter ; a controller that includes measurement means for measuring a state of charge for each of the first battery and the second battery , characterized in that the controller is configured to command the first battery and/or the second battery to provide power to the starter , wherein the controller includes determination means for determining which or both of the first battery and second battery is commanded to provide power to the starter based on the state of charge for each of the first battery and the second battery , and wherein the controller includes operation means for selectively operating a first switch that is between the first battery and the starter and a second switch that is between the second battery and the starter .