mhurhangee/patent-ind-claim-en huggingface dataset:
A method for concentration of phosphate compounds, comprising the steps of: - dissolving a raw material comprising sludge ash, comprising phosphorus and at least one of iron and aluminium, in a liquid comprising at least hydrochloric acid; - separating insoluble residues from said dissolving step, thereby forming a first leach solution; - controlling a mole ratio of phosphorus to a sum of ferric iron and aluminium of said first leach solution to be larger than 1; - adding a base to said first leach solution, after said step of separating insoluble residues, causing precipitation of phosphate compounds comprising at least one of iron and aluminium from said first leach solution; - removing said precipitated phosphate compounds from said first leach solution; - adding sulphuric acid to said first leach solution after said step of removing said precipitated phosphate compounds, causing precipitation of sulphate compounds; - separating said precipitated sulphate compounds from said first leach solution; and - recycling at least a part of said leach solution after said step of separating said precipitated sulphate compounds as said liquid comprising at least hydrochloric acid in said step of dissolving sludge ash. - dissolving a raw material comprising sludge ash, comprising phosphorus and at least one of iron and aluminium, in a liquid comprising at least hydrochloric acid; - separating insoluble residues from said dissolving step, thereby forming a first leach solution; - controlling a mole ratio of phosphorus to a sum of ferric iron and aluminium of said first leach solution to be larger than 1; - adding a base to said first leach solution, after said step of separating insoluble residues, causing precipitation of phosphate compounds comprising at least one of iron and aluminium from said first leach solution; - removing said precipitated phosphate compounds from said first leach solution; - adding sulphuric acid to said first leach solution after said step of removing said precipitated phosphate compounds, causing precipitation of sulphate compounds; - separating said precipitated sulphate compounds from said first leach solution; and - recycling at least a part of said leach solution after said step of separating said precipitated sulphate compounds as said liquid comprising at least hydrochloric acid in said step of dissolving sludge ash.
Use of a water-based ink composition for inkjet printers, comprising - at least one organic solvent, - at least one pigment, and - at least one polyacrylate, - the ink composition having a particular dynamic viscosity in the range of ≥ 2 and ≤ 20 cP at 25°C in accordance with ISO 2555:1989, and - being suitable for printing on a surface comprising at least one plastics material, the plastics material being selected from the group consisting of low-density polyethylene (LDPE), polypropylene, oriented polypropylene (OPP), polyester and polyethylene terephthalate (PET), polyvinyl chloride (PVC), acrylonitrile-butadiene-styrene copolymer (ABS), and ABS-TCU, characterized in that the pigment has a particle size (D90) of ≤ 1 μm, determined by means of laser diffraction, and the pigment is present in a concentration of ≥ 1 wt.% and ≤ 15 wt.%. - at least one organic solvent, - at least one pigment, and - at least one polyacrylate, - the ink composition having a particular dynamic viscosity in the range of ≥ 2 and ≤ 20 cP at 25°C in accordance with ISO 2555:1989, and - being suitable for printing on a surface comprising at least one plastics material,
A drug delivery system for sustained delivery of bioactive agents, characterized in that said system comprises a hornificated matrix comprising mechanically disintegrated native non-ionic grade nanofibrillated cellulose derived from plant based material, said matrix having a tight fiber network, at least one bioactive agent, and at least one support selected from synthetic polymers.
A bifunctional angiogenesis inhibitor having an amino acid sequence shown in SEQ ID NO:1.
A tensioning system comprising: a drive assembly including a drive pulley and a drive belt coupled with the drive pulley , an accessory system having an input pulley assembly including an input pulley and an input belt coupled with the input pulley , and an accessory mount coupled with the drive belt and the input belt , characterized in that the accessory mount comprising a floating arm arranged to move toward one of the drive pulley and the input pulley in response to a force applied to the floating arm by one of the drive belt and the input belt to change tension in the drive belt and the input belt . a drive assembly including a drive pulley and a drive belt coupled with the drive pulley , an accessory system having an input pulley assembly including an input pulley and an input belt coupled with the input pulley , and an accessory mount coupled with the drive belt and the input belt , characterized in that the accessory mount comprising a floating arm arranged to move toward one of the drive pulley and the input pulley in response to a force applied to the floating arm by one of the drive belt and the input belt to change tension in the drive belt and the input belt .
A process for the production of crystalline carbon structure networks in a furnace carbon black reactor which contains a reaction zone and a termination zone , by injecting a water-in-oil or bicontinuous micro-emulsion (c) comprising carbon black feedstock oil and metal catalyst nanoparticles, into the reaction zone which is at a temperature of above 600 °C, preferably above 700 °C, more preferably above 900 °C, even more preferably above 1000 °C, more preferably above 1100 °C, preferably up to 3000 °C, more preferably up to 2500 °C, most preferably up to 2000 °C, to produce crystalline carbon structure networks (e), transferring these networks (e) to the termination zone , and quenching or stopping the formation of crystalline carbon structure networks in the termination zone by spraying in water (d).
A semiconductor device comprising: a first electrode ; a cavity over the first electrode ; and a second electrode including a suspended membrane over the cavity , the second electrode further including electrically conductive anchor trenches laterally surrounding the cavity , characterized in that the anchor trenches include an inner anchor trench and an outer anchor trench , the outer anchor trench having rounded corners , - the inner anchor trench has rounded corners, and - the rounded corners of the outer anchor trench have a radius at least twice as large as a radius of the rounded corners of the inner anchor trench. a first electrode ; a cavity over the first electrode ; and a second electrode including a suspended membrane over the cavity , the second electrode further including electrically conductive anchor trenches laterally surrounding the cavity , characterized in that the anchor trenches include an inner anchor trench and an outer anchor trench , the outer anchor trench having rounded corners , - the inner anchor trench has rounded corners, and - the rounded corners of the outer anchor trench have a radius at least twice as large as a radius of the rounded corners of the inner anchor trench. - the inner anchor trench has rounded corners, and - the rounded corners of the outer anchor trench have a radius at least twice as large as a radius of the rounded corners of the inner anchor trench.
LED driver comprising an electrically conductive housing ; a main board having circuit components for controlling electrical power transmitted between a mains connection and a DC connection of the LED driver ; and a conductor track fuse for protecting the LED driver from electrical overload; and at least one film (105, 105', 105") between the housing and the main board ; the at least one film (105, 105', 105") being designed such that it substantially fills an air gap between itself and the main board , characterized in that the at least one film (105, 105', 105") is designed such that it shields the mains connection from emissions resulting from triggering of the fuse . an electrically conductive housing ; a main board having circuit components for controlling electrical power transmitted between a mains connection and a DC connection of the LED driver ; and a conductor track fuse for protecting the LED driver from electrical overload; and at least one film (105, 105', 105") between the housing and the main board ; the at least one film (105, 105', 105") being designed such that it substantially fills an air gap between itself and the main board , characterized in that the at least one film (105, 105', 105") is designed such that it shields the mains connection from emissions resulting from triggering of the fuse .
A nutritional supplement comprising: filamentous fungal biomass from fungi selected from Aspergillus oryzae or Aspergillus niger having elevated levels of minerals zinc, magnesium, selenium chromium, copper and manganese in organic form; wherein each of the minerals is present from 1 to 60000 mg/kg and contained in the fungal biomass in organic form; and wherein the nutritional supplement contains less than 200 mg/kg iron. filamentous fungal biomass from fungi selected from Aspergillus oryzae or Aspergillus niger having elevated levels of minerals zinc, magnesium, selenium chromium, copper and manganese in organic form; wherein each of the minerals is present from 1 to 60000 mg/kg and contained in the fungal biomass in organic form; and wherein the nutritional supplement contains less than 200 mg/kg iron.
A cartridge for a rotation-based analysis method which utilizes heat input, having - a basic body which extends in a planar manner, in which a channel and chamber structure is formed, - a cover body attached to the basic body , which on one side is arranged on an upper side of the basic body facing away from a heat input side and covers at least one chamber of the basic body , wherein the basic body and/or the cover body have/has a number of holding openings , wherein the cover body or the basic body has a number of latching hooks each assigned to one of the potentially multiple holding openings , wherein the latching hook with a foot limb protrudes from the cover body or the basic body toward the basic body or the cover body , wherein the foot limb transitions to a central part bent in a U shape, which itself then transitions to a free limb , which is directed back toward the cover body or the basic body and is terminated with a free end , wherein the latching hook or each latching hook on the free-end side has a ledge with a latching surface , which is directed toward the free end , and wherein the latching hook or each latching extends through the assigned holding opening with its central part bent in a U shape, forming the latching connection. - a basic body which extends in a planar manner, in which a channel and chamber structure is formed, - a cover body attached to the basic body , which on one side is arranged on an upper side of the basic body facing away from a heat input side and covers at least one chamber of the basic body , wherein the basic body and/or the cover body have/has a number of holding openings , wherein the cover body or the basic body has a number of latching hooks each assigned to one of the potentially multiple holding openings , wherein the latching hook with a foot limb protrudes from the cover body or the basic body toward the basic body or the cover body , wherein the foot limb transitions to a central part bent in a U shape, which itself then transitions to a free limb , which is directed back toward the cover body or the basic body and is terminated with a free end , wherein the latching hook or each latching hook on the free-end side has a ledge with a latching surface , which is directed toward the free end , and wherein the latching hook or each latching extends through the assigned holding opening with its central part bent in a U shape, forming the latching connection.
An appliance for setting up at least one bowling pin , comprising: - an object recognition device for detecting the bowling pin and an orientation of the bowling pin , wherein the orientation of the bowling pin encompasses a vertical orientation and a horizontal orientation of the bowling pin , - at least one robot arm which is designed for gripping and holding the bowling pin and for setting up the bowling pin onto a predefined target position , - a control unit which is designed to evaluate data and/or signals of the object recognition device and to activate the robot arm depending on the predefined target position of the bowling pin and/or on the detected orientation of the bowling pin , characterized in that the robot arm is designed for grabbing bowling pins which are located on at least two bowling lanes and/or setting up bowling pins onto at least two different bowling lanes. - an object recognition device for detecting the bowling pin and an orientation of the bowling pin , wherein the orientation of the bowling pin encompasses a vertical orientation and a horizontal orientation of the bowling pin , - at least one robot arm which is designed for gripping and holding the bowling pin and for setting up the bowling pin onto a predefined target position , - a control unit which is designed to evaluate data and/or signals of the object recognition device and to activate the robot arm depending on the predefined target position of the bowling pin and/or on the detected orientation of the bowling pin , characterized in that the robot arm is designed for grabbing bowling pins which are located on at least two bowling lanes and/or setting up bowling pins onto at least two different bowling lanes.
Use of a compound, which is 3-cyclopentyl-3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]propanenitrile, or a pharmaceutically acceptable salt thereof, for the preparation of a medicament for use in treatment of graft versus host disease.
A laminated film for forming a concrete surface coating layer, wherein a layer comprising a curable resin composition and a support film are laminated, the curable resin composition is a curable resin composition comprising: a binder polymer (A); a reactive oligomer (B) having one or more unsaturated groups; a reactive monomer (C) having one or more unsaturated groups; and a polymerization initiator (D), the binder polymer (A) is a (meth)acrylic resin (a1), the reactive oligomer (B) having one or more unsaturated groups is a urethane (meth)acrylate compound (b1), the polymerization initiator (D) is a thermal polymerization initiator and is an azobis compound having a 10-hour half-life temperature of 50°C or more, the thickness of the layer comprising the curable resin composition is 30 μm or more, and after curing the layer comprising the curable resin composition, the support film may be peeled off from said layer, as necessary. a layer comprising a curable resin composition and a support film are laminated, the curable resin composition is a curable resin composition comprising: a binder polymer (A); a reactive oligomer (B) having one or more unsaturated groups; a reactive monomer (C) having one or more unsaturated groups; and a polymerization initiator (D), the binder polymer (A) is a (meth)acrylic resin (a1), the reactive oligomer (B) having one or more unsaturated groups is a urethane (meth)acrylate compound (b1), the polymerization initiator (D) is a thermal polymerization initiator and is an azobis compound having a 10-hour half-life temperature of 50°C or more, the thickness of the layer comprising the curable resin composition is 30 μm or more, and after curing the layer comprising the curable resin composition, the support film may be peeled off from said layer, as necessary.
A magnetic wheel comprising: a balance block which includes a circular block body and a first frame portion which has a larger diameter than the circular block body ; a magnetic body which is provided in the circular block body of the balance block and attaches the balance block to an attachment object (P) with a magnetic force; and a magnetic shielding block which is provided in the balance block and guides a magnetic field generated in the magnetic body toward the attachment object (P), a bearing provided in the circular block body to rotatably support a support shaft passing through the circular block body , a support shaft fixing member is provided to fix the support shaft to the frame portion by being screwed to a screw thread formed in the hole formed in the frame portion , wherein the magnetic shielding block shields all regions except the bottom of the magnetic body directing to the attachment object (P), characterized in that the balance block includes a second frame portion , and the first and second frame portions are provided at edges of the circular block body spaced in the axial direction of the support shaft . a balance block which includes a circular block body and a first frame portion which has a larger diameter than the circular block body ; a magnetic body which is provided in the circular block body of the balance block and attaches the balance block to an attachment object (P) with a magnetic force; and a magnetic shielding block which is provided in the balance block and guides a magnetic field generated in the magnetic body toward the attachment object (P), a bearing provided in the circular block body to rotatably support a support shaft passing through the circular block body , a support shaft fixing member is provided to fix the support shaft to the frame portion by being screwed to a screw thread formed in the hole formed in the frame portion , wherein the magnetic shielding block shields all regions except the bottom of the magnetic body directing to the attachment object (P), characterized in that the balance block includes a second frame portion , and the first and second frame portions are provided at edges of the circular block body spaced in the axial direction of the support shaft .
A liposomal antifolate composition comprising: a liposome including an interior space; a bioactive antifolate agent disposed within said interior space; a PEG attached to an exterior of the liposome; a protein with specific affinity for at least one folate receptor, said protein attached to at least one of the PEG and the exterior of the liposome; and wherein the liposome has a zeta potential that is less than or equal to zero and the liposome is anionic or neutral. a liposome including an interior space; a bioactive antifolate agent disposed within said interior space; a PEG attached to an exterior of the liposome; a protein with specific affinity for at least one folate receptor, said protein attached to at least one of the PEG and the exterior of the liposome; and wherein the liposome has a zeta potential that is less than or equal to zero and the liposome is anionic or neutral.
A method performed by a network device in a cellular network , for enabling connecting devices to the cellular network using hardware identifiers uniquely assigned when the devices are manufactured, the method comprising: storing (S310) subscriber records, each subscriber record including a hardware identifier of a device; receiving (S320) a target hardware identifier of a target device that has requested to attach to the cellular network; if the subscriber records comprise a record including the target hardware identifier, associating (S330) an International Mobile Subscriber Identity, IMSI, to the target hardware identifier; and storing one or more IMSI activation or deactivation blocks in a blockchain, each IMSI activation or deactivation block including the target hardware identifier, the IMSI or a previously used IMSI, a status indication and a time-stamp indicating when the IMSI or the previously used IMSI has been associated with the hardware identifier for an IMSI activation block with "activated" as the status indication, and when the previously used IMSI ceased being associated with the hardware identifier for an IMSI deactivation block with "deactivated" as the status indication. storing (S310) subscriber records, each subscriber record including a hardware identifier of a device; receiving (S320) a target hardware identifier of a target device that has requested to attach to the cellular network; if the subscriber records comprise a record including the target hardware identifier, associating (S330) an International Mobile Subscriber Identity, IMSI, to the target hardware identifier; and storing one or more IMSI activation or deactivation blocks in a blockchain, each IMSI activation or deactivation block including the target hardware identifier, the IMSI or a previously used IMSI, a status indication and a time-stamp indicating when the IMSI or the previously used IMSI has been associated with the hardware identifier for an IMSI activation block with "activated" as the status indication, and when the previously used IMSI ceased being associated with the hardware identifier for an IMSI deactivation block with "deactivated" as the status indication.
A light emitting device comprising: a III-nitride semiconductor structure including an active region disposed between an n-type and a p-type region; a photonic crystal structure formed in the n-type region; and a reflector disposed on at least a portion of a surface of the p-type region opposite the active region ; wherein the n-type region comprises a first n-type region and a second n-type region, wherein the photonic crystal structure is formed in the first n-type region; wherein the second n-type region is disposed between the photonic crystal structure and the active region ; and wherein the p-type region , the active region and the second n-type region are uninterrupted by the photonic crystal structure , wherein a trench extends through the p-type region and the active region to the n-type region ; and a contact disposed on the second n-type region within the trench, wherein the contact and the photonic crystal structure are formed on opposite surfaces of the second n-type region. a III-nitride semiconductor structure including an active region disposed between an n-type and a p-type region; a photonic crystal structure formed in the n-type region; and a reflector disposed on at least a portion of a surface of the p-type region opposite the active region ; wherein the n-type region comprises a first n-type region and a second n-type region, wherein the photonic crystal structure is formed in the first n-type region; wherein the second n-type region is disposed between the photonic crystal structure and the active region ; and wherein the p-type region , the active region and the second n-type region are uninterrupted by the photonic crystal structure , wherein a trench extends through the p-type region and the active region to the n-type region ; and a contact disposed on the second n-type region within the trench, wherein the contact and the photonic crystal structure are formed on opposite surfaces of the second n-type region.