mhurhangee/ep-ind-claims huggingface dataset:
Multi-purpose sports apparatus, for improving footballers' technical skills, comprising - a foundation body containing a playing surface - an obstacle element placed on the foundation body, - the playing surface of the foundation body looking from the interior of the foundation body has an at least partially convex top surface, - the foundation body has a support structure which separates the playing surface from a base, characterized in that - the support structure has an additional height adjustment unit which has one connecting body fastened to the support structure and another connecting body attached to the foundation body containing the playing area, and an actuator component interposed between one connecting body and the other connecting body, and - the foundation body has an upper member fitted with the top surface containing the playing area and a lower member located under the upper member, where the upper member is made at least partially of flexible material and the lower member of rigid material, and furthermore has a curvature adjustment mechanism to change the curvature of the upper member whereby the curvature adjustment mechanism is interposed between the upper member and the lower member. - a foundation body containing a playing surface - an obstacle element placed on the foundation body, - the playing surface of the foundation body looking from the interior of the foundation body has an at least partially convex top surface, - the foundation body has a support structure which separates the playing surface from a base, - the support structure has an additional height adjustment unit which has one connecting body fastened to the support structure and another connecting body attached to the foundation body containing the playing area, and an actuator component interposed between one connecting body and the other connecting body, and - the foundation body has an upper member fitted with the top surface containing the playing area and a lower member located under the upper member, where the upper member is made at least partially of flexible material and the lower member of rigid material, and furthermore has a curvature adjustment mechanism to change the curvature of the upper member whereby the curvature adjustment mechanism is interposed between the upper member and the lower member.
A crossing capacity processing method for Optical Transport Network, OTN, equipment, wherein the OTN equipment comprises a service unit and a crossing unit, and the service unit comprises a first service subunit and a second service subunit, the method comprises steps of: dividing, by the first service subunit, data T1, which has been mapped to T timeslots in N/2 lower backplane buses of the first service subunit, into two parts of data T11 and data T12 with same number of timeslots; and dividing, by the second service subunit, data T2, which has been mapped to T timeslots in N/2 lower backplane buses of the second service subunit, into two parts of data T21 and data T22 with same number of timeslots, wherein N is the total number of backplane buses of the service unit; exchanging through an interconnect bus between the first service subunit and the second service subunit and recombining, by the first service subunit and the second service subunit, so that the first service subunit obtains data T3 consisting of the data T11 and the data T21, and the second service subunit obtains data T4 consisting of the data T12 and the data T22; and sending, by the first service subunit and the second service subunit, the data T3 and the data T4 to the crossing unit respectively after a first and second overhead insertion process, wherein the data T11 and the data T12 received by the crossing unit are in the same timeslots, and the data T21 and the data T22 received by the crossing unit are in the same timeslots. dividing, by the first service subunit, data T1, which has been mapped to T timeslots in N/2 lower backplane buses of the first service subunit, into two parts of data T11 and data T12 with same number of timeslots; and dividing, by the second service subunit, data T2, which has been mapped to T timeslots in N/2 lower backplane buses of the second service subunit, into two parts of data T21 and data T22 with same number of timeslots, wherein N is the total number of backplane buses of the service unit; exchanging through an interconnect bus between the first service subunit and the second service subunit and recombining, by the first service subunit and the second service subunit, so that the first service subunit obtains data T3 consisting of the data T11 and the data T21, and the second service subunit obtains data T4 consisting of the data T12 and the data T22; and sending, by the first service subunit and the second service subunit, the data T3 and the data T4 to the crossing unit respectively after a first and second overhead insertion process, wherein the data T11 and the data T12 received by the crossing unit are in the same timeslots, and the data T21 and the data T22 received by the crossing unit are in the same timeslots.
An extracorporeal life support device, comprising: a venous line to carry blood from a patient; a first pressure detector in line with the venous line; a bubble detector in line with the venous line; a bubble trap in line with the venous line; a blood reservoir that receives blood that has passed through the bubble detector; a reservoir return line connecting the blood reservoir to the venous line and configured to return blood to the venous line up-line from the bubble detector; a first pump in line with the reservoir return line, between the blood reservoir and the venous line; an adjustable blood level detector operably connected to the blood reservoir and the first pump and configured to detect the blood level within the blood reservoir; a second pump down-line from the bubble trap; a second pressure detector down-line from the second pump; an oxygenator down-line from the second pressure detector; and an arterial line for transporting blood from the oxygenator back to the patient, wherein the first pump is capable of pumping blood from the blood reservoir to the venous line, and wherein the adjustable blood level detector is configured such that, if the adjustable blood level detector determines that the blood level within the blood reservoir is below a threshold value, the adjustable blood level detector directs the first pump to reduce or cease operation until the blood level within the blood reservoir reaches an acceptable level. a venous line to carry blood from a patient; a first pressure detector in line with the venous line; a bubble detector in line with the venous line; a bubble trap in line with the venous line; a blood reservoir that receives blood that has passed through the bubble detector; a reservoir return line connecting the blood reservoir to the venous line and configured to return blood to the venous line up-line from the bubble detector; a first pump in line with the reservoir return line, between the blood reservoir and the venous line; an adjustable blood level detector operably connected to the blood reservoir and the first pump and configured to detect the blood level within the blood reservoir; a second pump down-line from the bubble trap; a second pressure detector down-line from the second pump; an oxygenator down-line from the second pressure detector; and an arterial line for transporting blood from the oxygenator back to the patient, wherein the first pump is capable of pumping blood from the blood reservoir to the venous line, and wherein the adjustable blood level detector is configured such that, if the adjustable blood level detector determines that the blood level within the blood reservoir is below a threshold value, the adjustable blood level detector directs the first pump to reduce or cease operation until the blood level within the blood reservoir reaches an acceptable level.
A process for the anaerobic fermentation of a flowable substrate with defined dry solids content, using a reactor, having at least: • an inlet, • an outlet, • a plurality of separating walls which divide at least the reactor internal-volume intended for the substrate into a plurality of compartments (7 (i) - 7 (iv)) and each individual compartment (7 (i) - 7 (iv)) in each case into at least two chambers (8 (i) - 8 (iv); 9 (i) - 9 (iv)) flowed through in opposite directions by the substrate, characterised in that to increase or reduce the ratio of the volume of the chambers (8 (i) - 8 (iv)) flowed through in one direction by the substrate to the volume of the chambers (9 (i) - 9 (iv)) flowed through in the opposite direction by the substrate at least some of the separating walls are movably arranged in their spatial location and/or position and/or spread, wherein the motion and/or spread of the separating walls is/are controlled dependent on the dry solids content of the flowable substrate. • an inlet, • an outlet, • a plurality of separating walls which divide at least the reactor internal-volume intended for the substrate into a plurality of compartments (7 (i) - 7 (iv)) and each individual compartment (7 (i) - 7 (iv)) in each case into at least two chambers (8 (i) - 8 (iv); 9 (i) - 9 (iv)) flowed through in opposite directions by the substrate, characterised in that to increase or reduce the ratio of the volume of the chambers (8 (i) - 8 (iv)) flowed through in one direction by the substrate to the volume of the chambers (9 (i) - 9 (iv)) flowed through in the opposite direction by the substrate at least some of the separating walls are movably arranged in their spatial location and/or position and/or spread, wherein the motion and/or spread of the separating walls is/are controlled dependent on the dry solids content of the flowable substrate.
A method of manufacturing a brush, comprising: a first step of forming a base with a through-hole, wherein the base is formed such that it has, at a position away from both ends of the through-hole, a projection that projects from an inner wall face forming the through-hole; and a second step of inserting, with an implanting needle, a curved brush bristle into the through-hole from one end of the through-hole and making a looped bristle protrude from another end of the through-hole. a first step of forming a base with a through-hole, wherein the base is formed such that it has, at a position away from both ends of the through-hole, a projection that projects from an inner wall face forming the through-hole; and a second step of inserting, with an implanting needle, a curved brush bristle into the through-hole from one end of the through-hole and making a looped bristle protrude from another end of the through-hole.
A working vehicle comprising, a left front wheel and a right front wheel, and a radiator which is arranged behind one of the left front wheel and the right front wheel, a mudguard which protects the radiator, and a radiator-attaching frame which attaches the radiator to a vehicle-body, wherein in a case where the radiator is arranged behind the left front wheel, the mudguard is arranged between the left front wheel and the radiator, in a case where the radiator is arranged behind the right front wheel, the mudguard is arranged between the right front wheel and the radiator, and the mudguard is attached to the radiator-attaching frame, wherein the working vehicle comprises a tank which accommodates oil-pressure oil or fuel, characterized in that in a case where the radiator is arranged behind the left front wheel, all or part of the tank is arranged above the left front wheel, and in a case where the radiator is arranged behind the right front wheel, all or part of the tank is arranged above the right front wheel.
A method for controlling an output air volume used in a communication machine room with a plurality of cabinets, the method comprising: determining a temperature difference according to a current temperature value of an air outlets of respective cabinets and a preset temperature value of the cabinet; and controlling an opening degree of an air valve of a variable air volume terminal device of the cabinet according to the temperature difference, to regulate a magnitude of an air volume required by the cabinet, wherein the method further comprising: after controlling the opening degree of the air valve of the variable air volume terminal device of the cabinet according to the temperature difference, detecting a magnitude relationship between the temperature difference of the cabinet and a preset threshold value according to a preset detection period, wherein the preset threshold value is a range by which the temperature is allowed to change; increasing or decreasing the opening degree of the air valve of the variable air volume terminal device of the cabinet to regulate a magnitude of a value of an input air volume if the temperature difference is within the range of the preset threshold value; and maintaining the opening degree of the air valve of the variable air volume terminal device of the cabinet for the current detection period if the temperature difference is out of the range of the preset threshold value. determining a temperature difference according to a current temperature value of an air outlets of respective cabinets and a preset temperature value of the cabinet; and controlling an opening degree of an air valve of a variable air volume terminal device of the cabinet according to the temperature difference, to regulate a magnitude of an air volume required by the cabinet, wherein the method further comprising: after controlling the opening degree of the air valve of the variable air volume terminal device of the cabinet according to the temperature difference, detecting a magnitude relationship between the temperature difference of the cabinet and a preset threshold value according to a preset detection period, wherein the preset threshold value is a range by which the temperature is allowed to change; increasing or decreasing the opening degree of the air valve of the variable air volume terminal device of the cabinet to regulate a magnitude of a value of an input air volume if the temperature difference is within the range of the preset threshold value; and maintaining the opening degree of the air valve of the variable air volume terminal device of the cabinet for the current detection period if the temperature difference is out of the range of the preset threshold value.
A process for recovering zinc oxide from a zinc ore, the process including the steps of: roasting the zinc ore in air/oxygen atmosphere to produce a ZnO rich calcine; leaching the ZnO rich calcine with an alkaline lixiviant comprising an aqueous mixture of NH 3 and NH 4 Cl, or ionic equivalent, having a NH 4 Cl concentration of between 10 g/L and 150 g/L H 2 O and a NH 3 concentration of between 20 g/L H 2 O and 250 g/L H 2 O, to produce a zinc containing leachate and a solid residue; stripping ammonia from the leachate to produce a stripped liquor which includes a zinc containing precipitate, the stripped liquor having a NH 3 concentration of between 7 and 30 g/L H 2 O; separating the zinc containing precipitate from the stripped liquor; and converting the recovered zinc containing precipitate into zinc oxide using one or both of the steps of: roasting the zinc containing precipitate to a temperature of between 400 to 900 °C; or hydrolysis of the zinc containing precipitate in water having a temperature of between 80 and 300 °C. roasting the zinc ore in air/oxygen atmosphere to produce a ZnO rich calcine; leaching the ZnO rich calcine with an alkaline lixiviant comprising an aqueous mixture of NH 3 and NH 4 Cl, or ionic equivalent, having a NH 4 Cl concentration of between 10 g/L and 150 g/L H 2 O and a NH 3 concentration of between 20 g/L H 2 O and 250 g/L H 2 O, to produce a zinc containing leachate and a solid residue; stripping ammonia from the leachate to produce a stripped liquor which includes a zinc containing precipitate, the stripped liquor having a NH 3 concentration of between 7 and 30 g/L H 2 O; separating the zinc containing precipitate from the stripped liquor; and converting the recovered zinc containing precipitate into zinc oxide using one or both of the steps of: roasting the zinc containing precipitate to a temperature of between 400 to 900 °C; or hydrolysis of the zinc containing precipitate in water having a temperature of between 80 and 300 °C. roasting the zinc containing precipitate to a temperature of between 400 to 900 °C; or hydrolysis of the zinc containing precipitate in water having a temperature of between 80 and 300 °C.
An agglomerated multimodal chromatographic medium with hydrophilic interaction, cation exchange and anion exchange properties, said medium being suitable for use as chromatographic packing and comprising: (a) component A comprising substrate particles functionalized with an ion exchange ligand comprising a negatively charged ion exchange group, and a hydrophilic ligand comprising a neutral polar group, wherein neither said ion exchange ligand nor said hydrophilic ligand contain more than 5 nonaromatic carbon atoms in series, and each of said ion exchange ligand and said hydrophilic ligand is bound to said substrate; and (b) component B comprising particles of a second substrate having positively charged external surfaces, wherein component A and component B are bound by electrostatic forces between said charged ion exchange ligand of component A and said charged external surfaces component B forming, in composite, an agglomerated medium of ion exchange particles. (a) component A comprising substrate particles functionalized with an ion exchange ligand comprising a negatively charged ion exchange group, and a hydrophilic ligand comprising a neutral polar group, wherein neither said ion exchange ligand nor said hydrophilic ligand contain more than 5 nonaromatic carbon atoms in series, and each of said ion exchange ligand and said hydrophilic ligand is bound to said substrate; and (b) component B comprising particles of a second substrate having positively charged external surfaces, wherein component A and component B are bound by electrostatic forces between said charged ion exchange ligand of component A and said charged external surfaces component B forming, in composite, an agglomerated medium of ion exchange particles.
An adjustable rod assembly for straightening or correcting deformities of a human spine, the adjustable rod assembly comprising: at least one bone connecting element (50, 51) for attaching to the rib cage, pelvis or spine of a patient; a first elongate member including a first rod portion configured for coupling to one of the bone connecting elements (50, 51) and a first expansion portion, the first expansion portion further including a plurality of bore holes in an outer surface; a second elongate member including a second rod portion configured for coupling to one of the bone connecting elements (50, 51) and a second expansion portion slidably moveable with respect to the first expansion portion, the second expansion portion further including a plurality of through holes in an outer surface; and a locking element including a pin configured to be insertable into at least one of each of the bore holes and the through holes to thereby couple the first and second elongate members (20, 30) together and fix the length of the adjustable rod assembly, wherein the first elongate member is at least partially straight or at least partially lordotically curved, characterized in that the bone connecting element (50, 51) is rotationally adjustable about at least one of the first rod portion and the second rod portion. at least one bone connecting element (50, 51) for attaching to the rib cage, pelvis or spine of a patient; a first elongate member including a first rod portion configured for coupling to one of the bone connecting elements (50, 51) and a first expansion portion, the first expansion portion further including a plurality of bore holes in an outer surface; a second elongate member including a second rod portion configured for coupling to one of the bone connecting elements (50, 51) and a second expansion portion slidably moveable with respect to the first expansion portion, the second expansion portion further including a plurality of through holes in an outer surface; and a locking element including a pin configured to be insertable into at least one of each of the bore holes and the through holes to thereby couple the first and second elongate members (20, 30) together and fix the length of the adjustable rod assembly, wherein the first elongate member is at least partially straight or at least partially lordotically curved, characterized in that the bone connecting element (50, 51) is rotationally adjustable about at least one of the first rod portion and the second rod portion.
A device for electromagnetic shielding in a tower of a wind turbine, which has a platform closing the inside of the tower having an aperture for one or more cables, wherein a cable ducting arrangement (34, 22) is provided, which can pivot relative to the tower with the cable or cables, characterized in that a. the cable ducting arrangement comprises a rotatably arranged ring and a cover comprising one or more cable openings, b. the ring encloses the aperture of the platform and rests on a base fixed to the tower, c. a flexible element which is not permeable or poorly permeable to electromagnetic radiation connects the cover and the ring, d. wherein the ring has a sliding apparatus (40, 42) which establishes an electrically conducting connection of the ring to the base fixed to the tower. a. the cable ducting arrangement comprises a rotatably arranged ring and a cover comprising one or more cable openings, b. the ring encloses the aperture of the platform and rests on a base fixed to the tower, c. a flexible element which is not permeable or poorly permeable to electromagnetic radiation connects the cover and the ring, d. wherein the ring has a sliding apparatus (40, 42) which establishes an electrically conducting connection of the ring to the base fixed to the tower.
A magnetic component, comprising: a first region, a second region and at least one region comprising nitrogen, wherein the at least one region comprising nitrogen is interposed between the first region and the second region in a lengthwise direction, and wherein the width of the first region, of the second region and of the at least one region is the same, characterized in that a concentration of nitrogen in the at least one region has a continuous increase along the length of the at least one region starting from the first region up to the second region such that a saturation magnetization in the at least one region has a continuous decrease along the length of the at least one region starting from the first region up to the second region. a first region, a second region and at least one region comprising nitrogen, wherein the at least one region comprising nitrogen is interposed between the first region and the second region in a lengthwise direction, and wherein the width of the first region, of the second region and of the at least one region is the same, characterized in that a concentration of nitrogen in the at least one region has a continuous increase along the length of the at least one region starting from the first region up to the second region such that a saturation magnetization in the at least one region has a continuous decrease along the length of the at least one region starting from the first region up to the second region.