mhurhangee/patent-ind-claim-en huggingface dataset:
A modular cutterbar assembly , comprising: a first module having a first edge , a second edge , a top surface , and a coupling side ; a second module having a first edge , a second edge , a top surface and a coupling side, the second module coupled to the first module at the respective coupling side; a joint defined between the coupling side of the first module and the coupling side of the second module ; a first plane defined by the top surface of both the first and second module ; an internal cavity defined within the first and second module ; a drive transfer mechanism disposed within the internal cavity ; a drive hub assembly mechanically coupled to the drive transfer mechanism and extending out of the internal cavity and away from the first plane in each of the first and second module ; a cutting disk having a bowl-shaped form coupled to the drive hub of each of the first and second modules ; a coupler mount positioned on each side of the joint and extending from the first plane towards the cutting disk , the coupler mount providing a location to couple the first and second module to one another; wherein, a toroidal cavity is partially defined by the first plane, the disk , and the drive hub in each of the first and second module ; further wherein, the coupler mount is disposed at least partially within the toroidal cavity , wherein at least one knife is positioned at a radial edge of the cutting disk , the cutting disk adapted to rotate the knife in a knife plane ; characterized in that the coupler mount is at least partially disposed in the knife plane . a first module having a first edge , a second edge , a top surface , and a coupling side ; a second module having a first edge , a second edge , a top surface and a coupling side, the second module coupled to the first module at the respective coupling side; a joint defined between the coupling side of the first module and the coupling side of the second module ; a first plane defined by the top surface of both the first and second module ; an internal cavity defined within the first and second module ; a drive transfer mechanism disposed within the internal cavity ; a drive hub assembly mechanically coupled to the drive transfer mechanism and extending out of the internal cavity and away from the first plane in each of the first and second module ; a cutting disk having a bowl-shaped form coupled to the drive hub of each of the first and second modules ; a coupler mount positioned on each side of the joint and extending from the first plane towards the cutting disk , the coupler mount providing a location to couple the first and second module to one another; wherein, a toroidal cavity is partially defined by the first plane, the disk , and the drive hub in each of the first and second module ; further wherein, the coupler mount is disposed at least partially within the toroidal cavity , wherein at least one knife is positioned at a radial edge of the cutting disk , the cutting disk adapted to rotate the knife in a knife plane ; characterized in that the coupler mount is at least partially disposed in the knife plane .
Manipulator , in particular a large manipulator for truck-mounted concrete pumps, comprising an articulated mast , which can be folded out and which has a turntable rotatable about a vertical axis and a plurality of mast segments , wherein the mast segments are each pivotable to a limited degree about articulation axles at articulation joints relative to an adjacent mast segment or relative to the turntable by means of a respective drive assembly of the manipulator , and comprising a remote control device having at least one control lever , wherein the control lever is displaceable in a plurality of actuating directions, wherein a travel command indicates a desired movement of the mast tip of the articulated mast or of an end tube attached thereto, wherein a travel command can be generated by a displacement of the control lever into at least one actuating direction, the travel command indicating a desired movement of the mast tip of the articulated mast or of an end tube attached thereto, and comprising a control unit for actuating the drive assemblies , wherein the control unit converts the travel command into actuation signals for the drive assemblies , and wherein the drive assemblies are each actuatable by means of an electrically-actuated proportional valve which is connected to hydraulic control lines of the respective drive assembly in order to actuate the same, characterized in that all of the proportional valves are arranged directly on or in direct proximity to the drive assemblies to be controlled, wherein at least one proportional valve that is arranged directly on or in direct proximity to the drive assembly to be controlled is actuatable using an associated stepper motor of the manipulator , wherein the proportional valve comprises a housing which contains a valve piston, a reset spring, and the stepper motor , wherein an actuation of the valve piston of the proportional valve takes place using the stepper motor via a gear rack, wherein the travel command indicates a desired movement of the mast tip of the articulated mast or of the end tube attached thereto in a Cartesian or polar coordinate direction.
A flat steel product for packaging comprising a cold rolled steel sheet having a thickness (d) of less than 0.5 mm and the following composition by weight: - C: more than 0.04 % and less than 0.1 %, - Si: less than 0.10 %, - Mn: 0.10 to 0.60 % - P: less than 0.10 %, - S: less than 0.03 %, - Al: less than 0.05 %, preferably less than 0.018 %, - N: more than 0.014 %, preferably more than 0.015 %, - optional Cr: less than 0.1 %, preferably 0.01 to 0.05 %, - optional Ni: less than 0.1 %, preferably 0.01 to 0.05 %, - optionally Cu: less than 0.1 %, preferably 0.002 to 0.05 %, - optional Ti: less than 0.01 %, - optional B: less than 0.005 %, - optional Nb: less than 0.01 %, - optional Mo: less than 0.02 %, - optional Sn: less than 0.03 %, - Residual iron and unavoidable impurities, wherein the sum of the carbon content (C) and the nitrogen content (N) based on the weight is at least 0.050% and the flat steel product has a tensile strength (Rm) of at least 600 MPa and an Erichsen value dependent on the thickness (d in mm), the carbon content (C in % by weight) and the nitrogen content (N in % by weight) and the tensile strength (Rm in MPa) of the steel sheet of ET ≥ 11.1 ⋅ C + N + 11.01 ⋅ d − 0,00864 ⋅ Rm + 7.524 where ET is the Erichsen value·in mm and is measured in accordance with DIN EN ISO 20482. - C: more than 0.04 % and less than 0.1 %, - Si: less than 0.10 %, - Mn: 0.10 to 0.60 % - P: less than 0.10 %, - S: less than 0.03 %, - Al: less than 0.05 %, preferably less than 0.018 %, - N: more than 0.014 %, preferably more than 0.015 %, - optional Cr: less than 0.1 %, preferably 0.01 to 0.05 %, - optional Ni: less than 0.1 %, preferably 0.01 to 0.05 %, - optionally Cu: less than 0.1 %, preferably 0.002 to 0.05 %, - optional Ti: less than 0.01 %, - optional B: less than 0.005 %, - optional Nb: less than 0.01 %, - optional Mo: less than 0.02 %, - optional Sn: less than 0.03 %, - Residual iron and unavoidable impurities, wherein the sum of the carbon content (C) and the nitrogen content (N) based on the weight is at least 0.050% and the flat steel product has a tensile strength (Rm) of at least 600 MPa and an Erichsen value dependent on the thickness (d in mm), the carbon content (C in % by weight) and the nitrogen content (N in % by weight) and the tensile strength (Rm in MPa) of the steel sheet of ET ≥ 11.1 ⋅ C + N + 11.01 ⋅ d − 0,00864 ⋅ Rm + 7.524 where ET is the Erichsen value·in mm and is measured in accordance with DIN EN ISO 20482.
Saw unit for a circular saw, comprising: a scoring saw unit which can be secured to a base frame , having - a scoring saw with a scoring saw blade diameter, mounted in a scoring mounting unit so as to be rotatable about a scorer rotation axis , - a scoring drive unit for driving the scoring saw in a rotating motion about the scorer rotation axis , - a pivot mechanism for pivoting the scoring saw relative to the base frame about a horizontal pivot axis lying perpendicular to the scorer rotation axis , - a scoring width adjusting device for adjusting the scoring width of the scoring saw , - a scoring width actuator for driving the scoring width adjusting device, characterised in that the scoring width adjusting device has an actuating shaft disposed coaxially with the scorer rotation axis which is coupled with the scoring width actuator and can be driven in a rotating motion by the scoring width actuator in order to adjust the scoring width. a scoring saw unit which can be secured to a base frame , having - a scoring saw with a scoring saw blade diameter, mounted in a scoring mounting unit so as to be rotatable about a scorer rotation axis , - a scoring drive unit for driving the scoring saw in a rotating motion about the scorer rotation axis , - a pivot mechanism for pivoting the scoring saw relative to the base frame about a horizontal pivot axis lying perpendicular to the scorer rotation axis , - a scoring width adjusting device for adjusting the scoring width of the scoring saw , - a scoring width actuator for driving the scoring width adjusting device, - a scoring saw with a scoring saw blade diameter, mounted in a scoring mounting unit so as to be rotatable about a scorer rotation axis , - a scoring drive unit for driving the scoring saw in a rotating motion about the scorer rotation axis , - a pivot mechanism for pivoting the scoring saw relative to the base frame about a horizontal pivot axis lying perpendicular to the scorer rotation axis , - a scoring width adjusting device for adjusting the scoring width of the scoring saw , - a scoring width actuator for driving the scoring width adjusting device, characterised in that the scoring width adjusting device has an actuating shaft disposed coaxially with the scorer rotation axis which is coupled with the scoring width actuator and can be driven in a rotating motion by the scoring width actuator in order to adjust the scoring width.
A cracking catalyst composition capable of being maintained with a fluid cracking catalyst unit used in cracking hydrocarbon feedstock containing organic sulfur-containing compounds, the cracking catalyst composition comprising (a) Y-type zeolite selected from the group consisting of REY, REUSY, CREY, CREUSY and mixtures thereof, wherein the zeolite or a component comprising the zeolite comprises 0.3 percent or less by weight Na 2 O; (b) Lewis Acid-containing component having a content of 0.1 percent or less by weight of Na 2 O, wherein the Lewis Acid- containing component comprises alumina and Zn which is present as an oxide, as a cation or is in its zero valence state; wherein the cracking catalyst composition comprises 0.20 percent by weight Na 2 O or less, and comprises from 3 to 75 weight percent of the Lewis Acid-containing component, and wherein components (a) and (b) are present in the catalyst composition in the form of a physical mixture of Lewis Acid component (b) and zeolite (a) as separate particulates, or is in the form of a single particulate composite; and. wherein the Na 2 O content is determined by ion-coupled plasma analysis. (a) Y-type zeolite selected from the group consisting of REY, REUSY, CREY, CREUSY and mixtures thereof, wherein the zeolite or a component comprising the zeolite comprises 0.3 percent or less by weight Na 2 O; (b) Lewis Acid-containing component having a content of 0.1 percent or less by weight of Na 2 O, wherein the Lewis Acid- containing component comprises alumina and Zn which is present as an oxide, as a cation or is in its zero valence state;
A method for transfer lamination, said method comprising the steps of: applying a release coating to a first side of a film ; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a substrate ; applying a second coating to the second side of said film while said first side of said film is bonded to said substrate ; and removing said film from said substrate leaving said application layer deposited on said substrate and said second coating on said second side of said film ; wherein said second coating has one or more texture-imparting additives so that said second coating mimics leather; and/or wherein said second coating includes a matting agent or metal to impart a surface finish, including semi-gloss, high-gloss, eggshell, or matte . applying a release coating to a first side of a film ; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a substrate ; applying a second coating to the second side of said film while said first side of said film is bonded to said substrate ; and removing said film from said substrate leaving said application layer deposited on said substrate and said second coating on said second side of said film ; wherein said second coating has one or more texture-imparting additives so that said second coating mimics leather; and/or wherein said second coating includes a matting agent or metal to impart a surface finish, including semi-gloss, high-gloss, eggshell, or matte .
Protective cap with resilient opening consisting of an upper part and a lower part which are connected to one another to be pivotable on one side via integral hinges and locked to one another in the closed state, wherein the upper part is pretensioned under the spring load of a profiled resilient body (20, 20', 20") in the opening direction with respect to the lower part so that on actuating a latch device (12-15), the upper part pivots upwards from the bottom part under the force of a force store and remains in the opened position, wherein the profiled resilient body (20, 20', 20") consists of a soft-elastic elastomeric plastic material and is attached to end-face sides of top part and bottom part by end-side flaps attaching thereto from the same material, characterised in that the protective cap has rib packages or elastomeric pressure cushions opposite one another in its interior, wherein the one rib package or elastomeric pressure cushions is arranged on the inner side of the upper part and the opposite rib package or elastomeric pressure cushions on the inner side of the lower part , and the two rib packages or elastomeric pressure cushions form between them a clamping receiver which protects an object inserted there and to be protected against withdrawal.
A fire alarm device that wirelessly communicates with a slave device and operates as a master device of the slave device , the fire alarm device comprising: a first monitoring unit configured to perform monitoring of the slave device at regular or irregular time intervals to determine whether the slave device is in an abnormal condition; and a first alarm unit configured to issue an alarm indicating that the slave device is in an abnormal condition when the first monitoring unit determines that the slave device is in an abnormal condition, characterized in that : the first monitoring unit is configured to determine, in the monitoring, that the slave device is in an abnormal condition when radio waves cannot be received from the slave device , but after a signal indicating battery exhaustion is received from the slave device , the first monitoring unit is configured not to determine, in the monitoring, that the slave device is in an abnormal condition even when radio waves cannot be received from the slave device . a first monitoring unit configured to perform monitoring of the slave device at regular or irregular time intervals to determine whether the slave device is in an abnormal condition; and a first alarm unit configured to issue an alarm indicating that the slave device is in an abnormal condition when the first monitoring unit determines that the slave device is in an abnormal condition, characterized in that : the first monitoring unit is configured to determine, in the monitoring, that the slave device is in an abnormal condition when radio waves cannot be received from the slave device , but after a signal indicating battery exhaustion is received from the slave device , the first monitoring unit is configured not to determine, in the monitoring, that the slave device is in an abnormal condition even when radio waves cannot be received from the slave device . the first monitoring unit is configured to determine, in the monitoring, that the slave device is in an abnormal condition when radio waves cannot be received from the slave device , but after a signal indicating battery exhaustion is received from the slave device , the first monitoring unit is configured not to determine, in the monitoring, that the slave device is in an abnormal condition even when radio waves cannot be received from the slave device .
A method for screening cells, wherein the cells are non-small cell lung carcinoma cells that produce an allogeneic autophagosome enriched composition able to induce expression of a selective marker BDCA3 on a subpopulation of peripheral blood mononuclear cells, comprising: • contacting a cell with a proteasome inhibitor; • contacting the cell with a lysosome inhibitor; • harvesting the resulting autophagosomes; and selecting cells that incorporate one or more Toll-like receptor agonist and/or one or more molecular chaperones within the harvested autophagosomes, wherein the one or more Toll-like receptor agonists may include agonists for Toll-like receptor 2, Toll-like receptor 3, Toll-like receptor 4, Toll-like receptor 7, and/or Toll-like receptor 9, or a combination thereof, and wherein the chaperones are selected from the list containing HSP-90, HSP-70 and calreticulin. • contacting a cell with a proteasome inhibitor; • contacting the cell with a lysosome inhibitor; • harvesting the resulting autophagosomes; and
An apparatus for bone cement delivery comprising: a proximal nozzle portion having a proximal end configured to couple to a bone cement source and a first distal delivery end having a circular cross section; a distal nozzle augment having a proximal end configured to slideably couple to the first distal delivery end and a second distal delivery end having an oblong cross section, wherein the distal nozzle augment includes a longitudinal axis and the second distal delivery end includes a slanted face disposed at an acute angle between 20 °and 35 ° relative to the longitudinal axis to allow the slanted face to make substantially parallel contact with a delivery surface; wherein the slanted face tapers relative to the second distal delivery end to provide a funnel embedded in the distal nozzle augment ; and an attachment mechanism configured to slideably retain the distal nozzle augment to the proximal nozzle portion . a proximal nozzle portion having a proximal end configured to couple to a bone cement source and a first distal delivery end having a circular cross section; a distal nozzle augment having a proximal end configured to slideably couple to the first distal delivery end and a second distal delivery end having an oblong cross section, wherein the distal nozzle augment includes a longitudinal axis and the second distal delivery end includes a slanted face disposed at an acute angle between 20 °and 35 ° relative to the longitudinal axis to allow the slanted face to make substantially parallel contact with a delivery surface; wherein the slanted face tapers relative to the second distal delivery end to provide a funnel embedded in the distal nozzle augment ; and an attachment mechanism configured to slideably retain the distal nozzle augment to the proximal nozzle portion .
A desk for a music expert, the desk being configured such that a top plate is supported at a predetermined height by support legs and a sliding plate is configured to selectively move forward and rearward in a horizontal direction under the top plate ; wherein a keyboard is seated on the sliding plate , and left and right sides of the sliding plate are movably supported by guide rails ; wherein a center portion of the sliding plate is supported by a center reinforcing rail configured to prevent the sliding plate from sagging; wherein the guide rails on both sides are supported by support frames , the support frames are fastened and coupled to the support legs , and a plurality of adjusting holes configured to variably adjust locations at which the support frames are fastened is formed in the support legs at predetermined intervals so that a height of the sliding plate is adjusted; and wherein speaker seating depressions configured to allow speakers to be seated therein are formed in the top plate , and shock-absorbing pads configured to absorb vibration related to the speakers are provided in the speaker seating depressions . wherein a keyboard is seated on the sliding plate , and left and right sides of the sliding plate are movably supported by guide rails ; wherein a center portion of the sliding plate is supported by a center reinforcing rail configured to prevent the sliding plate from sagging; wherein the guide rails on both sides are supported by support frames , the support frames are fastened and coupled to the support legs , and a plurality of adjusting holes configured to variably adjust locations at which the support frames are fastened is formed in the support legs at predetermined intervals so that a height of the sliding plate is adjusted; and wherein speaker seating depressions configured to allow speakers to be seated therein are formed in the top plate , and shock-absorbing pads configured to absorb vibration related to the speakers are provided in the speaker seating depressions .
A vinylidene fluoride resin fiber comprising a plurality of vinylidene fluoride resin filaments, wherein the fiber has a degree of crystal orientation of not less than 80% and a crystal size of not greater than 12 nm as determined on the basis of X-ray diffraction from an azimuth angle intensity distribution curve of 2θ = 20.8 ± 1° as described in the description, the vinylidene fluoride resin has two or more melting peaks within a range of 150°C to 180°C, determined as described in the description, and an average birefringence, determined as described in the description, is not less than 30 × 10 -3 . the fiber has a degree of crystal orientation of not less than 80% and a crystal size of not greater than 12 nm as determined on the basis of X-ray diffraction from an azimuth angle intensity distribution curve of 2θ = 20.8 ± 1° as described in the description, the vinylidene fluoride resin has two or more melting peaks within a range of 150°C to 180°C, determined as described in the description, and an average birefringence, determined as described in the description, is not less than 30 × 10 -3 .
A composition comprising fosaprepitant, or a pharmaceutically acceptable salt thereof, aprepitant, or a pharmaceutically acceptable salt thereof, and human serum albumin, wherein the fosaprepitant, or a pharmaceutically acceptable salt thereof, and the human serum albumin in the composition have a ratio by weight from about 1:0.5 to about 1:300. fosaprepitant, or a pharmaceutically acceptable salt thereof, aprepitant, or a pharmaceutically acceptable salt thereof, and human serum albumin, wherein the fosaprepitant, or a pharmaceutically acceptable salt thereof, and the human serum albumin in the composition have a ratio by weight from about 1:0.5 to about 1:300.