mhurhangee/ep-ind-claims huggingface dataset:
A header for an agricultural vehicle, the header comprising: a base structure (102,108, 110); a header wing section; an articulated joint connecting the header wing section to the base structure (102,108, 110); an actuator operatively connected between the header wing section and the base structure (102,108, 110), the actuator being operative to move the header wing section relative to the base structure (102,108, 110) between a wing lowered position and a wing raised position; a load sensor operatively connected to the header wing section; and a controller operatively connected to the load sensor and the actuator, the controller being configured to acquire load sensor data from the load sensor to evaluate a magnitude of a gravitational load on the header wing section, characterized in that the controller is further configured to prevent the actuator from moving the header wing section towards the wing raised position if the magnitude of the gravitational load exceeds a predetermined threshold load value. a base structure (102,108, 110); a header wing section; an articulated joint connecting the header wing section to the base structure (102,108, 110); an actuator operatively connected between the header wing section and the base structure (102,108, 110), the actuator being operative to move the header wing section relative to the base structure (102,108, 110) between a wing lowered position and a wing raised position; a load sensor operatively connected to the header wing section; and a controller operatively connected to the load sensor and the actuator, the controller being configured to acquire load sensor data from the load sensor to evaluate a magnitude of a gravitational load on the header wing section, characterized in that the controller is further configured to prevent the actuator from moving the header wing section towards the wing raised position if the magnitude of the gravitational load exceeds a predetermined threshold load value.
An apparatus comprising: a base having a longitudinal axis and at least one locking member (16a, 16b); a housing pivotable relative to said base having two side walls (6a, 6b) each having an edge for defining a longitudinal slot therebetween wherethrough a needle passes, said housing having an other locking member (18a, 18b; 20a, 20b); characterized in that said base comprises at least one barrier means at a location at said base proximate to said one locking member (16a, 16b) to prevent at least the one section (32a, 32b) of said housing that has the other locking member (18a, 18b; 20a, 20b) from being exposed once said housing is pivoted relative to said base to be at a position in alignment with said longitudinal axis and said housing and said base are fixedly retained to each other by the engagement of the one (16a, 16b) and other locking members (18a, 18b; 20a, 20b). a base having a longitudinal axis and at least one locking member (16a, 16b); a housing pivotable relative to said base having two side walls (6a, 6b) each having an edge for defining a longitudinal slot therebetween wherethrough a needle passes, said housing having an other locking member (18a, 18b; 20a, 20b); characterized in that said base comprises at least one barrier means at a location at said base proximate to said one locking member (16a, 16b) to prevent at least the one section (32a, 32b) of said housing that has the other locking member (18a, 18b; 20a, 20b) from being exposed once said housing is pivoted relative to said base to be at a position in alignment with said longitudinal axis and said housing and said base are fixedly retained to each other by the engagement of the one (16a, 16b) and other locking members (18a, 18b; 20a, 20b).
A vertically oriented phase separation device comprising a receptacle having an outlet portion comprising an outlet opening, and a phase separation element consisting of a porous and hydrophobic material, characterised in that the phase separation element of hydrophobic material is a solid cylinder without a lumen, having a first end and a second end, that the phase separation element is in fluid communication with the outlet opening of the receptacle, and that the phase separation element is adapted to fit tight in the outlet portion of the receptacle such that no fluid present in the receptacle outside of the phase element can run through the outlet opening.
Apparatus for the formation of products comprising an edible material, preferably meat, and an interleaver, which comprises a drum with mould cavities in which the edible material is formed, wherein the cavities comprises a bottom and/or a sidewall made from a porous material through which pressurized gas is forced to eject the edible product from the cavities, further comprising an interleaver storage and means to transport the interleaver from the storage to the circumference of the drum where the product is placed on the interleaver or vice versa, wherein the speed of the means is controlled by a controller in order to place the interleaver in the exact location where the formed material is discharged and/or to adjust the speed of motion of the interleaver to the same speed of rotation of the drum and wherein the transport means comprise vacuum means (22, 63) configured to attach the interleaver to said transport means, characterized in, that the means to transport the interleaver is a carriage with a linear drive.
An ink jet head comprising: a base member comprising a mounting surface; a plurality of walls attached to the mounting surface of the base member, each of the walls including a first piezoelectric layer having a first polarization direction and a second piezoelectric layer having a second polarization direction opposite to the first polarization direction, and defining a plurality of flow paths between the walls, the flow paths including first and second flow paths (51, 52) alternating with one another; a nozzle plate comprising a plurality of openings, each of which communicates with one of the first flow paths; an ink supply unit fluidly coupled to the first flow paths; and electrodes on side surfaces of the walls; characterized by further comprising: first and second wirings, each extending along the mounting surface of the base member and each being individually connected to one of the electrodes; a plurality of first protective layers on the mounting surface of the base member, the first wiring extending between a first pair of the first protective layers and the second wiring extending between a second pair of the first protective layers; and a second protective layer comprising an electrically insulating layer covering the first protective layers and the first and second wirings. a base member comprising a mounting surface; a plurality of walls attached to the mounting surface of the base member, each of the walls including a first piezoelectric layer having a first polarization direction and a second piezoelectric layer having a second polarization direction opposite to the first polarization direction, and defining a plurality of flow paths between the walls, the flow paths including first and second flow paths (51, 52) alternating with one another; a nozzle plate comprising a plurality of openings, each of which communicates with one of the first flow paths; an ink supply unit fluidly coupled to the first flow paths; and electrodes on side surfaces of the walls; characterized by further comprising: first and second wirings, each extending along the mounting surface of the base member and each being individually connected to one of the electrodes; a plurality of first protective layers on the mounting surface of the base member, the first wiring extending between a first pair of the first protective layers and the second wiring extending between a second pair of the first protective layers; and a second protective layer comprising an electrically insulating layer covering the first protective layers and the first and second wirings. first and second wirings, each extending along the mounting surface of the base member and each being individually connected to one of the electrodes; a plurality of first protective layers on the mounting surface of the base member, the first wiring extending between a first pair of the first protective layers and the second wiring extending between a second pair of the first protective layers; and a second protective layer comprising an electrically insulating layer covering the first protective layers and the first and second wirings.
A piezoelectric element, comprising: a first electrode formed on a substrate; a piezoelectric layer which is formed on the first electrode and includes a complex oxide with an ABO 3 -type perovskite structure represented by the following formula; and a second electrode formed on the piezoelectric layer, wherein a seed layer including a complex oxide with an ABO 3 -type perovskite structure in which K and Nb are included is between the first electrode and the piezoelectric layer, and characterised in that the piezoelectric layer is formed from a polycrystal that is preferentially orientated on the plane. (K X, Na 1-X)NbO 3 a first electrode formed on a substrate; a piezoelectric layer which is formed on the first electrode and includes a complex oxide with an ABO 3 -type perovskite structure represented by the following formula; and a second electrode formed on the piezoelectric layer, wherein a seed layer including a complex oxide with an ABO 3 -type perovskite structure in which K and Nb are included is between the first electrode and the piezoelectric layer, and characterised in that the piezoelectric layer is formed from a polycrystal that is preferentially orientated on the plane. (K X, Na 1-X)NbO 3
A pedestal for supporting a pillar, wherein the pedestal comprises a connecting plate for connection with the pillar, as well as a base contact part, and wherein the connecting plate is connected at least indirectly to the base contact part, wherein at least one pass-through opening is arranged in the connecting plate, wherein a first pass-through opening axis of the first pass-through opening is arranged substantially parallel to a pedestal axis, wherein a predeterminable plurality of second pass-through openings is arranged in the connecting plate, characterized in that second pass-through opening axes of the second pass-through opening are respectively tangent to the cylinder about the pedestal axis, and that all second pass-through opening axes are tangent to one and the same cylinder.
An aluminum alloy conductor wire characterized by having a composition comprising Mg: 0.1 mass% to 1.0 mass%, Si: 0.1 mass% to 1.20 mass%, Fe: 0.01 mass% to 1.40 mass%, Ni: 0.05 mass% to 0.3 mass%, Ti: 0 mass% to 0.100 mass%, B: 0 mass% to 0.030 mass%, Cu: 0 mass% to 1.00 mass%, Ag: 0 mass% to 0.50 mass%, Au: 0 mass% to 0.50 mass%, Mn: 0 mass% to 1.00 mass%, Cr: 0 mass% to 1.00 mass%, Zr: 0 mass% to 0.50 mass%, Hf: 0 mass% to 0.50 mass%, V: 0 mass% to 0.50 mass%, Sc: 0 mass% to 0.50 mass%, Co: 0 mass% to 0.50 mass%, and the balance: Al and inevitable impurities, where Ti, B, Cu, Ag, Au, Mn, Cr, Zr, Hf, V, Sc, and Co are arbitrary additive components of which at least one component may be contained or none of the components may be contained, wherein a density of a compound having a particle size of 0.5 to 5.0 μm and containing Fe is 1 to 300 particles/10000 μm 2.
Glass solution of saxagliptin base, or pharmaceutically acceptable salt thereof, dispersed within a polymer matrix, wherein the polymer is selected from hydroxypropyl methylcellulose and hydroxypropylcellulose, wherein the hydroxypropyl methylcellulose is with molecular weight about 22,000 Da (g/mol) and the hydroxypropylcellulose is with molecular weight about 80,000 Da (g/mol) and wherein the ratio of the amount by weight of saxagliptin within the glass solution to the amount by weight of the polymer therein is 1:2.
A negative electrode active material for a nonaqueous secondary battery, comprising graphite containing boron, wherein the graphite has an average discharge potential of 0.16 V or more and 0.2 V or less, based on Li, wherein the graphite contains boron in an amount of greater than 0.03 mass% and not greater than 1 mass%; and wherein the graphite has an interlayer distance of 3.348 angstrom or more and 3.352 angstrom or less. the graphite has an average discharge potential of 0.16 V or more and 0.2 V or less, based on Li, wherein the graphite contains boron in an amount of greater than 0.03 mass% and not greater than 1 mass%; and wherein the graphite has an interlayer distance of 3.348 angstrom or more and 3.352 angstrom or less.
A hermetic electrical package comprising: a first transparent barrier layer; a second barrier layer bonded to the first transparent barrier layer, and defining a plurality of feedthrough apertures; an optoelectronic device sandwiched between the first and second barrier layers, the optoelectronic device comprising an anode, a photoelectrically active layer, and a cathode; at least one conductive patch (350, 351) electrically coupled to the cathode or anode and disposed across at least one feedthrough aperture; characterized in that the hermetic electrical package further comprises an adhesive layer, wherein the at least one conductive patch (350,351) is bonded to the second barrier layer through the adhesive layer, and further is disposed at a side, opposite to the optoelectronic device, of the second barrier layer and covers the at least one feedthrough aperture, the at least one conductive patch (350, 351) and the adhesive layer are formed by different materials. a first transparent barrier layer; a second barrier layer bonded to the first transparent barrier layer, and defining a plurality of feedthrough apertures; an optoelectronic device sandwiched between the first and second barrier layers, the optoelectronic device comprising an anode, a photoelectrically active layer, and a cathode; at least one conductive patch (350, 351) electrically coupled to the cathode or anode and disposed across at least one feedthrough aperture; characterized in that the hermetic electrical package further comprises an adhesive layer, wherein the at least one conductive patch (350,351) is bonded to the second barrier layer through the adhesive layer, and further is disposed at a side, opposite to the optoelectronic device, of the second barrier layer and covers the at least one feedthrough aperture, the at least one conductive patch (350, 351) and the adhesive layer are formed by different materials.
A device for supporting containers in filling machines for products in powder form or the like, comprising at least two supporting elements (2, 3) which are mutually coupled, respectively a first supporting element, which is connected to the structure of a filling machine, and a second supporting element, which can move with respect to said first supporting element and is designed to support a respective container to be filled, actuation means being provided which are adapted to actuate with a vibrating motion said second supporting element with respect to said first supporting element, characterized in that said second supporting element can rotate with respect to said first supporting element about a substantially vertical rotation axis and in that said actuation means comprise means for generating a variable magnetic field, which are integral with one of said supporting elements (2, 3), and magnetic means, which are integral with the other supporting element (2, 3) and interact with said generator means in order to cause an alternating oscillation, in the two opposite rotation directions, of said second supporting element with respect to said first supporting element, about said rotation axis.
A mechanical seat reversing structure of a baby stroller, comprising a supporting pedestal fixed on a frame of a baby stroller, a supporting stand rotatably connected with the supporting pedestal through a rotating shaft, a locating component for locking the relative position of the supporting pedestal and the supporting stand, a release mechanism for releasing the lock of the locating component; characterized by a reversing pulling bar; the release mechanism comprising a rotor which is sleeved on the rotating shaft and capable of rotating, and a trigger portion for triggering the locating component to release the lock is arranged on the rotor; a reversing gear being connected with the rotating shaft and being in transmission with the rotor through a ratchet wheel structure; and one end of a reversing drawing rope for drawing the rotor to rotate being connected with the rotor and the other end thereof being connected with the reversing pulling bar; further comprising a return spring for returning the rotor on which one section of the reversing drawing rope is wound.
A shirt, comprising: a front portion; a back portion; and four connectors attached to the front and back portions in a manner that creates a continuous collar, the four connectors comprising: a front connector with two ends and melded to the front portion, a back connector with two ends and melded to the back portion, left and right connectors (112, 110) melded to both the front and back portions, each of the left and right connectors intersecting with one of the ends of the front connector and one of the ends of the back connector.
An injection device (100, 100A, 400, 500) for being manually operated by a user, the injection device comprising: a syringe (10,110) including a tubular body, the body having, in a peripheral wall, an opening having a rectangular shape in a plan view; a conversion portion (30,30A) connected to a rear end portion of a gasket disposed on a tip side of the body, the conversion portion (30,30A) being contained in the body; a button (40,40A,40B,40C) disposed on a side near the opening of the conversion portion (30,30A) and supported by the conversion portion (30,30A) with side portions of the button (40,40A,40B,40C) sandwiched between both side walls of the opening; the injection device being characterized by a slider (50,350) disposed in the opening in the peripheral wall of the body and configured to move the conversion portion (30,30A) and the button (40,40A,40B,40C) in a tip direction that is a direction in which the gasket moves toward a tip of the body, wherein the button (40,40A,40B,40C) has a cross-sectional U-shape on a plane perpendicular to the tip direction and includes a pair of leg portions disposed so as to straddle the conversion portion (30,30A) and having front slopes inclined with respect to the tip direction by a set angle (θ), and wherein the conversion portion (30,30A) includes a pair of engaging portions formed so as to correspond to the pair of leg portions and having rear slopes that slidingly contact the front slopes and is configured to move in the tip direction in accordance with an operation of pushing down the button (40,40A,40B,40C) toward inside of the body. a syringe (10,110) including a tubular body, the body having, in a peripheral wall, an opening having a rectangular shape in a plan view; a conversion portion (30,30A) connected to a rear end portion of a gasket disposed on a tip side of the body, the conversion portion (30,30A) being contained in the body; a button (40,40A,40B,40C) disposed on a side near the opening of the conversion portion (30,30A) and supported by the conversion portion (30,30A) with side portions of the button (40,40A,40B,40C) sandwiched between both side walls of the opening; the injection device being characterized by a slider (50,350) disposed in the opening in the peripheral wall of the body and configured to move the conversion portion (30,30A) and the button (40,40A,40B,40C) in a tip direction that is a direction in which the gasket moves toward a tip of the body, wherein the button (40,40A,40B,40C) has a cross-sectional U-shape on a plane perpendicular to the tip direction and includes a pair of leg portions disposed so as to straddle the conversion portion (30,30A) and having front slopes inclined with respect to the tip direction by a set angle (θ), and wherein the conversion portion (30,30A) includes a pair of engaging portions formed so as to correspond to the pair of leg portions and having rear slopes that slidingly contact the front slopes and is configured to move in the tip direction in accordance with an operation of pushing down the button (40,40A,40B,40C) toward inside of the body.
A current generating device for the generation and simultaneous monitoring of a measuring current for a level meter, pressure gauge or flowmeter, wherein the current generating device features: a first current source for generating a measuring current; a second current source for generating a compensating current in order to compensate at least part of the measuring current; and a detection circuit for detecting a deviation of the measuring current from a set point value on the basis of the compensating current; a current sensing resistor unit for measuring the compensation current; wherein the compensation current and the measuring current flow through the current sensing resistor unit; wherein the first current source supplies a first circuit; wherein the second current source feeds a test current into the first circuit; and wherein the current generating device is configured such that feeding the test current generates the compensation current; wherein the set point value is provided as the amount of test current. a first current source for generating a measuring current; a second current source for generating a compensating current in order to compensate at least part of the measuring current; and a detection circuit for detecting a deviation of the measuring current from a set point value on the basis of the compensating current; a current sensing resistor unit for measuring the compensation current; wherein the compensation current and the measuring current flow through the current sensing resistor unit; wherein the first current source supplies a first circuit; wherein the second current source feeds a test current into the first circuit; and wherein the current generating device is configured such that feeding the test current generates the compensation current; wherein the set point value is provided as the amount of test current.
A tongue, comprising a securing portion that is formed of a metallic plate and that is securable to a buckle, and a resin molded portion that forms a grasping portion as a result of performing molding at a grasping portion corresponding section with a resin and that has a belt through hole through which a seat belt passes, the grasping portion corresponding section being formed of the metallic plate and being integrally formed with the securing portion, the grasping portion being grasped and a securing operation being performed to secure the securing portion to the buckle, wherein the resin molded portion includes a hard-resin molded portion that is formed by performing molding at a predetermined portion of the grasping portion corresponding section of the metallic plate with a hard resin and a soft-resin molded portion that is formed by being molded on a predetermined portion of the hard-resin molded portion with a resin that is softer than the hard resin and by being bonded or fused to the hard-resin molded portion, wherein an elongated protrusion is provided at a portion where the hard-resin molded portion is bonded or fused to the soft-resin molded portion, wherein the soft-resin molded portion is molded with the soft resin so as to cover the elongated protrusion, characterized in that two securing protrusions (6m,6n) are provided at respective side surfaces of the elongated protrusion, and the soft-resin molded portion is molded with the soft resin so as to cover the securing protrusions (6m,6n) and the securing protrusions (6m,6n) are securing protrusions (6m,6n) that reduce coming off of the soft-resin molded portion from the hard-resin molded portion.