mhurhangee/ep-ind-claims huggingface dataset:
Transport vehicle (10; 40; 76; 78) for pallets, comprising a supporting rail, at least two supporting rollers, a lift drive for the supporting rail and a traction drive (56, 58), wherein the transport vehicle (10; 40; 76, 78) in the lowered condition is lower and narrower than the passage openings of a euro-pallet and on its entire length is adapted to underriding of euro-pallets and capable of passing through under the euro-pallets, wherein the at least two supporting rollers, the lift drive and the traction drive (56, 58) are disposed between a track plane, as defined by the contact points of the supporting rollers, and an upper side of the supporting rail, wherein the supporting rail constitutes a continuous upper side of the transport vehicle (10; 40; 76; 78), whereon the pallets can rest, wherein sensors (51, 52, 80, 82, 84, 86) for detecting a lateral distance of the transport vehicle to a lateral boundary and/or to another transport vehicle (10; 40; 76; 78) are provided exclusively on one side of the transport vehicle, wherein means for initiating correcting actions by means of steerable supporting rollers or drive rollers in response to sensor signals are provided, and wherein on a first and/or on a second end of the transport vehicle (10; 40; 76; 78) sensors for identifying a distance in the longitudinal direction are provided.
First and second complex for use in treating B cell malignancies, inflammatory disorders and autoimmune diseases with B cell involvement in a patient: (i) said first complex comprising a targeting moiety and a morpholino and said treatment involving contacting the B-cell population of said patient with said first complex; and (ii) said second complex comprising a copolymer carrier and one or more morpholinos and said treatment involving contacting the B-cell population of said patient with said second complex; wherein the contacting of the cells with the first complex and the second complex induces apoptosis of the cells, wherein the morpholino of the first complex and the one or more morpholinos of the second complex are complementary, wherein the targeting moiety is specific for the CD20 receptor. (i) said first complex comprising a targeting moiety and a morpholino and said treatment involving contacting the B-cell population of said patient with said first complex; and (ii) said second complex comprising a copolymer carrier and one or more morpholinos and said treatment involving contacting the B-cell population of said patient with said second complex;
A method for removing organic solvents from wet guayule bagasse comprising: solvent extracting size reduced guayule shrub material to remove rubber and resin, wherein the size reduction has included chipping to 2.54-7.62 cm (1-3") size pieces, the solvent extracting producing a wet bagasse, said method being characterized by utilizing a quantity of the wet bagasse that contains 40 to 75 weight % combined organic solvents and water, based upon the total weight of the wet bagasse, and no more than 0.1 weight % rubber; heating the wet bagasse to a temperature of 70-100 °C; producing dried bagasse that contains no more than 1 weight % organic solvents. solvent extracting size reduced guayule shrub material to remove rubber and resin, wherein the size reduction has included chipping to 2.54-7.62 cm (1-3") size pieces, the solvent extracting producing a wet bagasse, said method being characterized by utilizing a quantity of the wet bagasse that contains 40 to 75 weight % combined organic solvents and water, based upon the total weight of the wet bagasse, and no more than 0.1 weight % rubber; heating the wet bagasse to a temperature of 70-100 °C; producing dried bagasse that contains no more than 1 weight % organic solvents.
A steering, engine speed and implement control mechanism for operating a vehicle, said control mechanism comprising: - a control handle mounted on said vehicle, said control handle having a trigger and configured to deflect in a plurality of directions along more than one axis (62, 63, 65) by movement of an operator's hand; - a steering direction of said vehicle related to manipulation of said trigger and movement of said control handle about at least one axis (62, 63, 65), such that manipulation of said trigger moves said vehicle at least in the fore or aft direction, and left or right rotational movement of said control handle about a vertical axis moves said vehicle in a left or right rotational movement, respectively; - an actuating element for changing the speed of the engine of said vehicle, attached to said control handle and conveniently movable by an operator's digit to a plurality of positions to effect the desired engine speed; and - a control circuit operably connected between said actuating element and a throttle control device, said control circuit having predetermined maximum and minimum engine speeds programmed therein, such that continued activation of the actuating element by the operator's digit does not cause the engine speed to increase or decrease beyond the maximum and minimum engine speed programmed therein; and characterized in that said control mechanism further comprises an implement movement related to a movement of said control handle along more than one axis, such that movement of said control handle upward and downward along the vertical axis moves a lift assembly connected to said vehicle in an upward and downward direction, respectively, and deflection of at least a portion of said control handle along a longitudinal axis fore and aft moves a bucket connected to said lift assembly upward and downward, respectively. - a control handle mounted on said vehicle, said control handle having a trigger and configured to deflect in a plurality of directions along more than one axis (62, 63, 65) by movement of an operator's hand; - a steering direction of said vehicle related to manipulation of said trigger and movement of said control handle about at least one axis (62, 63, 65), such that manipulation of said trigger moves said vehicle at least in the fore or aft direction, and left or right rotational movement of said control handle about a vertical axis moves said vehicle in a left or right rotational movement, respectively; - an actuating element for changing the speed of the engine of said vehicle, attached to said control handle and conveniently movable by an operator's digit to a plurality of positions to effect the desired engine speed; and - a control circuit operably connected between said actuating element and a throttle control device, said control circuit having predetermined maximum and minimum engine speeds programmed therein, such that continued activation of the actuating element by the operator's digit does not cause the engine speed to increase or decrease beyond the maximum and minimum engine speed programmed therein; and
An operating drape comprising an impermeable cloth having a window (3; 3') for accessing an operating site, characterized in that the cloth includes two peelable impermeable films (10, 20; 10', 20'), maintained in the extension of each other in a sealed manner by means of a heat weld making it possible to separate the films by peeling and in that the window (3; 3') is shared between both films (10, 20; 10', 20').
A liquid pump, comprising: a pumping element; an electric motor coupled to the pumping element to drive the pumping element for rotation, the motor having a commutator, brush cavities, brushes received in the brush cavities, the brushes having a first surface engaged with the commutator, at least one biasing member biasing the first surface of the brushes into engagement with the commutator, the brush cavities and the brushes received therein having a wedge-shaped cross section having a narrower first portion and a wider second portion, the brushes being smaller in cross section than their respective brush cavities and having a second surface spaced from the first surface, inclined at an acute included angle (α) relative to the first surface and engaged by the biasing member to move the brushes toward the first portion of their respective brush cavities and into engagement with at least one sidewall of their respective brush cavities, characterized in that the brushes each include a retaining feature associated with said at least one biasing member and the retaining features are offset from a center line of the second surface of the brushes so as to bias the biasing member and brush toward the vertex of said angle. a pumping element; an electric motor coupled to the pumping element to drive the pumping element for rotation, the motor having a commutator, brush cavities, brushes received in the brush cavities, the brushes having a first surface engaged with the commutator, at least one biasing member biasing the first surface of the brushes into engagement with the commutator, the brush cavities and the brushes received therein having a wedge-shaped cross section having a narrower first portion and a wider second portion, the brushes being smaller in cross section than their respective brush cavities and having a second surface spaced from the first surface, inclined at an acute included angle (α) relative to the first surface and engaged by the biasing member to move the brushes toward the first portion of their respective brush cavities and into engagement with at least one sidewall of their respective brush cavities, characterized in that the brushes each include a retaining feature associated with said at least one biasing member and the retaining features are offset from a center line of the second surface of the brushes so as to bias the biasing member and brush toward the vertex of said angle.
Apparatus for cutting slab material comprising: - a working unit comprising disk cutting means; - a working table, adapted to support the slabs to be cut during working comprising a tank; the apparatus further comprising a first rotation unit, adapted to rotate the working unit about a first axis, vertical and substantially perpendicular to the working table, and a second rotation unit, adapted to rotate the working unit about a second axis, inclined with respect to the first axis, characterized in that the working unit further comprises water- jet cutting means, said disk cutting means and said water-jet cutting means being integral with each other; the tank is closed by an interchangeable metallic grid, on top or winch a sacrificial element, adapted to prevent contact between the disk cutting means and the grid, is placed; the apparatus further comprises a unit for moving the working unit above the working table, comprising: a horizontal translation unit, adapted to move the working unit along two directions parallel to the working table and perpendicular to each other; a vertical translation unit, adapted to move the working unit along a direction perpendicular to the working table, toward or away from it. - a working unit comprising disk cutting means; - a working table, adapted to support the slabs to be cut during working comprising a tank; the apparatus further comprising a first rotation unit, adapted to rotate the working unit about a first axis, vertical and substantially perpendicular to the working table, and a second rotation unit, adapted to rotate the working unit about a second axis, inclined with respect to the first axis, characterized in that a horizontal translation unit, adapted to move the working unit along two directions parallel to the working table and perpendicular to each other; a vertical translation unit, adapted to move the working unit along a direction perpendicular to the working table, toward or away from it.
Method for producing a hollow-cylindrical ceramic component, in particular a plug insulator for a spark plug, the ceramic component (20; 30) having a through-opening (23; 33), comprising the steps of: - closing a tool, which is divided in the radial direction of the ceramic component and comprises an inserted ring core, which is divided in the axial direction (X-X), a first tool part and a second tool part, which define a cavity, - arranging a core arrangement comprising a central core and a pressure core in the cavity, - the central core and the pressure core being movable independently of one another in the axial direction (X-X), and - the pressure core defining an axial end of the cavity and at least partially receiving the central core, - the central core being arranged in the cavity in such a way that an annular sprue cross section is formed at a free end of the central core, - injecting a first ceramic material through the annular sprue cross section, - closing the sprue cross section by means of the central core, - moving the pressure core in the axial direction (X-X) in the direction of the sprue side, in order to exert pressure on the injected first ceramic material, - withdrawing the ring core in the radial direction, so that a ring cavity is created, and - injecting a second ceramic material into the ring cavity. - closing a tool, which is divided in the radial direction of the ceramic component and comprises an inserted ring core, which is divided in the axial direction (X-X), a first tool part and a second tool part, which define a cavity, - arranging a core arrangement comprising a central core and a pressure core in the cavity, - the central core and the pressure core being movable independently of one another in the axial direction (X-X), and - the pressure core defining an axial end of the cavity and at least partially receiving the central core, - the central core being arranged in the cavity in such a way that an annular sprue cross section is formed at a free end of the central core, - injecting a first ceramic material through the annular sprue cross section, - closing the sprue cross section by means of the central core, - moving the pressure core in the axial direction (X-X) in the direction of the sprue side, in order to exert pressure on the injected first ceramic material, - withdrawing the ring core in the radial direction, so that a ring cavity is created, and - injecting a second ceramic material into the ring cavity.
An applicator connection unit for an application robot for coating objects, which comprises supply lines for an applicator and to which an applicator can be fastened in such a way that working lines of the applicator are connected to the supply lines of the applicator connection unit, wherein a) the applicator connection unit is constructed as an adapter unit in such a way that at least one applicator of a first operating mode and one applicator of a second operating mode can be releasably and replaceably fastened to the applicator connection unit; b) the supply lines comprises a first supply group having supply lines for the applicator of the first operating mode and at least one second supply group having supply lines for the applicator of the second operating mode; c) the applicator connection unit comprises a connecting device by means of which supply lines of the applicator connection unit can be optionally blocked or functionally connected to working lines of an applicator, characterized in that d) the connecting device comprises an adapter member with connecting lines which can take over at least two connecting positions and thereby, in a first connecting position, connects connecting lines of a first connecting group to the supply lines of the first supply group and, in a second connecting position, connects connecting lines of a second connecting group to the supply lines of the second connecting group and moreover, in a changeover position, closes all supply groups (50a, 50b) of the applicator connection unit. a) the applicator connection unit is constructed as an adapter unit in such a way that at least one applicator of a first operating mode and one applicator of a second operating mode can be releasably and replaceably fastened to the applicator connection unit; b) the supply lines comprises a first supply group having supply lines for the applicator of the first operating mode and at least one second supply group having supply lines for the applicator of the second operating mode; c) the applicator connection unit comprises a connecting device by means of which supply lines of the applicator connection unit can be optionally blocked or functionally connected to working lines of an applicator, characterized in that d) the connecting device comprises an adapter member with connecting lines which can take over at least two connecting positions and thereby, in a first connecting position, connects connecting lines of a first connecting group to the supply lines of the first supply group and, in a second connecting position, connects connecting lines of a second connecting group to the supply lines of the second connecting group and moreover, in a changeover position, closes all supply groups (50a, 50b) of the applicator connection unit.
Method to recognize if a user of an electronic terminal is a human or a robot, includes the phases - taking an original image, - decomposing the original image into a multitude of image portions, - visualizing said multitude of image portions by randomly placing them within a test area of a display of an electronic terminal, - randomly generating the coordinates of a solution position inside the test area, and defining a solution area that includes the coordinates of the solution position and falls within the test area, - detecting the movement of a cursor within the test area - moving each image portion of such multitude of image portions within the test area according to a trajectory which depends on the detected cursor position inside the test area, said trajectory is such that, when the cursor is in the solution position, the original image is visualized inside the test area, - detecting a control signal inputted by the user of the electronic terminal, - detecting the final position of the cursor, said final position being the position of the cursor at the time of input of the control signal, - comparing the coordinates of the final position of the cursor with the solution area, - considering the interaction with the electronic terminal as performed by a human if the final position of the cursor falls within the solution area. - taking an original image, - decomposing the original image into a multitude of image portions, - visualizing said multitude of image portions by randomly placing them within a test area of a display of an electronic terminal, - randomly generating the coordinates of a solution position inside the test area, and defining a solution area that includes the coordinates of the solution position and falls within the test area, - detecting the movement of a cursor within the test area - moving each image portion of such multitude of image portions within the test area according to a trajectory which depends on the detected cursor position inside the test area, said trajectory is such that, when the cursor is in the solution position, the original image is visualized inside the test area, - detecting a control signal inputted by the user of the electronic terminal, - detecting the final position of the cursor, said final position being the position of the cursor at the time of input of the control signal, - comparing the coordinates of the final position of the cursor with the solution area, - considering the interaction with the electronic terminal as performed by a human if the final position of the cursor falls within the solution area.
An intelligent mower configured for unmanned operation, comprising: a cutting mechanism, configured to execute a cutting operation; a machine body, wherein said cutting mechanism is eccentrically arranged below said machine body, deviated to one side of said machine body, characterized in that said machine body is connected with: a side part protection, located in the side of said cutting mechanism, configured to establish a protection barrier in the side of said cutting mechanism; and a bottom protection, located below said cutting mechanism, configured to establish a protection barrier below said cutting mechanism, wherein said bottom protection is provided with a grass inlet; wherein the positions of the side part protection and the bottom protection on the machine body are deviated to one side of the machine body, and the deviated direction of said side protection and said bottom protection is same as that of said cutting mechanism. a cutting mechanism, configured to execute a cutting operation; a machine body, wherein said cutting mechanism is eccentrically arranged below said machine body, deviated to one side of said machine body, a side part protection, located in the side of said cutting mechanism, configured to establish a protection barrier in the side of said cutting mechanism; and a bottom protection, located below said cutting mechanism, configured to establish a protection barrier below said cutting mechanism, wherein said bottom protection is provided with a grass inlet; wherein the positions of the side part protection and the bottom protection on the machine body are deviated to one side of the machine body, and the deviated direction of said side protection and said bottom protection is same as that of said cutting mechanism.
A polymerizable composition for an optical material, comprising two or more different monomers for an optical material, and a polymerization catalyst, wherein: at least one of the two or more different monomers for an optical material is an isocyanate compound containing an aromatic ring, a content of the polymerization catalyst with respect to a total of 100 parts by mass of the two or more different monomers for an optical material is from 0.010 parts by mass to 0.50 parts by mass, a viscosity measured by a B-type viscometer at 25°C and 60 rpm is from 10 mPa·s to 1,000 mPa·s, characterized in that the polymerization catalyst satisfies the following Condition 1: − Ea / R is from − 7,100 to − 2,900 wherein Ea is an activation energy calculated by an Arrhenius plot from reaction rate constants of the two or more different monomers for an optical material at two or more different temperatures, and R is the gas constant 8.314 J/mol/K. at least one of the two or more different monomers for an optical material is an isocyanate compound containing an aromatic ring, a content of the polymerization catalyst with respect to a total of 100 parts by mass of the two or more different monomers for an optical material is from 0.010 parts by mass to 0.50 parts by mass, a viscosity measured by a B-type viscometer at 25°C and 60 rpm is from 10 mPa·s to 1,000 mPa·s, characterized in that the polymerization catalyst satisfies the following Condition 1: − Ea / R is from − 7,100 to − 2,900 wherein Ea is an activation energy calculated by an Arrhenius plot from reaction rate constants of the two or more different monomers for an optical material at two or more different temperatures, and R is the gas constant 8.314 J/mol/K.