mhurhangee/ep-ind-claims huggingface dataset:
An electric grill having a housing; a mounting bracket; the mounting bracket having a front surface, a top surface, a bottom surface, a left side, a right side, and a back side; the mounting bracket being affixed to the housing; and a removable controller, wherein the electric grill comprises: an elongated slot oriented on the mounting bracket's front surface, the elongated slot having an upper lip and a lower lip, wherein the upper lip and the lower lip are both perpendicular to the front surface; and the controller having first and second engagement members (170, 180) configured to mate with the elongated slot, the controller being insertable into the elongated slot to achieve a fastened position; wherein both the first and second engagement members (170, 180) of the controller engage the upper lip and the lower lip of the elongated slot when the controller is in the fastened position; and wherein the controller further comprises a power cord connected to an electric ground; and a thermal barrier for protecting internal electronics in the controller, the thermal barrier being formed in the hollow void defined by the front surface, the top surface, the bottom surface, the left side, the right side, the back side, the upper lip and the lower lip, and the first and second engagement members (170, 180) of the controller when the controller is in the fastened position; wherein the controller is in electric communication with the housing such that electric current travels from the housing through the mounting bracket, to the controller, and to the ground via the power cord when the controller is in the fastened position. an elongated slot oriented on the mounting bracket's front surface, the elongated slot having an upper lip and a lower lip, wherein the upper lip and the lower lip are both perpendicular to the front surface; and the controller having first and second engagement members (170, 180) configured to mate with the elongated slot, the controller being insertable into the elongated slot to achieve a fastened position; wherein both the first and second engagement members (170, 180) of the controller engage the upper lip and the lower lip of the elongated slot when the controller is in the fastened position; and
A weighing system, comprising a weighing plate, a weighing unit, a separation mechanism, and a weight loading mechanism; wherein the separation mechanism is configured to control a separation and combination of the weighing plate and the weighing unit, so that the weighing plate or the weighing plate including an object to be weighed carried by the weighing plate apply no force to the weighing unit; and wherein the weight loading mechanism is configured to load a weight onto the weighing unit or removes a weight from the weighing unit; characterized in that the weighing system is configured to record a weighing value of the weighing unit during the action of separation and a sensitivity of the weighing unit during the action of weight loading; and in that the weighing system is configured to modify the weighing value at the time of the most recent combination of the weighing plate and the weighing unit based on the recorded weighing value and sensitivity by means of the following formula, Wtrue = Wi × Si S 0 where Wtrue is a modified weighing value, Wi is a latest weighing value, Si is the latest recorded sensitivity, and S 0 is a firstly recorded sensitivity. a weighing plate, a weighing unit, a separation mechanism, and a weight loading mechanism; wherein the separation mechanism is configured to control a separation and combination of the weighing plate and the weighing unit, so that the weighing plate or the weighing plate including an object to be weighed carried by the weighing plate apply no force to the weighing unit; and wherein the weight loading mechanism is configured to load a weight onto the weighing unit or removes a weight from the weighing unit; the weighing system is configured to record a weighing value of the weighing unit during the action of separation and a sensitivity of the weighing unit during the action of weight loading; and a weighing value of the weighing unit during the action of separation and a sensitivity of the weighing unit during the action of weight loading; and in that the weighing system is configured to modify the weighing value at the time of the most recent combination of the weighing plate and the weighing unit based on the recorded weighing value and sensitivity by means of the following formula, Wtrue = Wi × Si S 0 where Wtrue is a modified weighing value, Wi is a latest weighing value, Si is the latest recorded sensitivity, and S 0 is a firstly recorded sensitivity.
An apparatus configured for pulsed electric field neuromodulation of target neural fibers that contribute to renal function, comprising as a first alternative: a pulsed field generator; an elongated element configured to be moved within a renal vascular structure of a patient; at least one electrode having an intravascular portion associated with the elongated element and an extravascular portion configured to be passed through a wall of the renal vascular structure, wherein the electrode is electrically coupled to the pulsed field generator; and an actuator associated with the electrode, wherein the actuator is configured to move the electrode from a first position in which the extravascular portion of the electrode is within the vascular structure and a second position in which the extravascular portion of the electrode is located at an extravascular location for extravascular delivery of a pulsed electric field; or the apparatus configured for pulsed electric field neuromodulation of target neural fibers that contribute to renal function, comprising as a second alternative: a pulsed field generator; a bipolar electrode pair having first and second electrodes, the bipolar electrode pair electrically coupled to the pulsed field generator; and a catheter having an actuator, wherein the catheter is configured to position the bipolar electrode pair within a renal vascular structure of a patient, and wherein the actuator is configured to temporarily move non-insulated portions of the bipolar electrode pair from positions within the vascular structure to extravascular positions for extravascular delivery of a bipolar pulsed electric field. a pulsed field generator; an elongated element configured to be moved within a renal vascular structure of a patient; at least one electrode having an intravascular portion associated with the elongated element and an extravascular portion configured to be passed through a wall of the renal vascular structure, wherein the electrode is electrically coupled to the pulsed field generator; and an actuator associated with the electrode, wherein the actuator is configured to move the electrode from a first position in which the extravascular portion of the electrode is within the vascular structure and a second position in which the extravascular portion of the electrode is located at an extravascular location for extravascular delivery of a pulsed electric field; or a pulsed field generator; a bipolar electrode pair having first and second electrodes, the bipolar electrode pair electrically coupled to the pulsed field generator; and a catheter having an actuator,
An adjustable socket (10, 306, 308) comprising: a housing having a longitudinal axis, the housing having a plurality of apertures extending therethrough; a rotatable member engageable with the housing such that the rotation of the rotatable member causes the housing to move upwardly or downwardly along the longitudinal axis; an adjusting collar engageable with the rotatable member and the housing, the adjusting collar having a beveled surface; a plurality of jaws, each jaw being received in a corresponding one of the apertures, each jaw having: an inward face facing towards the longitudinal axis of the housing; a beveled outward face facing away from the longitudinal axis of the housing, the beveled outward face being slidable on the beveled surface of the adjusting collar; and a biasing element biasing each jaw away from the longitudinal axis of the housing; a retainer having a flange supportable by the housing and a protrusion extending from the flange between the jaws' inward faces, each biasing element extending between the protrusion and a corresponding one of the jaws; and a lock member operatively connected with the rotatable member and constructed and arranged to secure the adjusting collar to the housing and the plurality of jaws; wherein the jaws are movable towards and away from the longitudinal axis of the housing through a range of positions upon the rotation of the rotatable member. a housing having a longitudinal axis, the housing having a plurality of apertures extending therethrough; a rotatable member engageable with the housing such that the rotation of the rotatable member causes the housing to move upwardly or downwardly along the longitudinal axis; an adjusting collar engageable with the rotatable member and the housing, the adjusting collar having a beveled surface; a plurality of jaws, each jaw being received in a corresponding one of the apertures, each jaw having: an inward face facing towards the longitudinal axis of the housing; a beveled outward face facing away from the longitudinal axis of the housing, the beveled outward face being slidable on the beveled surface of the adjusting collar; and a biasing element biasing each jaw away from the longitudinal axis of the housing; an inward face facing towards the longitudinal axis of the housing; a beveled outward face facing away from the longitudinal axis of the housing, the beveled outward face being slidable on the beveled surface of the adjusting collar; and a biasing element biasing each jaw away from the longitudinal axis of the housing; a retainer having a flange supportable by the housing and a protrusion extending from the flange between the jaws' inward faces, each biasing element extending between the protrusion and a corresponding one of the jaws; and a lock member operatively connected with the rotatable member and constructed and arranged to secure the adjusting collar to the housing and the plurality of jaws; wherein the jaws are movable towards and away from the longitudinal axis of the housing through a range of positions upon the rotation of the rotatable member.
st.- System of baskets for operators to carry out work over shipping containers on board ships, designed to be attached at the top to a shipping container frame or structure that is used on ships and in port areas and commonly referred to as Spreaders; this system is designed to be mounted over a transport platform that moves on wheels; and it is characterized in that it includes three baskets (1,1',1") used for operators to carry out their work; these baskets arc connected to each other at different heights, where the top basket (1") is attached and secured to a top frame using suitable locking devices, while the bottom of said top basket (1") is hinged to the middle basket, which allows positioning said middle basket and the bottom basket folded over the corresponding rolling transport platform; with the particularity that the baskets incorporate a bottom access door used for accessing the bottom basket and trap doors used for travelling between the middle basket and the top basket (1") and located on the floors of said baskets; locking devices have been included between baskets in the extended and vertical positions on the columns; with the particularity of including solar panels at the top used for charging the batteries that supply electrical power for operating the lighting as well as the system's electrical components.
A round bale press comprising at least two bale forming elements (3, 3', 3") which delimit a pressing chamber and which are moveable relative to each other in a degree of freedom, wherein at its periphery the pressing chamber is substantially completely delimited by rollers (3, 3', 3"), and a sensor (20; 24; 25) for detecting the relative position of the rollers (3, 3', 3") relative to each other, characterised in that a pressing pressure regulating system (21, 16) for regulating the pressure exerted by the rollers (3, 3', 3") is coupled to the sensor (20; 24; 25) to set different pressing pressures depending on whether the relative position exceeds or does not exceed a predetermined limit position.
A cell wiring module comprising: a plurality of connection members connecting adjacent electrode terminals (12A, 12B) of a plurality of single cells having positive and negative electrode terminals; a plurality of holding portions holding the connection members; detection terminals placed on the connection members and connected to terminal portions of wires; and wire insertion portions through which the wires connected to the detection terminals are inserted, wherein the wires extend from the detection terminals in a direction inclined relative to a direction orthogonal to a connecting direction of the connection members, and the wires extending in this direction are inserted through the wire insertion portions, wherein the holding portion has a partition wall separating the connection member from an exterior, the detection terminal has a flat plate portion placed on the connection member, and corner portions of the flat plate portion are inserted in the partition wall; and characterised in that an inner surface of the partition wall has through-recesses (27D, 28D) through which the corner portions of the flat plate portion are inserted. a plurality of connection members connecting adjacent electrode terminals (12A, 12B) of a plurality of single cells having positive and negative electrode terminals; a plurality of holding portions holding the connection members; detection terminals placed on the connection members and connected to terminal portions of wires; and wire insertion portions through which the wires connected to the detection terminals are inserted, wherein the wires extend from the detection terminals in a direction inclined relative to a direction orthogonal to a connecting direction of the connection members, and the wires extending in this direction are inserted through the wire insertion portions, wherein the holding portion has a partition wall separating the connection member from an exterior, the detection terminal has a flat plate portion placed on the connection member, and corner portions of the flat plate portion are inserted in the partition wall; and characterised in that an inner surface of the partition wall has through-recesses (27D, 28D) through which the corner portions of the flat plate portion are inserted.
Pump for recirculating a cooling fluid for a vehicle, comprising: - a pump body, which is fixed during use; - an impeller mounted on a driven shaft; - at least one friction coupling of the electromagnetic type, comprising a fixed electromagnet, a rotor (21;121) and an armature; - movement take-up means (21c;121c) for taking up a rotational movement, configured to be connected to a movement source such as a shaft of the combustion engine of the vehicle; said movement take-up means being mounted on an outer bearing keyed onto the pump body; - an electric motor for driving the driven shaft independently of the movement take-up means (21c; 121c); - a bell member (14;153) fastened to an end of the driven shaft opposite to that which carries the impeller, wherein the friction coupling is designed to rotationally couple/decouple the movement take-up means (21c;121c) and the bell member (14;153); and said electric motor is arranged inside the bell member on the opposite side to the impeller relative to the friction coupling; characterized in that said movement take-up means (21c;121c) are formed on an outer circumferential edge of a shaped circular ring (21a;121a) which forms part of said rotor and are arranged in a position radially more outer lying than the electromagnet and/or the armature of the friction coupling. - a pump body, which is fixed during use; - an impeller mounted on a driven shaft; - at least one friction coupling of the electromagnetic type, comprising a fixed electromagnet, a rotor (21;121) and an armature; - movement take-up means (21c;121c) for taking up a rotational movement, configured to be connected to a movement source such as a shaft of the combustion engine of the vehicle; said movement take-up means being mounted on an outer bearing keyed onto the pump body; - an electric motor for driving the driven shaft independently of the movement take-up means (21c; 121c); - a bell member (14;153) fastened to an end of the driven shaft opposite to that which carries the impeller, wherein the friction coupling is designed to rotationally couple/decouple the movement take-up means (21c;121c) and the bell member (14;153); and said electric motor is arranged inside the bell member on the opposite side to the impeller relative to the friction coupling; characterized in that said movement take-up means (21c;121c) are formed on an outer circumferential edge of a shaped circular ring (21a;121a) which forms part of said rotor and are arranged in a position radially more outer lying than the electromagnet and/or the armature of the friction coupling.
A disc device, comprising: a disc turning portion which turns a disc; an optical pickup which performs an information recording operation or an information reproducing operation by emitting a light beam onto the disc turned by the disc turning portion; an optical pickup guiding member (301 a) which holds the optical pickup movably in a radial direction of the disc loaded on the disc turning portion; an optical pickup driving portion (304, 305, 402) which moves the optical pickup, the optical pickup driving portion comprising a feed screw and a traverse motor; and a tilt adjusting portion which adjusts an optical axis of the light beam emitted from the optical pickup in a direction perpendicular to the disc that is loaded on the disc turning portion; wherein the tilt adjusting portion has a guide face that is perpendicular to the disc loaded on the disc turning portion, a cap inserted into the top end of the feed screw, the feed screw being supported rotatably in the cap, a tilt adjusting member that moves the cap along the guide face, so as to adjust the distance between the cap and the disc and an energizing member that presses the cap against the tilt adjusting member and the guide face; and wherein the tilt adjusting member is provided so as to move forward and backward in a direction oblique to the guide face and a direction perpendicular to the optical pickup driving portion, and the tilt adjusting member and the guide face are arranged so as to oppose to the optical pickup driving portion, characterized in that the cap has a first contact face that contacts the guide face, a second contact face that contacts the tilt adjusting member, and a third contact face that contacts the energizing member; and wherein the first contact face is formed of a flat plane, and the second contact face and the third contact face are formed of a cylindrical face.. a disc turning portion which turns a disc; an optical pickup which performs an information recording operation or an information reproducing operation by emitting a light beam onto the disc turned by the disc turning portion; an optical pickup guiding member (301 a) which holds the optical pickup movably in a radial direction of the disc loaded on the disc turning portion; an optical pickup driving portion (304, 305, 402) which moves the optical pickup, the optical pickup driving portion comprising a feed screw and a traverse motor; and a tilt adjusting portion which adjusts an optical axis of the light beam emitted from the optical pickup in a direction perpendicular to the disc that is loaded on the disc turning portion;
An exoskeleton including a length adjustable leg member (511/521) pivotally connected to a first other member at a first pivot location, with a linear actuator (571a/581a) connected between the leg member (511/521) and the first other member, such that extension or retraction of the actuator (571a/581a) causes relative pivoting of the leg member (511/521) relative to the first other member, wherein the actuator (571a/581a) connects to the leg member (511/521) at an actuator connecting location spaced along the leg member (511/521) from the first pivot location, wherein the leg member (511/521) includes a first leg part (511a/521a) and a second leg part (511b/521b) together formed and slidable relative to one another along a line of adjustment by an adjustment mechanism, said leg member (511/521) including the adjustment mechanism which fixedly adjusts the relative position of the first leg part (511a/521a) and second leg part (511b/521b) along the line of adjustment by pulling or pushing one of the first or second leg parts relative to the other of the first or second leg parts; said leg member (511/521) including a locking mechanism which is independent of the adjustment mechanism and which secures the relative position of the first leg part (511a/521a) and the second leg part (511b/521b); and wherein the adjustment of the length of the leg member (511/521) alters the position of the first or second leg part while the other of the first or second leg part remains fixed in position relative to the first other member so as to not affect the length of the portion of the leg member (511/521) that is between the actuator connecting location and the first pivot location.
An aluminum alloy, based on a total weight of the aluminum alloy, comprising in percentages by weight, 9-12% of Si; 8-11% of Zn; 0.5-1.5% of Mg; 0.2-0.8% of Cu; 0-0.6% of Fe; 0.08-0.25% of Mn; 0-0.10% of Sr; 0-0.05% of Sc; 0-0.5% of Er; the balance being 73.2-82.22% of Al; and inevitable impurities, wherein a content of each one of impurity elements in the aluminum alloy is less than 0.01% and/or a total content of the impurity elements in the aluminum alloy is less than 0.1%, and wherein the aluminum alloy components add up to 100%. 9-12% of Si; 8-11% of Zn; 0.5-1.5% of Mg; 0.2-0.8% of Cu; 0-0.6% of Fe; 0.08-0.25% of Mn; 0-0.10% of Sr; 0-0.05% of Sc; 0-0.5% of Er; the balance being 73.2-82.22% of Al; and inevitable impurities, wherein a content of each one of impurity elements in the aluminum alloy is less than 0.01% and/or a total content of the impurity elements in the aluminum alloy is less than 0.1%, and wherein the aluminum alloy components add up to 100%.
A loading basket for aerial platforms, telescopic handlers or similar operating machines, comprising a support plane (10, 11) and a plurality of lateral walls (30, 31, 32, 33) characterised in that each of the lateral walls stands perpendicularly from a respective side of a bottom perimeter of said plane (10, 11), thereby closing said basket laterally wherein the loading basket comprises at least one movable wall between a closed position, in which the movable wall forms one of the sides of said basket, thereby constituting a barrier which prevents incidental release of the load from the basket, and an open position in which the movable wall leaves a lateral load passage in the basket, through which loading and unloading of material is enabled; wherein, in said closed position, said movable wall is joined to the support plane (10, 11) and contacts two of said lateral walls (32, 33), consecutively disposed with the movable wall; and wherein the movable wall, in said open position, is spaced apart from said support plane (10, 11).