TH8526B - Magnetic device for sucking and conveying materials - Google Patents

Abstract

This invention refers to Korean Petty Patent No. 56701 issued in 1991, which is an invention of a magnetic device for suction and conveying of metal materials or structures. by permanent magnet Such existing inventions include Many rotating permanent magnets arranged inside the rotor and many magnetic substances. which has a dowel connected through the hole of this device However, there are drawbacks to the following: Small, iron-like fragments may accumulate inside a large number of magnetic substances parallel to the The pivot joint and then fixed the permanent magnet open out of the device, the magnetic suction force of the device may deteriorate. Due to the reactive magnetism and leakage magnetism generated by the artificial magnet, there is a possibility in such a way that the pivot joints may be easily separated. which leads to insecure due to external impact or magnetic interaction of magnetic substances. to eliminate such problems Thus it is characterized in such a way that many permanent magnets fixed in the internal cavity formed between magnetic substances (1) are shielded by a pair of covers and are characterized in such a way that many magnetic substances (1 ) and the rotor (5'') fuselage is positioned so that it is not prosthetic. This reduces the volume and weight of the device where the body maintains a distance for the rotor, as well as a pair of connections (5) attached to the connecting holes (1") that form through the bottom of the magnet (1), and This makes it easy to manufacture such a device and make it look in such a way that The sequentially connected rotors are made to rotate simultaneously without the need for coupling buttons or pivot joints. This is because the multi-angle (10') dowel is inserted crosswise into the multi-angled pivot hole. (6') is a hole through the rotor. which is placed on the body to maintain the rotor distance

Claims (6)

1. Claims (all) which will not appear on the advertisement page :1) magnetic liftingapparatus consisting of: a sleeve consisting of side walls and a cover. Both of these side walls have inward angles that protrude from the top edge. Aperture set of the first nut resting on such pairs of side walls and angled porgions and such top caps which have at least three link members; next to each other Each of the above-mentioned units consists of A pair of magnets with non-magnetic center beams placed in between and fused together with such magnetic pairs to form a rear support unit. The lower back portion, the opposite side walls and a series of studs resting on the lower back portion. Front support unit attached to such back support, such front support unit which has lower front section. A pair of the first permanent magnet unit and the rotor housing. and a set of rivets, which are placed on the lower front part to be used in connection with the set of rivets' attachments. The first pair of permanent magnets placed on that first pair of permanent magnet mounts. The rotor is placed on the pedestal of the said rotor. The rotor has an angular axial aperture and a second set of permanent magnet pairs for matching the same or different magnetic poles of that first permanent magnet and a set of a pair of permanent magnets. The second nut is placed on both opposite side walls of the said rear support for matching the adapter of the first nut, the front end support, which is on the front end. of the activating member and on the same side as the back support Such a front end support consists of a rotating member, an on/off switch handle for attaching a fixing member to that front end support, and an angled axle to which it is connected. with the aforementioned nut and a set of nuts, each of which has a nut for inserting into the adapter of the first and second nut respectively and thus facilitating the assembly of such a pair of walls. The side and the top cover by forging the head of the nut as well. which swivels the handle of the on/off switch When the first permanent magnet is paired with the second permanent magnet with the same magnetic pole, the magnetic lifting device is in the working position to attach to the object to be lifted or moved. and when the first permanent magnet is out of sync with the second permanent magnet with opposite poles The magnetic lifting device is in the closed position to release the object. 2.) Magnetic lifting device according to claim 1, where the operatively activating members consist of 3 to 10 units. 3.) Magnetic lifting devices according to claim 1, where the angular axle and angular axial aperture have a square cross-section, according to number 4.) Magnetic lifting device according to claim 1, where the non-magnetic center beam is a pair of spherical rods. 5.) Magnetic lifting device according to claim 1, the non-magnetic center beam is a common hexagon bar. 6.) Magnetic lifting device according to claim 1, where the non-magnetic center beam is a rectangular tetragonal rod whose three axes are perpendicular to each other.