JPH0639821U - Magnet type iron carrier - Google Patents

Abstract

(57) [Summary] [Purpose] A transportation device for transporting relatively small iron such as cutting chips, which has a simple structure and is inexpensive. [Structure] The magnet-type iron transfer device A includes a magnet 1 provided with guides 9 and 10 and a spacer 2 arranged to keep an appropriate gap between the magnets according to the size of iron to be transferred. The iron adheres to the magnet and is conveyed by circulating the magnets. By installing the brush 11 in contact with the magnet at the destination, the iron adhered to the magnet is moved from the magnet side to the guide side by the brush. It can be removed by pushing it away from the magnetic force and dropping it. This allows iron to be transported to a predetermined place, and the transport device structure is simple.

Description

[Detailed description of the device]     [0001]   [Industrial application]       INDUSTRIAL APPLICABILITY The present invention is applied to a magnet type iron transfer device used to transfer relatively small iron such as cutting waste.     It is related.     [0002]   [Conventional technology]       Conventionally, as this type of transfer device, a transfer device such as a belt conveyor system has been used.     Yes, there is a thing with sufficient transport function and ability.     [0003]   [Problems to be solved by the device]       As mentioned in the conventional technology, a conveyor with a sufficient conveying capacity such as a belt conveyor.     There is a feeding device, but the equipment will inevitably become large and the equipment cost will increase.     Therefore, it is desirable to have an inexpensive transfer device with a simple structure for carrying out cutting chips that are generated little by little.     It is rare.     [0004]       In addition, the space for installing equipment is also an important factor, so the structure is simple.     It is desirable to have equipment that requires less installation space.     [0005]   [Means for solving the problem]       In order to achieve the above object, the magnet type iron conveying device in the present invention is provided with a magnet type     Magnets with guides at both ends made of non-magnetic material similar to the shape of magnets     The iron is transported by making it into a string and circulating it.     Since it can be done, the structure is simple.     [0006]       Then, in order to remove the iron attached to the magnet, the state where it is in contact with the magnet at the destination     Install a brush, etc. on it, and push the attached iron from the magnet side to the non-magnet side.     By removing it, it is separated from the magnetic force and dropped.     [0007]       In addition, the shape of the magnet should be changed between the magnets, depending on the size of the iron to be attached.     Place some spacers made of non-magnetic material of similar shape,     Make sure the gap between the magnets is appropriate so that the falling iron does not adhere to the next magnet.     I will decide.     [0008]   [Action]       The magnet is made into a string shape and circulated, iron is attached to the magnet, and it is transported.     [0009]       Made of non-magnetic material on both ends of the magnet to remove iron attached to the magnet     Attach the guide.     [0010]       In order to properly keep the distance between magnets, depending on the size of the iron to be transported,     Place a spacer made of non-magnetic material between the magnets.     [0011]       In order to remove the iron attached to the magnet at the destination, it contacted the magnet at the destination.     Install the brush etc. in the state, the iron adhered by the brush etc. from the magnet side     Push it toward the guide, drop it away from the magnetic force, and remove it.     [0012]       A number of magnets and spacers with guides are made into a string shape and circulated, and the     By arranging the blades, etc., iron can be transported to the designated place.     [0013]   [Example]       Examples will be described with reference to the drawings.       The transport device of the present invention is equipped with a magnet 1 having guides 9 and 10 made of non-magnetic material.     It conveys a relatively small amount of iron in a string-like shape.     Magnet 1 with guides 9 and 10 made of non-magnetic material and space made of non-magnetic material     Make a number of sir 2 into a string, the number of spacers depends on the size of the iron to be transported.     Set the gap between magnets so that iron that has come off the previous magnet does not adhere to the next magnet.     Arrange the required number to take     [0014]       Guide the cord-shaped magnets with the guide rolls 4 and 5, and feed the rolls 6 and 7 with the model.     It will be patrolled by motor 8     [0015]       In order to remove the iron to be transported at a predetermined place, bring it into contact with the magnet at the destination and     Install Shi 11.     The brush pushes the iron attached to the magnet 1 toward the guide 9 side and separates it from the magnetic force.     Drop by and remove the iron.     [0016]       Tour the above magnets with guides and string-shaped spacers     As shown in Figure 1 of the drawings,     The iron between the Idroll 5 and the brush 11 adheres to the magnet and moves toward the brush 11.     The iron that adheres to the magnet 1 is transported by the brush 11 to the guide 9 side.     It is pushed away by the magnetic force and falls apart from the magnetic force and can be removed.     By installing it at the iron transfer destination and creating an appropriate space below, the iron can be carried there.     It can be sent and deposited.     [0017] [Effect of device]       Since the present invention is configured as described above, it has the following effects.     You     [0018]       The transport device according to claim 1, wherein the guide magnet and the spacer are in a string shape.     Since it is a patrol and transport structure, the structure is simple and it can be manufactured at low cost.     [0019]       The magnet with a guide of claim 2 is one of the constituent parts of the transport device of claim 1,     By using a magnet with a guide, the iron adhered to the magnet can be removed with a brush etc.     It can be removed by pushing it from the magnet side to the non-magnet side and away from the magnetic force.     [0020]       Claim 3 makes the magnet with a guide of Claim 2 into a string shape.     By patrol, iron can be attached and transported.

[Brief description of drawings] [Figure 1] Side view of the entire magnet type iron carrier [Fig.2] Perspective view of magnet with guide [Fig. 3] Perspective view of spacer [Explanation of symbols] A magnet type iron carrier 1 magnet 2 spacers 3 rope 4,5 guide roll 6,7 Feed roll 8 motor 9, 10 guide 11 brushes

Claims (1)

[Claims for utility model registration] [Claim 1] An iron transfer device using a magnet, wherein guides (9, 10) made of a non-magnetic material having a shape similar to the shape of the magnet at both ends of the magnet (1). A transportation device that transports the magnets by attaching iron to the magnets by making a loop of a number of magnets attached to the magnets and circulating them. In order to remove the iron attached to the magnet at a predetermined place, install a brush (11) so that it contacts the magnet at the destination, and push the attached iron from the magnet side to the guide side to remove the magnetic force. Separate and drop to remove. In order to keep the distance between the magnets appropriately according to the size of the iron to be transported, a required number of spacers (2) similar to the shape of the magnet made of non-magnetic material are arranged between the magnets. First of all, a magnet type iron transfer device that transfers iron with the above structure. [Claim 2] A magnet in which guides (9, 10) made of a non-magnetic material having a shape similar to the shape of the magnet are attached to both ends of the magnet (1). [Claim 3] A magnet having a shape in which guides (9, 10) made of a non-magnetic material having a shape similar to the shape of the magnet are attached to both ends of the magnet (1) in the shape of a connecting string.