JPS6125510Y2 - - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a magnetic inversion device for automatically washing hemp tiles, which is installed under the hemp table and integrated with the table board. Currently, the tile washing operation for Assho tiles is done automatically due to the spread of electric machines. This method uses a device that uses a weight magnet embedded inside the hemp tiles on the tabletop and a magnet installed on the underside of the tabletop to flip the tiles on the tabletop so that they are all on the same surface. This is related. That is, the electromagnet on the underside of the tabletop is automatically moved up and down to the underside of the tabletop, and the tiles are reversed and washed as necessary.

This invention is aimed at an inverted device for magnetic bodies that automatically washes tiles with a simple structure in the above-mentioned reversal tile washing operation, and one embodiment of the invention will be illustrated and explained below.

In the drawings, numeral 1 denotes an upper plate that rotates in the direction of the arrow or alternately left and right, and 2 denotes a lower plate that is disposed opposite to the lower surface of the upper plate at close intervals. Several square notch holes 3 are bored in the upper panel 1 at appropriate intervals. 4 is a hinge fixed to one edge of the notch hole 3, and W is a magnet attached to this hinge. The magnet is attached with its base _W2 protruding from the lower part of the notch hole, and the magnet body is freely slidable and is provided so as to stand up on the upper board 1 or to be inverted in the notch hole 3. 5 is a triangular upright piece provided on the lower board 2; 6 is an inclined part of the upright piece; 7
8 is a vertex portion, and 8 is a receiving protrusion protruding from the front of the inclined portion of the upright piece. The number 9 is the Asahi Zhuo, and the P is the Asahi tile. Next, to describe the inversion action of the magnet body of the inversion device of the present invention and the associated tabletop tile washing, the magnet body W attached to the upper board 1 rotates mutually between the board boards 1 and 2 which are arranged vertically. The headstand is performed by the magnetic body W
When the magnetic body W is thrown down and lies down in the notch hole 4, the receiving protrusion 8 of the lower board 2 is located at the lower part of the notched hole 4, and the fallen magnet body W is mounted and supported on the receiving protrusion. In this case, the structure is inverted so that the tip of the magnet body is inclined upward. Further, the receiving abutment is made of an elastic material in order to soften the impact of the magnet. When the magnet body is to stand up, the plates 1 and 2 rotate in the direction of the arrow, and the inclined part 6 of the standing piece comes into contact with the bottom part _W2 of the magnet body and gradually pushes up, and the apex part 7 supports the bottom part of the magnet body. The upper plate stops rotating when it is supported upright. When the magnet body stands up on the upper board 1, the hemp tiles P on the table board 9 react with the metal weights embedded in the tiles or the magnet weights W, and the hemp tiles P are activated by the attractive action of their different polarities. The tiles are washed by inverting them so that the same tiles appear. When the tile washing is completed (approximately 15 seconds), the lower board 2 rotates in the opposite direction, returns to its original position, and stops, and the magnet detaches from the top corner 7 of the upright piece and falls into the notch hole to lower the lower board. The magnetic body and the hemp tiles on the table are no longer affected by mutual magnetic force. In addition, the magnet body is inverted in the upper board 1 in the example.
The inverted action is achieved by rotating the lower panel 2 in the direction of the arrow and to the left and right, but it is also possible to rotate only the lower panel to the left and right. By installing the upright pieces and receiving protrusions on the board at uniform intervals on the same circumference, the upright pieces and receiving protrusions of the lower plate can also be used for rotation of the upper plate in the same direction. Therefore, it is also possible to sequentially perform the inverted action of the magnet body. In this case, the magnet body is laid down in a direction perpendicular to the apex corner 7 of the upright piece, and the magnet body is inverted on the receiving piece at the rear of the standing piece, and the magnet body is raised to form a pair with the receiving piece. It will be erected by the erecting piece. In addition, if the lower board is rotated intermittently over a certain distance in the opposite direction, left/right, or in the same direction as the upper board, the rotation stroke width of the board will be shortened, and at the same time, the time required for each inversion will be shortened. be done. The design for the rotation of these upper and lower plates must be taken into consideration, as practical issues, such as structural difficulty and processing costs. The design changes associated with these rotational movements are made as part of the gist of the present invention. Further, if the magnet body is placed upside down on the edge of the notch hole, there is no need to provide a receiving piece. (Illustration omitted.) Although the structural function of the present invention has been explained in detail as mentioned above,
The present invention incorporates this into the lower part of the hemp desk and automatically performs the tile washing operation by operating a switch, and ensures that the hemp tiles are laid down and raised through a simple structural action. Therefore, it can be provided as a practical device with few structural failures and low processing costs.

[Brief explanation of the drawing]

Fig. 1 is a top view showing an embodiment of the device of the present application, Fig. 2 is a side cross-sectional main part showing the case where the magnet is laid down, and Fig. 3 is a side cross-sectional main part showing the case where the magnet is upright. In the figure, 1 is the upper panel, 2 is the lower panel, 3 is the cutout hole, and 4
is a hinge, W is a magnet, 5 is an upright piece, 6 is an inclined part,
7 indicates the apex, 8 indicates the receiver, 9 indicates the hemp table, and P indicates the hemp tile.

Claims (1)

[Scope of utility model registration request] Two plate plates, each or one of which has a rotating shape, are placed vertically opposite each other, cut holes are bored at appropriate intervals on the upper plate surface, and an inverted magnet is placed on the edge of the cut hole. In addition, a triangular upright piece and a receiving protrusion are provided on the front surface of the lower plate corresponding to the notch hole, so that when the magnet body is thrown down into the notch hole of the upper plate, the tip of the magnet body is When the board rotates so as to rest upside down on the receiving protrusion of the lower board and the magnet body stands up on the upper board, the inclined part of the upright piece of the lower board comes into contact with the bottom of the magnet body. A magnetic body for automatically washing hemp tiles, characterized in that a board is intermittently rotated so that the magnetic body is gradually pushed up and supported in an upright manner at the apex corner of an upright piece. inversion device.