The present invention relates to construction machinery, especially to a grinding block of dry grinding machine for grinding concrete and granite.
The concrete ground is needed to be grinded and polished by grinding machine during the construction, and the grinding block with diamond at the bottom portion of the grinding machine grinds the ground repeat and repeat. Existing grinding block assembled to the grinding machine is disclosed in
The present invention is provided with a grinding block of grinding machine of keenness, high efficiency and long service life.
The technical solution of the present invention is that:
A grinding block of dry grinding machine for grinding concrete and granite, the grinding block is assembled to a mill of the grinding machine, the grinding block comprises a fixing plate to fix the grinding block to the mill, wherein the fixing plate is welded with a grinding media, the grinding media comprises a plurality of grinding pieces, the grinding pieces are connected by a connecting strip or connecting strips arranged with space, diamond particles are embedded to the grinding piece.
The connecting strips with spaces divide with a plurality of air passages between two grinding pieces.
In another preferred embodiment, the at least one grinding piece is disposed with at least one hole, the hole can be served as air hole, therefore, during the grinding machine grinds the ground, the grinding block rotates in high speed by the driving of the mill, air flows fast between the air holes and the air passages formed in the intervals of the connecting strips, thus greatly decreasing the temperature of the grinding block.
In another preferred embodiment, the grinding piece and the connecting strip are made of material containing diamond.
In another preferred embodiment, the grinding piece and the connecting strip are arranged vertically to the fixing plate.
In another preferred embodiment, the grinding piece and the connecting strip are arranged parallel to the fixing plate.
The present invention has advantages: the structure is simple, the grinding block is disposed with air passages and air holes compared to the traditional one, the cooling function during grinding is improved, and the keenness, the working efficiency and the service life of the grinding block are greatly improved.
The present invention will be further described with the drawings and the embodiments.
As figured in
The fixing plate 1 is welded with a plurality of grinding medias 2, the number of the grinding medias are adjustable as needed, in this embodiment, there are two grinding medias. The grinding media 2 comprises a plurality of grinding pieces 21, the grinding pieces 2 are fixed by welding a plurality of connecting strips 22 arranged with space, thus increasing the stability of the grinding media; the grinding piece 21 are made of material containing diamond, making the grinding piece with well grinding performance, the connecting strip is disposed with diamond particles. As the connecting strips 22 are disposed with space between the grinding pieces, a plurality of interval spaces 23 are formed between the grinding pieces and the connecting strips, the interval spaces 23 served as air passages to cool the mold can improve the keenness and the efficiency and thus lengthen the service life of the mold during the grinding machine grinding the ground. In addition, in this embodiment, the grinding piece 21 and the connecting strips are arranged vertically to the fixing plate, the integral structure is cuboid shaped or teeth shaped, in this embodiment, the grinding piece 22 can be disposed with one or more than one air hole 24, therefore, during the grinding machine grinds the ground, the grinding block rotates in high speed by the driving of the mill, air flows fast between the air holes 24 and the air passages formed in the intervals 23 of the connecting strips, thus greatly decreasing the temperature of the grinding block.
In addition, the arrangement of the grinding pieces 21 can apply with the methods as figured in
In another embodiment of the present invention, as figured in
Number | Date | Country | Kind |
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201611089593.9 | Dec 2016 | CN | national |