CN102765024A - Processing method for verticality of non-magnetic sheet-shaped material - Google Patents
Processing method for verticality of non-magnetic sheet-shaped material Download PDFInfo
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- CN102765024A CN102765024A CN2012102811365A CN201210281136A CN102765024A CN 102765024 A CN102765024 A CN 102765024A CN 2012102811365 A CN2012102811365 A CN 2012102811365A CN 201210281136 A CN201210281136 A CN 201210281136A CN 102765024 A CN102765024 A CN 102765024A
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Abstract
The invention provides a processing method for verticality of a non-magnetic sheet-shaped material. The processing method comprises a first step of making a crystal lump, namely folding the sheet-shaped material into the cuboid crystal lump after soaking the sheet-shaped material; a second step of installing the crystal lump, namely enabling the cuboid crystal lump to be clamped on a working table of a vertical shaft full-automatic surface grinder; a third step of fixing the crystal lump, namely knocking a gasket, a movable gasket and the cuboid crystal lump, enabling the gasket and the movable gasket to clamp the cuboid crystal lump, and fixing the movable gasket after knocking; a fourth step of grinding the crystal lump, namely setting processing parameters according to the processing requirements to grind the cuboid crystal lump; and a fifth step of separating the crystal lump, namely separating the processed cuboid crystal lump. The processing method for the verticality of the non-magnetic sheet-shaped material has the advantages of being scientific in design, short in process flow, high in production efficiency, reliable in production quality, low in production quality and small in environmental pollution.
Description
Technical field
The present invention relates to a kind of material perpendicularity processing method, specifically, related to a kind of non magnetic flaky material perpendicularity processing method.
Background technology
At present, the sticking non magnetic flaky material profile of processes that sticks together of domestic utilization, traditional processing flow process comprise that flaky material glues into stone roller shape, flat stone mill, check, 9S grinding, check and changes stone roller.Concrete production procedure is following: after the flaky material of some is bonded into stone roller; Putting into special tooling processes on special equipment then; Equipment card is up and down done reverse circular motion, and spinning motion done by frock drive stone roller and the drum central shaft is done revolution motion, the processing of grinding top and bottom.Because have the gap after stone roller is put frock into, the height of frock and the height of stone roller are also incomplete same, in the process of revolution and rotation, grinding all can be participated in as processing datum and main stress surface in the four sides of stone roller.Difference in height has formed turning moment, and the gap is amplified turning moment, causes the trend of tumbling of stone roller; The inconsistency of processing datum and uncertainty make stone roller in process, be in the no normal condition, and cutting or polish jade with an emery wheel four jiaos of perpendicularity precision can't guarantee.
Adopt this technology to have following shortcoming:
1, adopting paraffin or cold glue to glue sticks together; Needsization stone roller after machining; Wax on the material seamed edge or cold glue are difficult for cleaning, and directly influence follow-up high-precision polishing yield rate, need long-timeization stone roller after paraffin or cold glue are bonding; Paraffin or cold glue have toxicity, cause local air pollution, water, electricity waste, the slow inefficiency of inter process turnaround speed.
2, do not have processing datum attrition process the time, cause yield rate low, four jiaos of perpendicularity of flaky material can't satisfy high-precision requirement.
In order to solve the problem of above existence, people are seeking a kind of desirable technical solution always.
Summary of the invention
The objective of the invention is the deficiency to prior art, thereby a kind of design science, technological process is short, production efficiency is high, the quality of production is reliable, production cost is low and environmental pollution is little non magnetic flaky material perpendicularity processing method are provided.
To achieve these goals, the technical scheme that the present invention adopted is: a kind of non magnetic flaky material perpendicularity processing method, and it may further comprise the steps:
Step 1, make crystalline substance and stick together: with the principal plane of flaky material is that adjacent surface builds up the cuboid crystalline substance with the said flaky material of multi-disc and sticks together; Said cuboid crystalline substance leading flank and the trailing flank that the principal plane of two flaky materials of outermost sticks together as the cuboid crystalline substance respectively that stick together, the last faceted pebble that all the other four sides that said cuboid crystalline substance sticks together stick together as the cuboid crystalline substance respectively based on orientation of living in, faceted pebble, left faceted pebble and right faceted pebble down;
Step 2, installation crystalline substance stick together: said cuboid crystalline substance is sticked together clamping on the workbench of vertical shaft full automatic planar grinding machine; The following faceted pebble that said cuboid crystalline substance sticks together contacts with workbench; At stick together two orthogonal pads of trailing flank and left faceted pebble fixed installation of dress of said cuboid crystalline substance, with removably two orthogonal removable insole pieces are installed at the stick together leading flank and the right faceted pebble of dress of said cuboid crystalline substance;
Step 3, fixedly crystalline substance sticks together: knock said pad, said removable insole pieces and said cuboid crystalline substance and stick together, make said pad and said removable insole pieces clamp said cuboid crystalline substance and stick together, knock the fixing said removable insole pieces in back;
Step 4, grind crystalline substance and stick together, comprise following substep:
4.1, machined parameters is set opens said vertical shaft full automatic planar grinding machine the last faceted pebble that said cuboid crystalline substance sticks together processed;
4.2, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The last faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with left faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the following faceted pebble that said cuboid crystalline substance sticks together is processed;
4.3, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with following faceted pebble with the trailing flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the left faceted pebble that said cuboid crystalline substance sticks together is processed;
4.4, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The left faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with following faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the right faceted pebble that said cuboid crystalline substance sticks together is processed;
Step 5, fractionation crystalline substance stick together: the said cuboid crystalline substance that will accomplish processing sticks together and separates.
Based on above-mentioned, in step 4, grind crystalline substance and stick together, also comprise following substep:
4.5, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The following faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with right faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the last faceted pebble that said cuboid crystalline substance sticks together is processed;
4.6, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The last faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with right faceted pebble with the trailing flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the following faceted pebble that said cuboid crystalline substance sticks together is processed;
4.7, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with last faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the left faceted pebble that said cuboid crystalline substance sticks together is processed;
4.8, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with last faceted pebble with the trailing flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the right faceted pebble that said cuboid crystalline substance sticks together is processed.
Based on above-mentioned, be no less than repeating step 4 once.
Based on above-mentioned, in step 1, said flaky material builds up before the cuboid crystalline substance sticks together, respectively to the processing of soaking of each said flaky material.
The relative prior art of the present invention has outstanding substantive distinguishing features and obvious improvement; Specifically; The present invention is different with traditional processing technology, need not adopt paraffin or cold glue to glue and stick together, and utilizes the tension force of water that the multi-disc flaky material is built up the cuboid crystalline substance and sticks together; Cuboid crystalline substance after folding sticks together; Be installed on the workbench of vertical shaft full automatic planar grinding machine, clamp said cuboid crystalline substance through pad and removable insole pieces and stick together, machined parameters is set opens said vertical shaft full automatic planar grinding machine each faceted pebble that said cuboid crystalline substance sticks together is processed; It has design science, technological process is short, production efficiency is high, the quality of production is reliable, production cost is low and environmental pollution is little advantage.
The specific embodiment
Through the specific embodiment, technical scheme of the present invention is done further detailed description below.
A kind of non magnetic flaky material perpendicularity processing method, it may further comprise the steps:
Step 1, make crystalline substance and stick together: with the principal plane of flaky material is that adjacent surface builds up the cuboid crystalline substance with the said flaky material of multi-disc and sticks together; Said cuboid crystalline substance leading flank and the trailing flank that the principal plane of two flaky materials of outermost sticks together as the cuboid crystalline substance respectively that stick together; The last faceted pebble that all the other four sides that said cuboid crystalline substance sticks together stick together as the cuboid crystalline substance respectively based on orientation of living in, following faceted pebble, left faceted pebble and right faceted pebble stack cuboid crystalline substance of formation with a plurality of flaky materials and stick together;
Step 2, installation crystalline substance stick together: said cuboid crystalline substance is sticked together clamping on the workbench of vertical shaft full automatic planar grinding machine; The following faceted pebble that said cuboid crystalline substance sticks together contacts with workbench; At stick together two orthogonal pads of trailing flank and left faceted pebble fixed installation of dress of said cuboid crystalline substance; With removably two orthogonal removable insole pieces are installed at stick together leading flank and the right faceted pebble of dress of said cuboid crystalline substance; The jointly fixing said cuboid crystalline substance of said pad and said removable insole pieces sticks together, and through pad and removable insole pieces four limits that said cuboid crystalline substance sticks together is fixed;
Step 3, fixedly crystalline substance sticks together: knock said pad, said removable insole pieces and said cuboid crystalline substance and stick together, make said pad and said removable insole pieces clamp said cuboid crystalline substance and stick together, knock the fixing said removable insole pieces in back;
Step 4, grind crystalline substance and stick together, comprise following substep:
4.1, machined parameters is set opens said vertical shaft full automatic planar grinding machine the last faceted pebble that said cuboid crystalline substance sticks together processed,
4.2, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together, and the last faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with left faceted pebble with the leading flank that said cuboid crystalline substance sticks together; Reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the following faceted pebble that said cuboid crystalline substance sticks together is processed
4.3, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together, and the right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with following faceted pebble with the trailing flank that said cuboid crystalline substance sticks together; Reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the left faceted pebble that said cuboid crystalline substance sticks together is processed
4.4, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The left faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with following faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the right faceted pebble that said cuboid crystalline substance sticks together is processed;
4.5, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together, and the following faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with right faceted pebble with the leading flank that said cuboid crystalline substance sticks together; Reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the last faceted pebble that said cuboid crystalline substance sticks together is processed
4.6, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together, and the last faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with right faceted pebble with the trailing flank that said cuboid crystalline substance sticks together; Reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the following faceted pebble that said cuboid crystalline substance sticks together is processed
4.7, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together, and the right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with last faceted pebble with the leading flank that said cuboid crystalline substance sticks together; Reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the left faceted pebble that said cuboid crystalline substance sticks together is processed
4.8, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with last faceted pebble with the trailing flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the right faceted pebble that said cuboid crystalline substance sticks together is processed;
Step 5, fractionation crystalline substance stick together: the said cuboid crystalline substance that will accomplish processing sticks together and separates.
In the present embodiment; Four faceted pebbles that said cuboid crystalline substance is sticked together have carried out twice processing respectively, in other embodiments, and can be according to different process requirements; Four faceted pebbles that said cuboid crystalline substance is sticked together are no less than processing once respectively, to satisfy different accuracy requirement.
Based on above-mentioned, need to prove that in step 1, said flaky material builds up before the cuboid crystalline substance sticks together, to the processing of soaking of each said flaky material, the flaky material that soaked can combine closely respectively.
Based on above-mentioned; Said cuboid crystalline substance is sticked together clamping on the workbench of vertical shaft full automatic planar grinding machine, utilize pad and removable insole pieces that four limits that said cuboid crystalline substance sticks together are fixed then, machined parameters is set opens said vertical shaft full automatic planar grinding machine; A faceted pebble is processed at every turn; After machining, the said cuboid crystalline substance that overturns sticks together, and respectively each faceted pebble is processed.
This non magnetic flaky material perpendicularity processing method need not adopt paraffin or cold glue to glue and stick together; Utilizing the tension force of water that the multi-disc flaky material is built up the cuboid crystalline substance closely sticks together; Variety of problems when effectively having solved existing technology stone roller, the processing back only needs baking, can said cuboid crystalline substance be sticked together and separate; Simultaneously, every flaky material perpendicularity meets the requirements.
Should be noted that at last: above embodiment is only in order to technical scheme of the present invention to be described but not to its restriction; Although with reference to preferred embodiment the present invention has been carried out detailed explanation, the those of ordinary skill in affiliated field is to be understood that: still can specific embodiments of the invention make amendment or the part technical characterictic is equal to replacement; And not breaking away from the spirit of technical scheme of the present invention, it all should be encompassed in the middle of the technical scheme scope that the present invention asks for protection.
Claims (4)
1. non magnetic flaky material perpendicularity processing method is characterized in that it may further comprise the steps:
Step 1, make crystalline substance and stick together: with the principal plane of flaky material is that adjacent surface builds up the cuboid crystalline substance with the said flaky material of multi-disc and sticks together; Said cuboid crystalline substance leading flank and the trailing flank that the principal plane of two flaky materials of outermost sticks together as the cuboid crystalline substance respectively that stick together, the last faceted pebble that all the other four sides that said cuboid crystalline substance sticks together stick together as the cuboid crystalline substance respectively based on orientation of living in, faceted pebble, left faceted pebble and right faceted pebble down;
Step 2, installation crystalline substance stick together: said cuboid crystalline substance is sticked together clamping on the workbench of vertical shaft full automatic planar grinding machine; The following faceted pebble that said cuboid crystalline substance sticks together contacts with workbench; At stick together two orthogonal pads of trailing flank and left faceted pebble fixed installation of dress of said cuboid crystalline substance, with removably two orthogonal removable insole pieces are installed at the stick together leading flank and the right faceted pebble of dress of said cuboid crystalline substance;
Step 3, fixedly crystalline substance sticks together: knock said pad, said removable insole pieces and said cuboid crystalline substance and stick together, make said pad and said removable insole pieces clamp said cuboid crystalline substance and stick together, knock the fixing said removable insole pieces in back;
Step 4, grind crystalline substance and stick together, comprise following substep:
4.1, machined parameters is set opens said vertical shaft full automatic planar grinding machine the last faceted pebble that said cuboid crystalline substance sticks together processed;
4.2, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The last faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with left faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the following faceted pebble that said cuboid crystalline substance sticks together is processed;
4.3, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with following faceted pebble with the trailing flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the left faceted pebble that said cuboid crystalline substance sticks together is processed;
4.4, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The left faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with following faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the right faceted pebble that said cuboid crystalline substance sticks together is processed;
Step 5, fractionation crystalline substance stick together: the said cuboid crystalline substance that will accomplish processing sticks together and separates.
2. non magnetic flaky material perpendicularity processing method according to claim 1 is characterized in that, in step 4, grinds crystalline substance and sticks together, and also comprises following substep:
4.5, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The following faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with right faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the last faceted pebble that said cuboid crystalline substance sticks together is processed;
4.6, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The last faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with right faceted pebble with the trailing flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the following faceted pebble that said cuboid crystalline substance sticks together is processed;
4.7, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with last faceted pebble with the leading flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the left faceted pebble that said cuboid crystalline substance sticks together is processed;
4.8, open two orthogonal removable insole pieces; The said cuboid crystalline substance that overturns sticks together; The right faceted pebble that said cuboid crystalline substance sticks together contacts with workbench, and two orthogonal pads contact with last faceted pebble with the trailing flank that said cuboid crystalline substance sticks together, and reinstall two orthogonal removable insole pieces; Repeating step 3 is provided with machined parameters and opens said vertical shaft full automatic planar grinding machine the right faceted pebble that said cuboid crystalline substance sticks together is processed.
3. non magnetic flaky material perpendicularity processing method according to claim 2 is characterized in that: be no less than repeating step 4 once.
4. according to claim 1 or 2 or 3 described non magnetic flaky material perpendicularity processing methods, it is characterized in that: in step 1, said flaky material builds up before the cuboid crystalline substance sticks together, respectively to the processing of soaking of each said flaky material.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210281136.5A CN102765024B (en) | 2012-08-09 | 2012-08-09 | Processing method for verticality of non-magnetic sheet-shaped material |
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| CN201210281136.5A CN102765024B (en) | 2012-08-09 | 2012-08-09 | Processing method for verticality of non-magnetic sheet-shaped material |
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| CN102765024A true CN102765024A (en) | 2012-11-07 |
| CN102765024B CN102765024B (en) | 2014-11-26 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112743446A (en) * | 2020-12-29 | 2021-05-04 | 北京无线电计量测试研究所 | Shape modification method for quartz crystal square piece |
| CN112975594A (en) * | 2021-05-14 | 2021-06-18 | 烟台旭日精密机械有限公司 | Perpendicularity machining method for tool block |
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| CN201979396U (en) * | 2011-01-17 | 2011-09-21 | 江阴市江海光伏科技有限公司 | Piezoid grinding clamp |
| CN202062299U (en) * | 2011-01-20 | 2011-12-07 | 铜陵市三科电子有限责任公司 | Loose wheel for processing dimensional shape of quartz crystal wafer |
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| US5882245A (en) * | 1997-02-28 | 1999-03-16 | Advanced Ceramics Research, Inc. | Polymer carrier gears for polishing of flat objects |
| CN201613496U (en) * | 2010-02-21 | 2010-10-27 | 晶科能源有限公司 | Silicon wafer clamping device |
| CN201863077U (en) * | 2010-10-15 | 2011-06-15 | 北京石晶光电科技股份有限公司济源分公司 | Angle grinding tooling for crystal square chip |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112743446A (en) * | 2020-12-29 | 2021-05-04 | 北京无线电计量测试研究所 | Shape modification method for quartz crystal square piece |
| CN112743446B (en) * | 2020-12-29 | 2022-05-20 | 北京无线电计量测试研究所 | Shape modification method for quartz crystal square plate |
| CN112975594A (en) * | 2021-05-14 | 2021-06-18 | 烟台旭日精密机械有限公司 | Perpendicularity machining method for tool block |
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| CN102765024B (en) | 2014-11-26 |
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