CN2406771Y - Automatic lapping machine for work-drum grinding sheet - Google Patents

Abstract

The utility model relates to an automatic lapping machine for a work-drum grinding sheet. The main structure of the utility model is that the utility model uses a program control mechanism command to cause a number value to be input; loss coefficient of a glaze wheel and whether the glaze wheel needs to be replaced can be displayed by monitoring by an electronic pulse wave according to conditions such as grinding path, time, temperature, amount, error correction, etc. of material pieces. The breakage of the material pieces can be reduced by a pneumatic exciter, fraction defective can be reduced, and precise property of the material pieces can also be maintained. The purpose of the utility model is to achieve the efficiency of automatic grinding of the material pieces.

Description

Syringe abrasive disc autogenous mill

The utility model relates to a kind of syringe abrasive disc autogenous mill, belongs to machining machine field.

The expansion of industrial society now and impel now constantly research and development innovation of science and technology, whether the processing and manufacturing technical capability of parts utensil has the automated machine utensil along with the increase of market competition, profit pressure, is determining the success and the failure of enterprise.

Press ordinary material and grind the emery wheel mechanism that is used always, on the whole all be to be fixed in the grinder body and to adopt manually back and forth to grind one by one to measure, because grinding rate and measurement one by one, still implicit artificial careless mistake, quality of finished is differed, materials and parts error Jing and increasing, manually-operated must be considered the abradibility of emery wheel again, hand extracts object grinding angle degree accuracy, cleaning attachment (lapping rejects dirt), the cooling materials and parts grind the high temperature that is produced, and avoid materials and parts to grind problems such as fracture damage, its spent manpower, material resources, time all dislikes too improper, more and, aforementioned person only refers to grind single material, if a large amount of improved grinding, the manpower that is spent, material resources, time and money will be not only in these.

And how to overcome above-mentioned shortcoming, i.e. the place of the technical difficulties that solves of the utility model institute desire.

In view of this, creator of the present utility model is professional attainment and the technical concept that is possessed with itself, through constantly studying improvement, the utility model is born.

Be that primary and foremost purpose of the present utility model provides a kind of syringe abrasive disc autogenous mill, it is to utilize that sequence control instruction numerical value input electronics pulse wave detecting pneumatic tool pushes away, the spray feed material, according to each materials and parts grinding condition, setting abrasion path, time, materials and parts quantity impose grinds the materials and parts processing procedure.

Of the present utility model time a purpose provides a kind of syringe abrasive disc autogenous mill, be provided with by programmed instruction one grinding mechanism main body: devices such as the emery wheel motor axis of rolling, driving shaft, belt, stepper motor, emery wheel motor, make this grinding mechanism grind the materials and parts actual size, adjust the grinding of emery wheel motor in good time according to detecting.

A purpose more of the present utility model provides a kind of syringe abrasive disc autogenous mill, be to produce excessive temperature to grinding materials and parts by the emery wheel motor, temperature sensor, cooling device, dust leg in the mat sequence control, the debris removal grinding stone makes the materials and parts can the damage of rupturing in avoiding Yin Gaowen or attachment.

Another purpose of the present utility model provides a kind of syringe abrasive disc autogenous mill, be to end by sequence control detecting improved grinding, the mat reciprocal start of reciprocal arm rolling bearing of stretching, in tool, establish an air pressure material spray tube, treat that pneumaticpiston gas is rushed to summit and open, revolve with the high pressure spray and hit the automation effect that materials and parts are set to the product storage bin in tool.

The purpose of this utility model is achieved in that a kind of syringe abrasive disc autogenous mill, this syringe abrasive disc autogenous mill is by a cyclelog main body, one blanking rack, one metering perceptron, one scraping wings, one clamp tool, one clamp tool seat, one flexible reciprocal arm, the one clamp tool seat axis of rolling, one stepper motor, one drives belt, one driving shaft, one emery wheel, one emery wheel motor, the one emery wheel motor axis of rolling, one tapered wheel debris removal grinding stone, one cooling device, one dust collect plant, one air pressure material spray tube, one pneumaticpiston, the oblique slide rail of one finished product, the start of the mutual program pulse wave transmission of one finished product storage bin gas control is formed, and it is characterized in that comprising:

Blanking is partly: this cyclelog and stock shelf side are established a scraping wings that contains square metering perceptron, but perception materials and parts and make its gas control pusher put square air pressure clamp tool, can the while metering;

Grind partly: establish the mutual arteries and veins transmission of a stepper motor on this cyclelog and the grinder main body and drive belt and adjust the emery wheel motor,, and transmit its emery wheel wearing coefficient of this cyclelog from pulse wave and maybe need not change message the capable grinding of materials and parts in clamp tool start according to grinding condition;

Debris removal cooling dust collect plant part: this device is located at the periphery that grinds the motor start, grinding wheel running promptly startup dust collect plant, treat that temperature rises, the automatic temperature-sensitive of a limit cooling device avoids the materials and parts fracture to damage to materials and parts cast or the moving debris removal of taper grinding wheel debris removal masonry;

Clamp tool start part: this cyclelog is subjected to grinding wheel to do the arteriogram transmission and grinds end of a period, and make the clamp tool seat along its bottom axis of rolling, the mat elongated reciprocal arm gas control clamp tool that stretches, when clamp tool supports finished product storage bin top one oblique slide rail, dish is established an air pressure material spray tube on the clamp tool, wait and rush to summit when opening clamp tool, revolve and hit material pressurization pore with the high pressure spray and produce pressure gas stream, make materials and parts insert the finished product storage bin to reach automatic grinding with a cylinder pneumaticpiston gas of establishing the clamp tool lower wall.

Clearly, the utility model mainly is to utilize the input of sequence control instruction numerical value, according to conditions such as materials and parts abrasion path, time, temperature, quantity, error corrections, the detecting of mat electronics pulse wave shows the grinding wheel loss factor, reaches and need not change, excitatory pneumatic tool reduces the materials and parts damage, fraction defective reduces, keeps the materials and parts accuracy, can reach the effect of materials and parts automatic grindings.

Be to make the convenient effect of understanding content of the present utility model and reaching, now conjunction with figs. with regard to conformation function of the present utility model and characteristic thereof and cooperate a preferred embodiment describe in detail as after.

Description of drawings:

Fig. 1 is the schematic perspective view of grinder commonly used;

Fig. 2 is a schematic perspective view of the present utility model;

Fig. 3 is the utility model materials and parts clamp tool illustrative view;

Fig. 4 is the utility model emery wheel motor body illustrative view;

Fig. 5 is that the utility model materials and parts grind, cooling control of dust schematic diagram;

Fig. 6 is that the spray that grind to end of the utility model materials and parts is hit materials and parts and made cardon;

Fig. 7 is the utility model sequence control stereogram.

As shown in Figure 1, general grinder commonly used is that system sand wheel assembly 11 is fixed in grinder main body 1 commonly used, switch 12 controls start power supply, adopt artificial the extraction back and forth to grind, and utilize operation by human hand anchor clamps control panel 14 to adjust anchor clamps 13, must consider path angle accuracy, clearing up abrasion wheel grinding frequently adheres to the bits dirt and avoids the materials and parts high temperature fracture to damage, if a large amount of the grinding must labor intensive, the time, it is improper all to dislike.

As Fig. 2, shown in Figure 7, the utility model is to establish a program loader 72 by cyclelog main body 7 top panels 71, grinds spare part according to materials and parts and keys in required start procedure code start-up routine controlling organization 2 Auto-Sensing grinder main bodys 21, abrasion wheel grinding motor 4, the stepper motor 26 preposition location of making zero with button 73.

Shown in Fig. 3,4, the utility model is to set materials and parts 34 numbers by programme-control main body 7 to place blanking rack 3, and adjust blanking adjustment rack 37 to the appropriate location, behind metering inductor 31 perception number of times, release scraping wings 32 forward by scraping wings cylinder 38, after this scraping wings 32 is released materials and parts 34 again, then pneumaticpiston 35 with clamp tool 23 mutual closings and clamp these materials and parts 34 through flexible reciprocal arm 22 along the 62 reciprocal starts of clamp tool roller bearing, drive emery wheel motors 4 by stepper motor 26 and go the start of grinding.

As shown in Figure 4, the utility model is to set emery wheel motor 4 by cyclelog main body 7 according to materials and parts 34 abrasion path errors, depend on the axis of rolling 27 stepper motors 26 rotating belts 41 driving shafts 42 and adjust correction emery wheel motor 4 grinding conduct angles one by one automatically, reduce the generation that the materials and parts error strengthens.

As shown in Figure 5, the utility model is mat air pressure clamp tool 23 clamping materials and parts 34, the emery wheel 5 of emery wheel motor 4 is set to adjust one by one according to grinding condition by cyclelog main body 7 and is ground angle, tapered wheel debris removal grinding stone 52 can be cleared up emery wheel 5 automatically and adhere to the bits dirt, start cooling tube 51, dust leg 25, have and avoid 34 fractures of high temperature grinding materials and parts to damage and the dirty effect that influences clean environment of cigarette ash bits.

As shown in Figure 6, the utility model grinds at materials and parts 34 ends, the flexible reciprocal arm 22 of mat is pushed materials and parts toward oblique slide rail 63 clamp tools of finished product 23 interior air pressure material spray tubes 33 along clamp tool seat 36 bottoms one axis of rolling, 62 gas controls, treat that clamp tool 23 a central pneumaticpiston 6 gas rush to summit when opening clamp tool 23, revolve and hit materials and parts with high pressure spray and produce pressure gas stream, make materials and parts insert the finished product storage bin to reach the automated job effect through the oblique slide rail of finished product really by discharging pressurization pore 39.

For making the utility model more show its progressive and practicality, hereby do with existing grinder commonly used One comparative analysis is as follows;

The shortcoming of existing machine

1, the artificial extraction ground the fraction defective height.

2, the materials and parts accuracy is poor, and quality differs.

3, amount of grinding degree of testing the speed is slow one by one, grinds in a large number labor intensive, time.

4, need frequently detect emery wheel wearing coefficient or replacing and clear up its attachment.

5, high temperature grinding, the materials and parts easy fracture is damaged.

6, cigarette ash is grown in grinding, the bits dirt affects clean environment.

7, can't effectively measure materials and parts, at goods storage height.

8, a large amount of grinding incured loss through delay the friendship phase, increases the marketing loss, affects business opportunity adversely.

Advantage of the present utility model:

1, the excitatory start materials and parts of electronics pulse wave clamp tool, fraction defective reduces.

2, the material accuracy is good, safeguards quality standard.

3, program pulse wave control amount of grinding degree of testing the speed is fast, saves the manpower time.

4, the pulse wave detecting shows the emery wheel coefficient automatically and moves the cleaning attachment automatically.

5, temperature limits the automatic casting cooling, reduces materials and parts grinding fracture and damages.

6, effective control of dust keeps clean environment.

7, control tool, clamp tool are proofreaied and correct in the metering of automation materials and parts, shorten the processing procedure time, are making

The product storage is low.

8, material standardization, easily a large amount of the manufacturing, punctual delivery increases the product manufacturing, meet through

Ji benefit and competitiveness.

In sum, the utility model has reached the effect that institute's desire is promoted really under the structure that breaks through prior art, and also non-be familiar with the easy full of beard of this skill person and, moreover, open before the utility model application, and have simple and easy installation, progressive, practicality, so patent application is proposed in accordance with the law.

Claims (1)

1, a kind of syringe abrasive disc autogenous mill, this syringe abrasive disc autogenous mill is by a cyclelog main body, one blanking rack, one metering perceptron, one scraping wings, one clamp tool, one clamp tool seat, one flexible reciprocal arm, the one clamp tool seat axis of rolling, one stepper motor, one drives belt, one driving shaft, one emery wheel, one emery wheel motor, the one emery wheel motor axis of rolling, one tapered wheel debris removal grinding stone, one cooling device, one dust collect plant, one air pressure material spray tube, one pneumaticpiston, the oblique slide rail of one finished product, the start of the mutual program pulse wave transmission of one finished product storage bin gas control is formed, and it is characterized in that comprising:

Blanking is partly: this cyclelog and stock shelf side are established a scraping wings that contains square metering perceptron, but perception materials and parts and make its gas control pusher put square air pressure clamp tool, can the while metering;

Grind partly: establish the mutual arteries and veins transmission of a stepper motor on this cyclelog and the grinder main body and drive belt and adjust the emery wheel motor,, and transmit its emery wheel wearing coefficient of this cyclelog from pulse wave and maybe need not change message the capable grinding of materials and parts in clamp tool start according to grinding condition;

Debris removal cooling dust collect plant part: this device is located at the periphery that grinds the motor start, grinding wheel running promptly startup dust collect plant, treat that temperature rises, the automatic temperature-sensitive of a limit cooling device avoids the materials and parts fracture to damage to materials and parts cast or the moving debris removal of taper grinding wheel debris removal masonry;

Clamp tool start part: this cyclelog is subjected to grinding wheel to do the arteriogram transmission and grinds end of a period, and make the clamp tool seat along its bottom axis of rolling, the mat elongated reciprocal arm gas control clamp tool that stretches, when clamp tool supports finished product storage bin top one oblique slide rail, dish is established an air pressure material spray tube on the clamp tool, wait and rush to summit when opening clamp tool, revolve and hit material pressurization pore with the high pressure spray and produce pressure gas stream, make materials and parts insert the finished product storage bin to reach automatic grinding with a cylinder pneumaticpiston gas of establishing the clamp tool lower wall.

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