CN103273357B - One side ram full-automatic AC Double swing head - Google Patents
One side ram full-automatic AC Double swing head Download PDFInfo
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- CN103273357B CN103273357B CN201310125727.8A CN201310125727A CN103273357B CN 103273357 B CN103273357 B CN 103273357B CN 201310125727 A CN201310125727 A CN 201310125727A CN 103273357 B CN103273357 B CN 103273357B
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Abstract
The invention discloses a kind of side ram full-automatic AC Double swing head, comprise upper box setting up and down and lower box, transmission system, C axle indexing system and A axle indexing system, transmission system comprises and stretches into the power transmission shaft in upper box, the driving shaft being positioned at lower box and transmission mechanism from the upper end of upper box, the bottom opening of lower box, driving shaft stretches out from the bottom opening of lower box, transmission mechanism is connected with power transmission shaft and driving shaft respectively, be provided with the first chamber and the second chamber in C axle indexing system, in A axle indexing system, be provided with the 3rd chamber and the 4th chamber; Advantage be by transmission system realize lathe power transmission, realize the transposition of C axle indexing system or fixing by passing into hydraulic oil in the first chamber or the second chamber, realize the transposition of A axle indexing system by passing into hydraulic oil in the 3rd chamber or the 4th chamber or fix, speed is fast, precision is high, and cost is lower.
Description
Technical field
The present invention relates to a kind of AC Double swing head, especially relate to a kind of side ram full-automatic AC Double swing head.
Background technology
In recent years, foster the drive with related industry energetically due to country, China NC Machine industry obtains fast development, gradually towards large-scale, at a high speed, and the field development such as high-precision.But, obviously delayed with the development of the key feature of Digit Control Machine Tool supporting industries.Full-automatic A/C Double swing head is the core functional components of large-size numerical control machine, it is a collection machinery, hydraulic pressure, the height integrated system electrically etc. be integrated, comprise hydra-electric routing technology, Sealing Technology, cooling technology, circulating lubricating technology, braking technology, the gap that disappears technology and the location guardian technique such as tensioning technique, all the time all by the well-known Machine Tool Enterprises of Germany, Italy, the U.S. and Japan and other countries and functional part business monopoly.China NC Machine industry is started late, and full-automatic A/C Double swing head is still in the low-grade stage at present, can not meet Digit Control Machine Tool high speed and high-precision requirement.In order to meet domestic Digit Control Machine Tool field high speed and high-precision requirement, need to buy the external Digit Control Machine Tool of use.According to incompletely statistics, in the price of external Digit Control Machine Tool manufacturer, the price of full-automatic A/C Double swing head accounts for about 30% of Digit Control Machine Tool total price, and this full-automatic A/C Double swing head is all very high at each side costs such as M Rs in the future, therefore a kind of speed is researched and developed fast, precision is high, and lower-cost full-automatic A/C Double swing head has realistic meaning.
Summary of the invention
It is fast that technical problem to be solved by this invention is to provide a kind of speed, and precision is high, and lower-cost side ram full-automatic AC Double swing head.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of side ram full-automatic AC Double swing head, comprise upper box setting up and down and lower box, transmission system, C axle indexing system and A axle indexing system, described transmission system comprises the power transmission shaft stretched into from the upper end of described upper box in described upper box, be positioned at driving shaft and the transmission mechanism of described lower box, the bottom opening of described lower box, described driving shaft stretches out from the bottom opening of described lower box, described transmission mechanism is connected with described power transmission shaft and described driving shaft respectively, when lathe drive described in power transmission shaft time, drive shaft turns described in described power transmission shaft is driven by described transmission mechanism, described C axle indexing system comprises the C axle fluted disc be fixed on outside described upper box, the 2nd C axle fluted disc be fixedly connected with described lower box, be positioned at a C axle transposition gear and the 2nd C axle transposition gear of described upper box, first chamber and the second chamber, a described C axle transposition gear is fixedly connected with described power transmission shaft, the 2nd described C axle transposition gear is fixedly connected with described lower box, when passing into hydraulic oil in the first described chamber, described lower box drives connected all parts to move on the whole, a now C axle fluted disc and the engagement of the 2nd C axle fluted disc, one C axle transposition gear is separated with the 2nd C axle transposition gear, when passing into hydraulic oil in the second chamber, described lower box drives connected all parts entirety to move down, now a C axle fluted disc is separated with the 2nd C axle fluted disc, one C axle transposition gear and the 2nd C axle transposition gears meshing, described A axle indexing system comprises the A axle transposition gear being positioned at described lower box, 2nd A axle transposition gear, support set, main spindle box, one A axle fluted disc, 2nd A axle fluted disc, 3rd chamber and the 4th chamber, a described A axle transposition gear, the 2nd described A axle transposition gear, described support set, described main spindle box, a described A axle fluted disc and the 2nd described A axle fluted disc from left to right set gradually, a described A axle transposition gear is connected with described lower box, the 2nd described A axle transposition geared sleeve is located on described support set, described support set is plugged on a sidewall of close lower box, a described A axle fluted disc is plugged on another sidewall of close lower box, described main spindle box is fixedly connected with a described A axle fluted disc with described support set respectively, described driving shaft is positioned at described main spindle box and is coupling on described main spindle box, the 2nd described A axle fluted disc is fixedly connected with described lower box, when passing into hydraulic oil in the 3rd described chamber, described main spindle box drives connected all parts entirety to move to the 2nd described A axle fluted disc direction, now, one A axle fluted disc and the engagement of the 2nd A axle fluted disc, one A axle transposition gear is separated with the 2nd A axle transposition gear, when passing into hydraulic oil in the 4th described chamber, described main spindle box drives connected all parts entirety to move to a described A axle transposition gear direction, now, one A axle fluted disc is separated with the 2nd A axle fluted disc, one A axle transposition gear and the 2nd A axle transposition gears meshing.
Described C axle indexing system also comprises C axle cylinder sleeve and C axle piston, described C axle cylinder sleeve is positioned at described upper box and is fixedly connected with described lower box, a described C axle transposition gear is fixed on described C axle cylinder sleeve, described C axle piston is fixed on described C axle cylinder sleeve top, described C axle piston, between described C axle cylinder sleeve and described upper box, form the first described chamber, between described C axle cylinder sleeve and described upper box, form the second described chamber.
Described A axle indexing system also comprises A axle stop collar and A axle piston, described A axle stop collar and described A axle piston and a described A axle fluted disc are positioned at the same side of described main spindle box, described A axle stop collar is fixed on described main spindle box, described A axle piston is fixed on described A axle stop collar, described lower box is provided with through hole near the side of described A axle stop collar, described through hole is provided with end cap, described end cap is fixed on described lower box, the 2nd described A axle fluted disc is fixed on described end cap, the 3rd described chamber is formed between described A axle piston and described A axle stop collar, described A axle piston, the 4th described chamber is formed between described A axle stop collar and described end cap.
Described transmission mechanism comprises the first bevel gear being positioned at described lower box, second bevel gear, third hand tap gear, 4th bevel gear, first travelling gear, second travelling gear and the 3rd travelling gear, the first described bevel gear is connected with described power transmission shaft, the second described bevel gear and described third hand tap gear are arranged above and below, the second described bevel gear is arranged on described lower box, described triconodont wheel is arranged in described A axle stop collar and stretches into described main spindle box, the 4th described bevel gear is set on described driving shaft, the first described travelling gear is arranged on the second described bevel gear, the 3rd described travelling gear is arranged on described third hand tap gear, the second described driving gearshaft to be connected on described lower box and between the first described travelling gear and the 3rd described travelling gear, a described A axle transposition gear is connected with described lower box by the second described travelling gear, a described A axle transposition gear is fixed on the second described travelling gear, the first described bevel gear engages with the second described bevel gear, described third hand tap gear engages with the 4th described bevel gear, the second described travelling gear engages with the first described travelling gear and the 3rd described travelling gear respectively, A shaft encoder seat is provided with inside described end cap, described A shaft encoder seat is provided with A shaft encoder, described A shaft encoder has mandrel, described mandrel is coaxial with described third hand tap gear.
Described upper box is provided with the multiple main blind rivet for being connected with Digit Control Machine Tool, the side of the upper end of described upper box arranges multiple location square key.
Described upper box is provided with fast plug.
Be provided with fluted disc seat between the 2nd described C axle fluted disc and described lower box, described fluted disc seat is fixed on described lower box, and the 2nd described C axle fluted disc is arranged in described fluted disc seat.
Compared with prior art, the invention has the advantages that the transmission system by arranging transmits the power of Digit Control Machine Tool, the axial rotational angle of C is adjusted by the C axle indexing system arranged, by the axial rotational angle of A axle indexing system adjustment A arranged, when lathe drives power transmission shaft, power transmission shaft drives drive shaft turns by transmission mechanism, in a C axle fluted disc and the engagement of the 2nd C axle fluted disc, when one C axle transposition gear is separated with the 2nd C axle transposition gear, hydraulic oil is passed in the second chamber, lower box drives connected all parts entirety to move down, a final C axle fluted disc is separated with the 2nd C axle fluted disc, one C axle transposition gear and the 2nd C axle transposition gears meshing, now, lathe drives power transmission shaft to rotate, because a C axle transposition gear and the 2nd C axle transposition gear are in engagement, therefore, lower box and connected all parts are all along with power transmission shaft rotates around C axle, after C axle goes to specified angle, hydraulic oil is passed in the first chamber, lower box drives connected all parts to move on the whole, a final C axle transposition gear is separated completely with the 2nd C axle transposition gear, a C axle fluted disc and the engagement of the 2nd C axle fluted disc simultaneously, realize the once adjustment of C axle indexing system, in an A axle fluted disc and the engagement of the 2nd A axle fluted disc, when one A axle transposition gear is separated with the 2nd A axle transposition gear, hydraulic oil is passed in the 4th chamber, A axle piston moves, main spindle box drives connected all parts entirety to move to an A axle transposition gear direction, a final A axle transposition gear and the 2nd A axle transposition gears meshing, an A axle fluted disc is separated with the 2nd A axle fluted disc, lathe drives power transmission shaft to rotate, because an A axle transposition gear and the 2nd A axle transposition gear are in engagement, therefore, main spindle box and connected all parts all rotate around A axle, when passing into hydraulic oil after going to specified angle in the 3rd chamber, A axle piston moves, main spindle box drives connected all parts entirety to move to the 2nd A axle fluted disc direction, a final A axle fluted disc and the engagement of the 2nd A axle fluted disc, one A axle transposition gear is separated with the 2nd A axle transposition gear, realize the once adjustment of A axle indexing system, speed is fast, precision is high, and structure is simple, cost is lower,
When C axle indexing system also comprises C axle cylinder sleeve and C axle piston, form the first chamber by C axle piston, C axle cylinder sleeve and upper box, by forming the second chamber between C axle cylinder sleeve and upper box, structure is simple, and easy for installation, reliability is high;
When upper box being provided with the multiple main blind rivet for being connected with Digit Control Machine Tool, when the side of the upper end of upper box arranges multiple location square key, lathe by main blind rivet by full-automatic Double swing head pull-up, positioned by location square key in the process of pull-up, cut power and pass to power transmission shaft by lathe, ensure the reliability that Double swing head is connected with lathe, and greatly promote the automaticity of lathe;
When upper box being provided with fast plug, the compressed air required for A/C Double swing head, hydraulic oil, cooling fluid, power supply etc. are supplied by quick connector by lathe, and structure is simple, and cost is lower.
Accompanying drawing explanation
Fig. 1 is sectional view of the present invention;
Sectional view when Fig. 2 is C axle indexing system of the present invention clamping;
Fig. 3 is the sectional view of C axle indexing system of the present invention when unclamping;
Sectional view when Fig. 4 is A axle indexing system of the present invention clamping;
Fig. 5 is the sectional view of A axle indexing system of the present invention when unclamping.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
Embodiment: as shown in the figure, one side ram full-automatic AC Double swing head, comprise upper box 1 setting up and down and lower box 2, transmission system, C axle indexing system and A axle indexing system, transmission system comprises and stretches into the power transmission shaft 3 in upper box 1, the driving shaft 4 being positioned at lower box 2 and transmission mechanism from the upper end of upper box 1, the bottom opening of lower box 2, driving shaft 4 stretches out from the bottom opening of lower box 2, and transmission mechanism is connected with power transmission shaft 3 and driving shaft 4 respectively, C axle indexing system comprises and is fixed on the C axle fluted disc 5 outside upper box 1, the 2nd C axle fluted disc 6 be fixedly connected with lower box 2, is positioned at C axle transposition gear 7 and the 2nd C axle transposition gear 8, first chamber 9 and second chamber 10 of upper box 1, one C axle transposition gear 7 is fixedly connected with power transmission shaft 3, and the 2nd C axle transposition gear 8 is fixedly connected with lower box 2, A axle indexing system comprises the A axle transposition gear 11 being positioned at lower box 2, 2nd A axle transposition gear 12, support set 13, main spindle box 14, one A axle fluted disc 15, 2nd A axle fluted disc 16, 3rd chamber 17 and the 4th chamber 18, one A axle transposition gear 11, 2nd A axle transposition gear 12, support set 13, main spindle box 14, one A axle fluted disc 15 and the 2nd A axle fluted disc 16 from left to right set gradually, one A axle transposition gear 11 is connected with lower box 2, 2nd A axle transposition gear 12 is set on support set 13, support set 13 is plugged on a sidewall of close lower box 2, one A axle fluted disc 15 is plugged on another sidewall of close lower box 2, main spindle box 14 is fixedly connected with an A axle fluted disc 15 with support set 13 respectively, driving shaft 4 is positioned at main spindle box 14 and is coupling on main spindle box 14, 2nd A axle fluted disc 16 is fixedly connected with lower box 2.
In the present embodiment, C axle indexing system also comprises C axle cylinder sleeve 19 and C axle piston 20, C axle cylinder sleeve 19 is positioned at upper box 1 and is fixedly connected with lower box 2, one C axle transposition gear 7 is fixed on C axle cylinder sleeve 19, C axle piston 20 is fixed on C axle cylinder sleeve 19 top, C axle piston 20, formed between C axle cylinder sleeve 19 and upper box 1 between first chamber 9, C axle cylinder sleeve 19 and upper box 1 and form the second chamber 10.
In the present embodiment, A axle indexing system also comprises A axle stop collar 21 and A axle piston 22, A axle stop collar 21 and A axle piston 22 and an A axle fluted disc 15 are positioned at the same side of main spindle box 14, A axle piston 22 is set on A axle stop collar 21, lower box 2 is provided with through hole near the side of A axle stop collar 21, through hole is provided with end cap, end cap is fixed on lower box 2, A axle stop collar 21 is fixed on end cap, 2nd A axle fluted disc 16 is fixed on end cap, the 3rd chamber 17 is formed between A axle piston 22 and A axle stop collar 21, A axle piston 22, the 4th chamber 18 is formed between A axle stop collar 21 and end cap.
In the present embodiment, transmission mechanism comprises the first bevel gear 23 being positioned at lower box 2, second bevel gear 24, third hand tap gear 25, 4th bevel gear 26, first travelling gear 27, second travelling gear 28 and the 3rd travelling gear 29, first bevel gear 23 is connected with power transmission shaft 3, second bevel gear 24 and third hand tap gear 25 are arranged above and below, second bevel gear 24 is arranged on lower box 2, third hand tap gear 25 is arranged in support set 13 and stretches into main spindle box 14, 4th bevel gear 26 is set on driving shaft 4, first travelling gear 27 is arranged on the second bevel gear 24, 3rd travelling gear 29 is arranged on third hand tap gear 25, second travelling gear 28 is coupling on lower box 2 and between the first travelling gear 27 and the 3rd travelling gear 29, one A axle transposition gear 11 is connected with lower box 2 by the second travelling gear 28, one A axle transposition gear 11 is fixed on the second travelling gear 28, first bevel gear 23 engages with the second bevel gear 24, third hand tap gear 25 engages with the 4th bevel gear 26, second travelling gear 28 engages with the first travelling gear 27 and the 3rd travelling gear 29 respectively, A shaft encoder seat 30 is provided with inside end cap, A shaft encoder seat 30 is provided with A shaft encoder 31, A shaft encoder 31 has mandrel 311, mandrel 311 is coaxial with third hand tap gear 25.
In the present embodiment, upper box 1 is provided with the multiple main blind rivet 32 for being connected with Digit Control Machine Tool, the side of the upper end of upper box 2 arranges multiple location square key 33, upper box 2 is provided with fast plug 34.
In the present embodiment, be provided with fluted disc seat 35 between the 2nd C axle fluted disc 6 and lower box 2, fluted disc seat 35 is fixed on lower box 2, and the 2nd C axle fluted disc 6 is arranged in fluted disc seat 35.
The operation principle of transmission system of the present invention is: lathe by main blind rivet 32 by full-automatic Double swing head pull-up, positioned by location square key 33 in the process of pull-up, cutting power has lathe to pass to power transmission shaft, then the first travelling gear 27, second travelling gear 28 and the 3rd travelling gear 29 is driven to rotate step by step by the first bevel gear 23, second bevel gear 24,3rd travelling gear 29 passes through third hand tap gear 25 by power transmission to the 4th bevel gear 26 of main spindle box 14 inside, and the 4th bevel gear 26 drives driving shaft 4 to rotate.
The operation principle of C axle indexing system of the present invention is: when original state, one C axle fluted disc 5 and the 2nd C axle fluted disc 6 engage, one C axle transposition gear 7 is separated with the 2nd C axle transposition gear 8, hydraulic oil is passed in the second chamber 10, lower box 2 drives connected all parts (to comprise the 2nd C axle fluted disc 6, C axle cylinder sleeve 19 and C axle piston 20 etc.) entirety moves down, a final C axle fluted disc 5 is separated with the 2nd C axle fluted disc 6, one C axle transposition gear 7 and the 2nd C axle transposition gear 8 engage, now, lathe drives power transmission shaft 3 to rotate, because a C axle transposition gear 7 and the 2nd C axle transposition gear 8 are in engagement, therefore, lower box 2 and connected all parts (comprise the 2nd C axle fluted disc 6, C axle cylinder sleeve 19 and C axle piston 20 etc.) all along with power transmission shaft 3 rotates around C axle, after C axle goes to specified angle, hydraulic oil is passed in the first chamber 9, lower box 2 drives connected all parts (comprising C axle cylinder sleeve 19 and C axle piston 20 etc.) to move on the whole, a final C axle transposition gear 7 is separated completely with the 2nd C axle transposition gear 8, a C axle fluted disc 5 and the 2nd C axle fluted disc 6 engage simultaneously, realize the once adjustment of C axle indexing system.
The operation principle of A axle indexing system of the present invention is: during original state, one A axle fluted disc 15 and the 2nd A axle fluted disc 16 engage, one A axle transposition gear 11 is separated with the 2nd A axle transposition gear 12, hydraulic oil is passed in the 4th chamber 18, A axle piston 22 moves, main spindle box 14 drives connected all parts (to comprise support set 13, one A axle fluted disc 15, A axle stop collar 21 and the 2nd A axle transposition gear 12 etc.) overall to move to A axle transposition gear 11 direction, a final A axle transposition gear 11 and the 2nd A axle transposition gear 12 engage, one A axle fluted disc 15 is separated with the 2nd A axle fluted disc 16, lathe drives power transmission shaft 3 to rotate, successively by the first bevel gear 23, second bevel gear 24, first travelling gear 27, power transmission is given an A axle transposition gear 11 by the second travelling gear 28 and the 3rd travelling gear 29, because an A axle transposition gear 11 and the 2nd A axle transposition gear 12 are in engagement, therefore, main spindle box 14 and connected all parts (comprise support set 13, one A axle fluted disc 15, A axle piston 22 and the 2nd A axle transposition gear 12 etc.) all rotate around A axle, after going to specified angle, position is confirmed by A shaft encoder 31, confirm to pass into hydraulic oil in backward 3rd chamber 17, A axle piston 22 moves, main spindle box 14 drives connected all parts (to comprise support set 13, one A axle fluted disc 15 and the 2nd A axle transposition gear 12 etc.) overall to move to the 2nd A axle fluted disc 16 direction, a final A axle fluted disc 15 and the 2nd A axle fluted disc 16 engage, one A axle transposition gear 11 is separated 12 with the 2nd A axle transposition gear, realize the once adjustment of A axle indexing system.
Claims (7)
1. a square ram full-automatic AC Double swing head, it is characterized in that comprising upper box setting up and down and lower box, transmission system, C axle indexing system and A axle indexing system, described transmission system comprises the power transmission shaft stretched into from the upper end of described upper box in described upper box, be positioned at driving shaft and the transmission mechanism of described lower box, the bottom opening of described lower box, described driving shaft stretches out from the bottom opening of described lower box, described transmission mechanism is connected with described power transmission shaft and described driving shaft respectively, when lathe drive described in power transmission shaft time, drive shaft turns described in described power transmission shaft is driven by described transmission mechanism, described C axle indexing system comprises the C axle fluted disc be fixed on outside described upper box, the 2nd C axle fluted disc be fixedly connected with described lower box, be positioned at a C axle transposition gear and the 2nd C axle transposition gear of described upper box, first chamber and the second chamber, a described C axle transposition gear is fixedly connected with described power transmission shaft, the 2nd described C axle transposition gear is fixedly connected with described lower box, when passing into hydraulic oil in the first described chamber, described lower box drives connected all parts to move on the whole, a now C axle fluted disc and the engagement of the 2nd C axle fluted disc, one C axle transposition gear is separated with the 2nd C axle transposition gear, when passing into hydraulic oil in the second chamber, described lower box drives connected all parts entirety to move down, now a C axle fluted disc is separated with the 2nd C axle fluted disc, one C axle transposition gear and the 2nd C axle transposition gears meshing, described A axle indexing system comprises the A axle transposition gear being positioned at described lower box, 2nd A axle transposition gear, support set, main spindle box, one A axle fluted disc, 2nd A axle fluted disc, 3rd chamber and the 4th chamber, a described A axle transposition gear, the 2nd described A axle transposition gear, described support set, described main spindle box, a described A axle fluted disc and the 2nd described A axle fluted disc from left to right set gradually, a described A axle transposition gear is connected with described lower box, the 2nd described A axle transposition geared sleeve is located on described support set, described support set is plugged on a sidewall of close lower box, a described A axle fluted disc is plugged on another sidewall of close lower box, described main spindle box is fixedly connected with a described A axle fluted disc with described support set respectively, described driving shaft is positioned at described main spindle box and is coupling on described main spindle box, the 2nd described A axle fluted disc is fixedly connected with described lower box, when passing into hydraulic oil in the 3rd described chamber, described main spindle box drives connected all parts entirety to move to the 2nd described A axle fluted disc direction, now, one A axle fluted disc and the engagement of the 2nd A axle fluted disc, one A axle transposition gear is separated with the 2nd A axle transposition gear, when passing into hydraulic oil in the 4th described chamber, described main spindle box drives connected all parts entirety to move to a described A axle transposition gear direction, now, one A axle fluted disc is separated with the 2nd A axle fluted disc, one A axle transposition gear and the 2nd A axle transposition gears meshing.
2. ram full-automatic AC Double swing head in one side according to claim 1, it is characterized in that described C axle indexing system also comprises C axle cylinder sleeve and C axle piston, described C axle cylinder sleeve is positioned at described upper box and is fixedly connected with described lower box, a described C axle transposition gear is fixed on described C axle cylinder sleeve, described C axle piston is fixed on described C axle cylinder sleeve top, described C axle piston, the first described chamber is formed between described C axle cylinder sleeve and described upper box, the second described chamber is formed between described C axle cylinder sleeve and described upper box.
3. ram full-automatic AC Double swing head in one side according to claim 1, it is characterized in that described A axle indexing system also comprises A axle stop collar and A axle piston, described A axle stop collar and described A axle piston and a described A axle fluted disc are positioned at the same side of described main spindle box, described A axle stop collar is fixed on described main spindle box, described A axle piston is fixed on described A axle stop collar, described lower box is provided with through hole near the side of described A axle stop collar, described through hole is provided with end cap, described end cap is fixed on described lower box, the 2nd described A axle fluted disc is fixed on described end cap, the 3rd described chamber is formed between described A axle piston and described A axle stop collar, described A axle piston, the 4th described chamber is formed between described A axle stop collar and described end cap.
4. ram full-automatic AC Double swing head in one side according to claim 3, it is characterized in that described transmission mechanism comprises the first bevel gear being positioned at described lower box, second bevel gear, third hand tap gear, 4th bevel gear, first travelling gear, second travelling gear and the 3rd travelling gear, the first described bevel gear is connected with described power transmission shaft, the second described bevel gear and described third hand tap gear are arranged above and below, the second described bevel gear is arranged on described lower box, described triconodont wheel is arranged in described A axle stop collar and stretches into described main spindle box, the 4th described bevel gear is set on described driving shaft, the first described travelling gear is arranged on the second described bevel gear, the 3rd described travelling gear is arranged on described third hand tap gear, the second described driving gearshaft to be connected on described lower box and between the first described travelling gear and the 3rd described travelling gear, a described A axle transposition gear is connected with described lower box by the second described travelling gear, a described A axle transposition gear is fixed on the second described travelling gear, the first described bevel gear engages with the second described bevel gear, described third hand tap gear engages with the 4th described bevel gear, the second described travelling gear engages with the first described travelling gear and the 3rd described travelling gear respectively, A shaft encoder seat is provided with inside described end cap, described A shaft encoder seat is provided with A shaft encoder, described A shaft encoder has mandrel, described mandrel is coaxial with described third hand tap gear.
5. ram full-automatic AC Double swing head in one side according to claim 1, is characterized in that described upper box being provided with the multiple main blind rivet for being connected with Digit Control Machine Tool, and the side of the upper end of described upper box arranges multiple location square key.
6. ram full-automatic AC Double swing head in one side according to claim 1, is characterized in that described upper box is provided with fast plug.
7. ram full-automatic AC Double swing head in one side according to claim 1, it is characterized in that being provided with fluted disc seat between the 2nd described C axle fluted disc and described lower box, described fluted disc seat is fixed on described lower box, and the 2nd described C axle fluted disc is arranged in described fluted disc seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310125727.8A CN103273357B (en) | 2013-04-11 | 2013-04-11 | One side ram full-automatic AC Double swing head |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310125727.8A CN103273357B (en) | 2013-04-11 | 2013-04-11 | One side ram full-automatic AC Double swing head |
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| Publication Number | Publication Date |
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| CN103273357A CN103273357A (en) | 2013-09-04 |
| CN103273357B true CN103273357B (en) | 2015-09-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310125727.8A Withdrawn - After Issue CN103273357B (en) | 2013-04-11 | 2013-04-11 | One side ram full-automatic AC Double swing head |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107138785B (en) * | 2017-07-06 | 2023-07-18 | 宁波海天精工股份有限公司 | Full-automatic universal milling head |
| CN111098172B (en) * | 2020-01-13 | 2021-02-02 | 西安交通大学 | Steel band transmission swing head structure |
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| CN102069409A (en) * | 2010-11-12 | 2011-05-25 | 中捷机床有限公司 | Double-swing cutter head driven by alternating-current permanent-magnet synchronous inner rotor torque motor |
| CN102962682A (en) * | 2012-11-26 | 2013-03-13 | 桂林电子科技大学 | Precise-gear-transmission type A/C-axis double-swinging-angle numerical control milling head |
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| CN103273357A (en) | 2013-09-04 |
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