CN206527524U - A kind of automated production equipment for breathing out fragrant anchor fixing groove - Google Patents
A kind of automated production equipment for breathing out fragrant anchor fixing groove Download PDFInfo
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- CN206527524U CN206527524U CN201720093049.5U CN201720093049U CN206527524U CN 206527524 U CN206527524 U CN 206527524U CN 201720093049 U CN201720093049 U CN 201720093049U CN 206527524 U CN206527524 U CN 206527524U
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Abstract
The utility model is related to a kind of automated production equipment for breathing out fragrant anchor fixing groove, including transport platform one, controller, roll component one, roll component two, heating mechanism two, embossing mechanism, heating mechanism three, Yin Zhi mechanisms, burring mechanism, rolling mechanism three, transport platform two, magnetism servo-electric motor water-cooling, automatic cutting mechanism and collecting box, described embossing mechanism is in the side of heating mechanism two, described heating mechanism three is in the side of embossing mechanism, described rolling mechanism three is in the side of burring mechanism, opposite side of the described transport platform two in rolling mechanism three, described transport platform two is in the side of rolling mechanism three, described automatic cutting mechanism is in the side of transport platform two, described magnetism servo-electric motor water-cooling and heating mechanism one, heating mechanism two, heating mechanism three is connected.The utility model is realized automatic rolling, texture compacting, deburring and the technique cut, is improved production efficiency, reduce production cost by the setting of the automated production equipment of the fragrant anchor fixing groove in Kazakhstan.
Description
Technical field
The utility model is related to a kind of automated production equipment for breathing out fragrant anchor fixing groove.
Background technology
It is existing to breathe out typically all being manufactured using multiple working procedure for fragrant anchor fixing groove, not only need consumption substantial amounts of
Labour, it is also desirable to substantial amounts of equipment investment.
The content of the invention
In order to overcome the deficiencies in the prior art, the utility model provides a kind of automated production for breathing out fragrant anchor fixing groove and set
It is standby.
To solve the above problems, the technical solution adopted in the present invention is：
A kind of automated production equipment for breathing out fragrant anchor fixing groove, including transport platform one, controller, roll component one, heating
Mechanism one, rolls component two, heating mechanism two, embossing mechanism, heating mechanism three, Yin Zhi mechanisms, burring mechanism, rolling mechanism
Three, transport platform two, magnetism servo-electric motor water-cooling, automatic cutting mechanism and collecting box, described controller transport platform one rear side, it is described
Component one is rolled in the side of transport platform one, described heating mechanism one is in the side of rolling component one, described rolling component
Two in the side of heating mechanism one, and described heating mechanism two is in the side of rolling component two, and described embossing mechanism is in heating
The side of mechanism two, described heating mechanism three is in the side of embossing mechanism, and described Yin Zhi mechanisms are the one of heating mechanism three
Side, described burring mechanism is in the side of Yin Zhi mechanisms, and described rolling mechanism three is described in the side of burring mechanism
Transport platform two is in the opposite side of rolling mechanism three, and described transport platform two is in the side of rolling mechanism three, described surface trimming
Mechanism is connected in the side of transport platform two, described magnetism servo-electric motor water-cooling and heating mechanism one, heating mechanism two, heating mechanism three, its
It is characterised by：
Described rolling component one includes support one, roll one, roll two, power transmission shaft one, motor one, described roll
One, roll two is arranged on support one, and described power transmission shaft one is connected with roll one, and described motor one connects with power transmission shaft one
Connect；
Described heating mechanism one includes High-frequency machine one, high temperature ring one, contiguous block one, contiguous block two, water inlet pipe one, water outlet
Guan Yi, described one end of contiguous block one is connected with water inlet pipe one, and the described other end of contiguous block one is connected with High-frequency machine one, described
The one end of contiguous block two be connected with outlet pipe one, the described other end of contiguous block two is connected with High-frequency machine one, described water inlet pipe
One, outlet pipe one is connected with high temperature ring one；
Described rolling component two includes support two, roll three, roll four, power transmission shaft two, motor two, described roll
Three, roll four is arranged on support two, and described power transmission shaft two is connected with roll three, and described motor two connects with power transmission shaft two
Connect；
Described heating mechanism two includes High-frequency machine two, high temperature ring two, contiguous block three, contiguous block four, water inlet pipe two, water outlet
Pipe two, described one end of contiguous block three is connected with water inlet pipe two, and the described other end of contiguous block three is connected with High-frequency machine two, described
The one end of contiguous block four be connected with outlet pipe two, the described other end of contiguous block three is connected with High-frequency machine two, described water inlet pipe
Two, outlet pipe two is connected with high temperature ring two；
Described embossing mechanism include mounting bracket, tooth rod one, tooth rod two, rotary shaft three, motor three, described tooth rod one,
Tooth rod two is arranged on mounting bracket, and described rotary shaft three is connected with tooth rod one, and described rotary shaft three is connected with motor three；
Described heating mechanism three includes High-frequency machine three, high temperature ring three, contiguous block five, contiguous block six, water inlet pipe three, water outlet
Pipe three, described one end of contiguous block five is connected with water inlet pipe three, and the described other end of contiguous block five is connected with High-frequency machine three, described
The one end of contiguous block six be connected with outlet pipe three, the described other end of contiguous block six is connected with High-frequency machine three, described water inlet pipe
Three, outlet pipe three is connected with high temperature ring three；
Described Yin Zhi mechanisms include mounting bracket three, draw straight roller one, draw straight roller two, draw straight roller three, draw straight roller four, draw straight roller
Five, draw straight roller six, draw straight roller seven, draw straight roller eight, side roller one, side roller two, side roller three, side roller four, side roller five, side roller six is described
Draw straight roller one, draw straight roller two, draw straight roller three, draw straight roller four, draw straight roller five, draw straight roller six, draw straight roller seven, draw the straight installation of roller eight
On mounting bracket three, described side roller one, side roller two, side roller three, side roller four, side roller five, side roller six is drawing straight roller one, draws straight roller
Two, draw straight roller three, draw straight roller four, draw straight roller five, draw straight roller six, draw straight roller seven, draw the both sides of straight roller eight；
Described burring mechanism includes mounting bracket two, and bottom roller, rotor, power transmission shaft four, described bottom roller, rotor is arranged on
On mounting bracket two, described power transmission shaft four is connected with rotor, and described power transmission shaft four is connected with bearing housing；
Described rolling component three includes support three, roll five, roll six, power transmission shaft five, motor four, described roll
Five, roll six is arranged on support three, and described power transmission shaft five is connected with roll five, and described motor four connects with power transmission shaft five
Connect；
Sensor is installed in described transport platform two；
Described automatic cutting mechanism includes cutting bed, cutting sheet, cutting rack, cutting motor, hydraulic cylinder one, hydraulic stem
One, hydraulic cylinder two, hydraulic stem two, lazy-tongs, described cutting motor is connected with cutting sheet, and described cutting sheet, which is arranged on, cuts
Cut on frame, described hydraulic cylinder one, hydraulic cylinder two is installed on cutting tables, described one end of hydraulic stem one connects with hydraulic cylinder one
Connect, the described other end of hydraulic stem one is connected with cutting rack, and described one end of hydraulic stem two is connected with hydraulic cylinder two, described liquid
The other end of depression bar two is connected with cutting rack, and described lazy-tongs are in the side of cutting rack.
As a preferred embodiment, the described both sides of transport platform one are provided with limited block.
As a preferred embodiment, the described both sides of transport platform two are provided with limited block.
As a preferred embodiment, described collecting box is in the side of automatic cutting mechanism.
As a preferred embodiment, the described side of roll one is provided with guide wheel one.
As a preferred embodiment, the described side of roll three is provided with guide wheel two.
As a preferred embodiment, described water inlet pipe one, outlet pipe one is copper hollow pipe.
As a preferred embodiment, described magnetism servo-electric motor water-cooling includes cooling tower, water tank, described outlet pipe one, outlet pipe two goes out
Water pipe three is connected with cooling tower, and described cooling tower includes tower body, motor four, cooling fan, cooling tube, described cooling tube battle array
It is listed in tower body, described cooling fan is arranged on the top of tower body, described motor four is connected with cooling fan, and described is cold
But connecting tube is provided between tower and water tank.
As a preferred embodiment, described bearing housing is connected with motor five.
As a preferred embodiment, described lazy-tongs include track one, track two, mounting blocks one, mounting blocks two, cylinder
Three, gas bar three, cylinder four, gas bar four, described cutting rack is arranged on track one and track two, described one end of cylinder three with
Gas bar three is connected, and the described other end of cylinder three is connected with mounting blocks one, and described one end of cylinder four is connected with gas bar four, described
The other end of cylinder four be connected with mounting blocks two, described gas bar three, gas bar four is connected with cutting rack.
As a preferred embodiment, described rolling component one, rolling component two can be provided with multiple rolling components.
By adopting the above-described technical solution, compared with prior art, the utility model by breathe out fragrant anchor fixing groove from
The setting of dynamicization production equipment, realizes automatic rolling, texture compacting, deburring and the technique cut, improves production efficiency,
Reduce production cost.
Brief description of the drawings
Fig. 1 is a kind of axonometric drawing for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model.
Fig. 2 is that a kind of part of the rolling component one for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model is regarded
Figure.
Fig. 3 is that a kind of part of the heating mechanism one for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model is regarded
Figure.
Fig. 4 is that a kind of part of the rolling component two for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model is regarded
Figure.
Fig. 5 is that a kind of part of the heating mechanism two for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model is regarded
Figure.
Fig. 6 is a kind of partial view of the embossing mechanism for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model.
Fig. 7 is a kind of local positive section view of the Yin Zhi mechanisms for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model
Figure.
Fig. 8 is a kind of fragmentary top section view of the Yin Zhi mechanisms for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model
Figure.
Fig. 9 is that a kind of fragmentary top of the burring mechanism for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model is cutd open
View.
Figure 10 is a kind of fragmentary top of the rolling mechanism three for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model
Sectional view.
Figure 11 is a kind of part of the automatic cutting mechanism for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model
Bow sectional view.
Figure 12 is that a kind of fragmentary top of the lazy-tongs for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model is cutd open
View.
Figure 13 is a kind of partial view of the magnetism servo-electric motor water-cooling for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model.
Figure 14 is a kind of top view for the automated production equipment for breathing out fragrant anchor fixing groove of the utility model.
In figure：1st, transport platform one, 2, controller, 3, rolling component one, 3a, support one, 3b, roll one, 3c, roll two,
3d, power transmission shaft one, 3e, motor one, 4, heating mechanism one, 4a, High-frequency machine one, 4b, high temperature ring one, 4c, contiguous block one, 4d, company
Connect block two, 4e, water inlet pipe one, 4f, outlet pipe one, 5, rolling component two, 5a, support two, 5b, roll three, 5c, roll four, 5d,
Power transmission shaft two, 5e, motor two, 6, heating mechanism two, 6a, High-frequency machine two, 6b, high temperature ring two, 6c, contiguous block three, 6d, contiguous block
Four, 6e, water inlet pipe two, 6f, outlet pipe two, 7, embossing mechanism, 7a, mounting bracket, 7b, tooth rod one, 7c, tooth rod two, 7d, rotary shaft
Three, 7e, motor three, 8, heating mechanism three, 8a, High-frequency machine three, 8b, high temperature ring three, 8c, contiguous block five, 8d, contiguous block six, 8e,
Water inlet pipe three, 8f, outlet pipe three, 9, Yin Zhi mechanisms, 9a, mounting bracket three, draw straight roller one at 9b, 9c, draw straight roller two, 9d, draw straight roller
Three, 9e, draw straight roller four, 9f, draw straight roller five, 9g, draw straight roller six, 9h, draw straight roller seven, 9j, draw straight roller eight, 9k, side roller one, 9m,
Side roller two, 9n, side roller three, 9p, side roller four, 9q, side roller five, 9r, side roller six, 10, burring mechanism, 10a, mounting bracket two,
10b, bottom roller, 10c, rotor, 10d, power transmission shaft four, 11, rolling mechanism three, 11a, support three, 11b, roll five, 11c, roll
Six, 11d, power transmission shaft five, 12, transport platform two, 13, magnetism servo-electric motor water-cooling, 13a, cooling tower, 13a1, tower body, 13a2, motor five,
13a3, cooling fan, 13a4, cooling tube, 13a6, connecting tube, 13b, water tank, 14, automatic cutting mechanism, 14a, cutting bed,
14b, cutting sheet, 14c, cutting rack, 14d, cutting motor, 14e, hydraulic cylinder one, 14f, hydraulic stem one, 14g, hydraulic cylinder two,
14h, hydraulic stem two, 14j, lazy-tongs, 14j1, track one, 14j2, track two, 14j3, mounting blocks one, 14j4, mounting blocks
Two, 14j5, cylinder three, 14j6, gas bar three, 14j7, cylinder four, 14j8, gas bar four, 15, collecting box, 16, bearing housing, 17, electricity
Machine four, 18, sensor, 19, limited block.
Embodiment
Embodiment：
As represented in figures 1 through 14, a kind of automated production equipment for breathing out fragrant anchor fixing groove, including transport platform 1, controller 2,
Component 1 is rolled, heating mechanism 1 rolls component 25, and heating mechanism 26, embossing mechanism 7, heating mechanism 38 draws straight machine
Structure 9, burring mechanism 10, rolling mechanism 3 11, transport platform 2 12, magnetism servo-electric motor water-cooling 13, automatic cutting mechanism 14 and collecting box 15,
Described controller 2 is in the rear side of transport platform 1, and described rolling component 1 is in the side of transport platform 1, described heating
Mechanism 1 is in the side of rolling component 1, and described rolling component 25 is in the side of heating mechanism 1, described heating machine
Structure 26 is in the side of rolling component 25, and described embossing mechanism 7 is in the side of heating mechanism 26, described heating mechanism 38
In the side of embossing mechanism 7, described Yin Zhi mechanisms 9 are in the side of heating mechanism 38, and described burring mechanism 10 is drawing straight
The side of mechanism 9, described rolling mechanism 38 is in the side of burring mechanism 10, and described transport platform 2 12 is in rolling mechanism
38 opposite side, described transport platform 2 12 is in the side of rolling mechanism 3 11, and described automatic cutting mechanism 14 is in transport platform
2 12 side, described magnetism servo-electric motor water-cooling 13 and heating mechanism 1, heating mechanism 26, heating mechanism 38 is connected, and its feature exists
In：
Described rolling component 1 includes the 3a of support one, the 3b of roll one, the 3c of roll two, the 3d of power transmission shaft one, the 3e of motor one,
The described 3b of roll one, the 3c of roll two are arranged on the 3a of support one, and the described 3d of power transmission shaft one is connected with the 3b of roll one, described
The 3e of motor one is connected with the 3d of power transmission shaft one；
Described heating mechanism 1 includes the 4a of High-frequency machine one, the 4b of high temperature ring one, the 4c of contiguous block one, the 4d of contiguous block two, water inlet
The 4e of pipe one, the 4f of outlet pipe one, described 4c one end of contiguous block one is connected with the 4e of water inlet pipe one, the described 4c other ends of contiguous block one
It is connected with the 4a of High-frequency machine one, described 4d one end of contiguous block two is connected with the 4f of outlet pipe one, the described 4d other ends of contiguous block two
It is connected with the 4a of High-frequency machine one, described water inlet pipe one 4e, the 4f of outlet pipe one is connected with the 4b of high temperature ring one；
Described rolling component 25 includes the 5a of support two, the 5b of roll three, the 5c of roll four, the 5d of power transmission shaft two, the 5e of motor two,
The described 5b of roll three, the 5c of roll four are arranged on the 5a of support two, and the described 5d of power transmission shaft two is connected with the 5b of roll three, described
The 5e of motor two is connected with the 5d of power transmission shaft two；
Described heating mechanism 26 includes the 6a of High-frequency machine two, the 6b of high temperature ring two, the 6c of contiguous block three, the 6d of contiguous block four, water inlet
The 6e of pipe two, the 6f of outlet pipe two, described 6c one end of contiguous block three is connected with the 6e of water inlet pipe two, the described 6c other ends of contiguous block three
It is connected with the 6a of High-frequency machine two, described 6d one end of contiguous block four is connected with the 6f of outlet pipe two, the described 6c other ends of contiguous block three
It is connected with the 6a of High-frequency machine two, described water inlet pipe two 6e, the 6f of outlet pipe two is connected with the 6b of high temperature ring two；
Described embossing mechanism 7 includes mounting bracket 7a, the 7b of tooth rod one, the 7c of tooth rod two, the 7d of rotary shaft three, the 7e of motor three, institute
The 7b of tooth rod one stated, the 7c of tooth rod two are arranged on mounting bracket 7a, and the described 7d of rotary shaft three is connected with the 7b of tooth rod one, and described turns
The 7d of moving axis three is connected with the 7e of motor three；
Described heating mechanism 38 includes the 8a of High-frequency machine three, the 8b of high temperature ring three, the 8c of contiguous block five, the 8d of contiguous block six, water inlet
The 8e of pipe three, the 8f of outlet pipe three, described 8c one end of contiguous block five is connected with the 8e of water inlet pipe three, the described 8c other ends of contiguous block five
It is connected with the 8a of High-frequency machine three, described 8d one end of contiguous block six is connected with the 8f of outlet pipe three, the described 8d other ends of contiguous block six
It is connected with the 8a of High-frequency machine three, described water inlet pipe three 8e, the 8f of outlet pipe three is connected with the 8b of high temperature ring three；
Described Yin Zhi mechanisms 9 include the 9a of mounting bracket three, draw the straight 9b of roller one, draw the straight 9c of roller two, draw the straight 9d of roller three, draw straight roller
Four 9e, draw the straight 9f of roller five, draw the straight 9g of roller six, draw the straight 9h of roller seven, draw the straight 9j of roller eight, the 9k of side roller one, the 9m of side roller two, the 9n of side roller three,
The 9p of side roller four, the 9q of side roller five, the 9r of side roller six, described draws the straight 9b of roller one, draws the straight 9c of roller two, draws the straight 9d of roller three, draws the straight 9e of roller four,
Draw the straight 9f of roller five, draw the straight 9g of roller six, draw the straight 9h of roller seven, draw the straight 9j of roller eight on the 9a of mounting bracket three, the described 9k of side roller one,
The 9m of side roller two, the 9n of side roller three, the 9p of side roller four, side roller five 9q, the 9r of side roller six are drawing the straight 9b of roller one, draw the straight 9c of roller two, draw straight roller three
9d, draws the straight 9e of roller four, draws the straight 9f of roller five, draws the straight 9g of roller six, draws the straight 9h of roller seven, draws the straight 9j of roller eight both sides；
Described burring mechanism 10 includes mounting bracket two 10a, bottom roller 10b, rotor 10c, and power transmission shaft four 10d is described
Bottom roller 10b, rotor 10c are arranged on the 10a of mounting bracket two, and described 10d is connected with rotor 10c, the described 10d of power transmission shaft four and
Bearing housing 16 is connected；
Described rolling component 3 11 includes the 11a of support three, the 11b of roll five, the 11c of roll six, the 11d of power transmission shaft five, motor
4 17, the described 11b of roll five, the 11c of roll six are arranged on the 11a of support three, the described 11d of the power transmission shaft five and 11b of roll five
Connection, described motor 4 17 is connected with the 11d of power transmission shaft five；
Sensor 18 is installed in described transport platform 2 12；
Described automatic cutting mechanism 14 includes cutting bed 14a, cutting sheet 14b, cutting rack 14c, cutting motor 14d, liquid
The 14e of cylinder pressure one, the 14f of hydraulic stem one, the 14g of hydraulic cylinder two, the 14h of hydraulic stem two, lazy-tongs 14j, described cutting motor 14d with
Cutting sheet 14b connections, described cutting sheet 14b is arranged on cutting rack 14c, the described 14f of hydraulic cylinder one, the 14g of hydraulic cylinder two
On cutting bed 14a, described 14f one end of hydraulic stem one is connected with the 14e of hydraulic cylinder one, and the described 14f of hydraulic stem one is another
One end is connected with cutting rack 14c, and described 14h one end of hydraulic stem two is connected with the 14g of hydraulic cylinder two, the described 14h of hydraulic stem two
The other end is connected with cutting rack 14c, and described lazy-tongs 14j is in cutting rack 14c side.
Further, the described both sides of transport platform 1 are provided with limited block 19, and the described both sides of transport platform 2 12 are provided with spacing
Block, by the setting of limited block 19, realizes to breathing out the position-limiting action of fragrant anchor fixing groove in process of production, improves product
Quality, reduces the generation of asymmetry.
Further, described collecting box 15 is in the side of automatic cutting mechanism 14, by the setting of collecting box 15, realizes
The effect of fixed collection.
Further, the described 3b sides of roll one are provided with the 3f of guide wheel one, and the described 5b sides of roll three are provided with guiding
Two 5f are taken turns, by the 3f of guide wheel one and the 5f of guide wheel two setting, guiding function are realized, it is therefore prevented that the generation of deviation phenomenon.
Further, the described 4e of water inlet pipe one, the 4f of outlet pipe one are copper hollow pipe, by the setting of copper hollow pipe, no
But heat-transfer effect is improved, while also ensure that it is cooled down.
Further, described magnetism servo-electric motor water-cooling 13 includes cooling tower 13a, water tank 13b, the described 4f of outlet pipe one, water outlet
Pipe two 6f, the 8f of outlet pipe three are connected with cooling tower 13a, and described cooling tower 13a includes tower body 13a1, the 13a2 of motor five, cooling
Fan 13a3, cooling tube 13a4, described cooling tube 13a4 arrays are in tower body 13a1, and described cooling fan 13a3 is arranged on
Tower body 13a1 top, the described 13a2 of motor five is connected with cooling fan 13a3, described cooling tower 13a and water tank 13b it
Between be provided with connecting tube 13a6, by the setting of magnetism servo-electric motor water-cooling 13, realize the circulating cooling to copper hollow pipe, it is ensured that its cool down
Effect.
Further, described bearing housing 16 is connected with motor 4 17.
Further, described lazy-tongs 14j includes the 14j1 of track one, the 14j2 of track two, the 14j3 of mounting blocks one, installs
The 14j4 of block two, the 14j5 of cylinder three, the 14j6 of gas bar three, the 14j7 of cylinder four, gas bar four 14j8, described cutting rack 14c install in-orbit
On the 14j1 of road one, the 14j2 of track two, described 14j5 one end of cylinder three is connected with the 14j6 of gas bar three, and the described 14j5 of cylinder three is another
One end is connected with the 14j3 of mounting blocks one, and described 14j7 one end of cylinder four is connected with the 14j8 of gas bar four, the described 14j7 of cylinder four
The other end is connected with the 14j4 of mounting blocks two, and the described 14j6 of gas bar three, the 14j8 of gas bar four is connected with cutting rack 14c.
Further, described rolling component 1, the rear side of rolling component 25 can be provided with multiple rolling components.
In the utility model, alloy sheets are delivered between the 3b of roll one, the 3c of roll two by transport platform 1 and rolled,
Then by heating mechanism 1, after alloy sheets are by high temperature one 4b of ring, the rigidity of alloy sheets is changed by heating, then
By rolling the 5b of roll three of component 25, the 5c of roll four realizes secondary rolling, then passes through after the 6b of high temperature ring two, heating changes
The rigidity of alloy sheets is become, the inside and outside compacting of fragrant anchor fixing groove will be breathed out in company with tooth rod one 7b, the 7c of tooth rod two by embossing mechanism 7
Go out texture, realize the cooperation with fixing bolt, then by Yin Zhi mechanisms 9, by drawing the straight 9b of roller one, draw the straight 9c of roller two, draw straight
The 9d of roller three, draws the straight 9e of roller four, draws the straight 9f of roller five, draws the straight 9g of roller six, draws the straight 9h of roller seven, draws the straight 9j of roller eight and draws alloy sheets directly, together
When by the 9k of side roller one, the 9m of side roller two, the 9n of side roller three, the 9p of side roller four, the 9q of side roller five, the 9r of side roller six, by alloy sheets up and down and
Left and right is drawn directly again, is then rotated by rotor 10c, is realized the removal to burr in alloy sheets, is then passed through rolling mechanism three
11, the 9k of side roller one is realized, the 9m of side roller two, the 9n of side roller three, the 9p of side roller four, the 9q of side roller five, the 9r of side roller six breathes out fragrant anchor fixing groove
Shaping, and set by 2 pairs of length for breathing out fragrant anchor fixing groove of controller, after length reaches nominal length, pass through sensor 18
Controller 2 is sent the signal to, it is descending by the control 14f of the hydraulic stem one and 14h of hydraulic stem two, by driving cutting rack
14c is descending, and cutting sheet 14b will breathe out fragrant anchor fixing groove and cut and be delivered in collecting box 15 according to nominal length.
And in magnetism servo-electric motor water-cooling 13, cooled down cooling tube 13a4 surfaces by cooling fan 13a3, cooling is realized, subsequent water enters
Enter into water tank 13b, be re-introduced into water inlet pipe one 4e, the 6e of water inlet pipe two and the 8e of water inlet pipe three, realize to the cold of copper hollow pipe
But.
By adopting the above-described technical solution, compared with prior art, the utility model by breathe out fragrant anchor fixing groove from
The setting of dynamicization production equipment, realizes automatic rolling, texture compacting, deburring and the technique cut, improves production efficiency,
Reduce production cost.
The utility model is not limited to above-mentioned preferred forms, and anyone should learn that made under the enlightenment of the present invention
Structure change, it is every with it is of the invention have it is same or similar as technical scheme, belong to protection scope of the present invention.
Claims (10)
1. a kind of automated production equipment for breathing out fragrant anchor fixing groove, including transport platform one, controller, roll component one, heating machine
Structure one, rolls component two, heating mechanism two, embossing mechanism, heating mechanism three, Yin Zhi mechanisms, burring mechanism, rolling mechanism
Three, transport platform two, magnetism servo-electric motor water-cooling, automatic cutting mechanism and collecting box, described controller transport platform one rear side, it is described
Component one is rolled in the side of transport platform one, described heating mechanism one is in the side of rolling component one, described rolling component
Two in the side of heating mechanism one, and described heating mechanism two is in the side of rolling component two, and described embossing mechanism is in heating
The side of mechanism two, described heating mechanism three is in the side of embossing mechanism, and described Yin Zhi mechanisms are the one of heating mechanism three
Side, described burring mechanism is in the side of Yin Zhi mechanisms, and described rolling mechanism three is described in the side of burring mechanism
Transport platform two is in the opposite side of rolling mechanism three, and described transport platform two is in the side of rolling mechanism three, described surface trimming
Mechanism is connected in the side of transport platform two, described magnetism servo-electric motor water-cooling and heating mechanism one, heating mechanism two, heating mechanism three, its
It is characterised by：
Described rolling component one includes support one, and roll one, roll two, power transmission shaft one, motor one, described roll one rolls
Roller two is arranged on support one, and described power transmission shaft one is connected with roll one, and described motor one is connected with power transmission shaft one；
Described heating mechanism one includes High-frequency machine one, high temperature ring one, contiguous block one, contiguous block two, water inlet pipe one, outlet pipe
One, described one end of contiguous block one is connected with water inlet pipe one, and the described other end of contiguous block one is connected with High-frequency machine one, described
The one end of contiguous block two is connected with outlet pipe one, and the described other end of contiguous block two is connected with High-frequency machine one, described water inlet pipe one,
Outlet pipe one is connected with high temperature ring one；
Described rolling component two includes support two, and roll three, roll four, power transmission shaft two, motor two, described roll three rolls
Roller four is arranged on support two, and described power transmission shaft two is connected with roll three, and described motor two is connected with power transmission shaft two；
Described heating mechanism two includes High-frequency machine two, high temperature ring two, contiguous block three, contiguous block four, water inlet pipe two, outlet pipe
Two, described one end of contiguous block three is connected with water inlet pipe two, and the described other end of contiguous block three is connected with High-frequency machine two, described
The one end of contiguous block four is connected with outlet pipe two, and the described other end of contiguous block three is connected with High-frequency machine two, described water inlet pipe two,
Outlet pipe two is connected with high temperature ring two；
Described embossing mechanism includes mounting bracket, tooth rod one, tooth rod two, rotary shaft three, motor three, described tooth rod one, tooth rod
Two are arranged on mounting bracket, and described rotary shaft three is connected with tooth rod one, and described rotary shaft three is connected with motor three；
Described heating mechanism three includes High-frequency machine three, high temperature ring three, contiguous block five, contiguous block six, water inlet pipe three, outlet pipe
Three, described one end of contiguous block five is connected with water inlet pipe three, and the described other end of contiguous block five is connected with High-frequency machine three, described
The one end of contiguous block six is connected with outlet pipe three, and the described other end of contiguous block six is connected with High-frequency machine three, described water inlet pipe three,
Outlet pipe three is connected with high temperature ring three；
Described Yin Zhi mechanisms include mounting bracket three, draw straight roller one, draw straight roller two, draw straight roller three, draw straight roller four, draw straight roller five,
Draw straight roller six, draw straight roller seven, draw straight roller eight, side roller one, side roller two, side roller three, side roller four, side roller five, side roller six, described draws
Straight roller one, draws straight roller two, draws straight roller three, draw straight roller four, draw straight roller five, draw straight roller six, draw straight roller seven, draws straight roller eight and is arranged on peace
Shelve on three, described side roller one, side roller two, side roller three, side roller four, side roller five, side roller six is drawing straight roller one, draws straight roller two,
Draw straight roller three, draw straight roller four, draw straight roller five, draw straight roller six, draw straight roller seven, draw the both sides of straight roller eight；
Described burring mechanism includes mounting bracket two, and bottom roller, rotor, power transmission shaft four, described bottom roller, rotor is arranged on installation
On frame two, described power transmission shaft four is connected with rotor, and described power transmission shaft four is connected with bearing housing；
Described rolling component three includes support three, and roll five, roll six, power transmission shaft five, motor four, described roll five rolls
Roller six is arranged on support three, and described power transmission shaft five is connected with roll five, and described motor four is connected with power transmission shaft five；
Sensor is installed in described transport platform two；
Described automatic cutting mechanism includes cutting bed, cutting sheet, cutting rack, cutting motor, hydraulic cylinder one, hydraulic stem one, liquid
Cylinder pressure two, hydraulic stem two, lazy-tongs, described cutting motor is connected with cutting sheet, and described cutting sheet is arranged on cutting rack
On, described hydraulic cylinder one, hydraulic cylinder two is installed on cutting tables, and described one end of hydraulic stem one is connected with hydraulic cylinder one, institute
The other end of hydraulic stem one stated is connected with cutting rack, and described one end of hydraulic stem two is connected with hydraulic cylinder two, described hydraulic stem
Two other ends are connected with cutting rack, and described lazy-tongs are in the side of cutting rack.
2. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described transport platform
One, the both sides of transport platform two are provided with limited block.
3. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described collecting box exists
The side of automatic cutting mechanism.
4. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described roll is one by one
Side is provided with guide wheel one.
5. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described roll 31
Side is provided with guide wheel two.
6. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described water inlet pipe
One, outlet pipe one is copper hollow pipe.
7. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described magnetism servo-electric motor water-cooling
Including cooling tower, water tank, described outlet pipe one, outlet pipe two, outlet pipe three is connected with cooling tower, and described cooling tower includes
Tower body, motor five, cooling fan, cooling tube, water tank, described cooling tube array is in tower body, and described cooling fan is installed
In the top of tower body, described motor five is connected with cooling fan, and connecting tube is provided between described cooling tower and water tank.
8. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described bearing housing with
Motor four is connected.
9. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described lazy-tongs
Including track one, track two, mounting blocks one, mounting blocks two, cylinder three, gas bar three, cylinder four, gas bar four, described cutting rack
On track one and track two, described one end of cylinder three is connected with gas bar three, and the described other end of cylinder three is with installing
Block one is connected, and described one end of cylinder four is connected with gas bar four, and the described other end of cylinder four is connected with mounting blocks two, described
Gas bar three, gas bar four is connected with cutting rack.
10. the automated production equipment as claimed in claim 1 for breathing out fragrant anchor fixing groove, it is characterised in that：Described rolling group
Part one, the rear side of rolling component two can be provided with multiple rolling components.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720093049.5U CN206527524U (en) | 2017-01-24 | 2017-01-24 | A kind of automated production equipment for breathing out fragrant anchor fixing groove |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720093049.5U CN206527524U (en) | 2017-01-24 | 2017-01-24 | A kind of automated production equipment for breathing out fragrant anchor fixing groove |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206527524U true CN206527524U (en) | 2017-09-29 |
Family
ID=59920594
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720093049.5U Withdrawn - After Issue CN206527524U (en) | 2017-01-24 | 2017-01-24 | A kind of automated production equipment for breathing out fragrant anchor fixing groove |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206527524U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106736591A (en) * | 2017-01-24 | 2017-05-31 | 响水县融升空调设备有限公司 | A kind of automated production equipment for breathing out fragrant anchor fixing groove |
-
2017
- 2017-01-24 CN CN201720093049.5U patent/CN206527524U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106736591A (en) * | 2017-01-24 | 2017-05-31 | 响水县融升空调设备有限公司 | A kind of automated production equipment for breathing out fragrant anchor fixing groove |
| CN106736591B (en) * | 2017-01-24 | 2019-07-26 | 响水县融升科技有限公司 | A kind of automated production equipment for breathing out fragrant anchor fixing groove |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170929 Effective date of abandoning: 20190726 |