CN206406486U - A kind of bimodulus pair goes out the horizontal aluminium skimmings cuber of block - Google Patents
A kind of bimodulus pair goes out the horizontal aluminium skimmings cuber of block Download PDFInfo
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- CN206406486U CN206406486U CN201720051995.3U CN201720051995U CN206406486U CN 206406486 U CN206406486 U CN 206406486U CN 201720051995 U CN201720051995 U CN 201720051995U CN 206406486 U CN206406486 U CN 206406486U
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- block
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
- B30B15/0088—Lubricating means
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Abstract
Go out the horizontal aluminium skimmings cuber of block the utility model discloses a kind of bimodulus pair, belong to metal fillings compression field, including the feed arrangement being arranged in frame, shaped device, prepressing device, main pressure device, drawing mechanism, feed arrangement is made up of material storing box, feed mechanism, shaped device is made up of box body, shift mechanism, gate, pressing plate, prepressing device is made up of support, press mechanism, framework, cavity part, main pressure device is made up of bearing, concora crush mechanism, installing plate, pressure head, and drawing mechanism is made up of stop member, blow tank, charging ram.The utility model cuber, which compresses the aluminium block density, can reach 2.1x103Kg/m3, while accelerating the operating efficiency of complete machine, also solve the technical problem that existing domestic cuber can not make smalls shape aluminium skimmings be pressed into block；And in parts design work, strive for production domesticization, reduce production cost.
Description
Technical field
The utility model belongs to metal fillings compression technique area, and in particular to a kind of bimodulus pair goes out the horizontal aluminium skimmings briquetting of block
Machine.
Background technology
Aluminium skimmings cuber is mainly used for aluminium sawdust, aluminium car bits raw material being directly cold-pressed into cylinder cake block by high pressure, whole
Individual process is not required to heating, additive or other techniques, in order to the loss during accumulating and reduction recycling, aluminium skimmings pressure
Blocking rear original material is constant, and thawing speed is more fast again than granular metallic particles thawing speed after throwing stove, economizes on electricity more than one times, goes out
Water rate improves 10%；The level of resources utilization is improved, at present in the aluminium alloy extrusions enterprise, cast aluminium enterprise, aluminum alloy wheel of China
Hub enterprise, mobile phone supplier etc. are widely used with aluminium relevant enterprise, effectively reduce the combustion loss of aluminium skimmings, improve
The performance of enterprises.Although our country also have developed aluminium skimmings cuber in recent years, large-scale aluminium skimmings cuber is substantially, its
Feeding style is generally that straight push is expected；Or be directly connected with sawing main frame, pass through cyclone dust collector feeding；It is not applicable
In the small-sized cuber model for producing small lot or smalls aluminium skimmings producer；And aluminium briquet density is low；It is thus not only expensive,
Maintenance cost is big, and delivery cycle is long, and effect is undesirable, also there is that operation automation level is low, and security protection is unreliable, and maintenance is not
The problems such as facilitating.
Utility model content
The deficiency that prior art is present in view of the above, the purpose of this utility model be to provide it is a kind of it is easy to use,
Compression effectiveness high bimodulus pair goes out the horizontal aluminium skimmings cuber of block, to solve the technical problem that smalls shape aluminium skimmings are pressed into block.
The utility model is achieved through the following technical solutions：
A kind of bimodulus pair that the utility model is provided goes out the horizontal aluminium skimmings cuber of block, including the charging dress being arranged in frame
Put, shaped device, prepressing device, main pressure device, drawing mechanism, wherein：Feed arrangement, is made up of material storing box, feed mechanism；Storage
Hopper is arranged in frame, and feed mechanism is on material storing box；Shaped device, is made up of box body, shift mechanism, gate, pressing plate；
Box body is arranged in frame, and shift mechanism is outside box body, and gate and pressing plate are in box body；Gate is connected to shift mechanism,
It is slidably matched with box body, spacing side by side is provided with two molding mass chambers of insertion thereon；Gate is near with shift mechanism junction
End is provided with two molding mass chamber spacing side by side arrangement and a resigning chamber of centre-to-centre spacing such as therewith；Pressing plate is attached at gate, with
Box body is fixedly connected, and spacing side by side is provided with two discharge openings of insertion thereon；Centre-to-centre spacing between two molding mass chambers goes out for two
Expect 1/2nd of the centre-to-centre spacing between hole；Prepressing device, is made up of support, press mechanism, framework, cavity part；Support is installed
In frame, cavity part is on support, and framework is in cavity part, and press mechanism is in framework；Cavity part bag
Lower impressions part and upper impression part are included, lower impressions part is respectively fixedly connected with support and framework, its both sides is provided with what is be arranged symmetrically
Guide pin bushing plate, upper impression part is connected to press mechanism, is slidably matched with framework；Framework is provided with the charging connected with feed mechanism
Mouthful；Main pressure device, is made up of bearing, concora crush mechanism, pressure head；Bearing is arranged in frame, and concora crush mechanism is on bearing, its face
Described pressure head is configured with to one end of prepressing device；Drawing mechanism, by stop member, blow tank, charging ram, installing plate group
Into；Stop member and blow tank are on box body, and blow tank is arranged relative to pressing plate and gate heteropleural, is two, respectively with two
Individual described discharge opening corresponds connection；Stop member is arranged relative to pressing plate and blow tank homonymy, is two, respectively close to
Discharge opening described in two simultaneously corresponds setting with it；Charging ram is arranged relative to pressing plate and gate homonymy, is two, with two
Individual described discharge opening is corresponded, and one end away from gate is each passed through the guide pin bushing plate described in two and fixed with installing plate
Connection；Installing plate is sheathed in concora crush mechanism；Charging ram described in two is arranged symmetrically relative to concora crush mechanism, and two push away
Expect that there is identical centre-to-centre spacing between two discharge openings between bar.
Further, the feed mechanism include be fixedly mounted on material storing box driver I, be rotationally connected with driver
Helical blade is configured with I helical axis, helical axis.
Further, the feed arrangement also includes being arranged on the rabbling mechanism on material storing box and above feed mechanism,
Rabbling mechanism include be fixedly mounted on material storing box driver II, be rotationally connected with driver II and with it is right above and below helical axis
Stirring vane is configured with the agitating shaft answered, agitating shaft；Driver I and driver II are reducing motor or servomotor.
Further, the stop member is the ratchet mechanism of unidirectional intermittent rotary.
Further, the outer wall of the pressure head, the inwall of molding mass chamber, the inwall of discharge opening have the type of the cavity part
The cross section of chamber same shape, and their cross sectional dimensions relation is：External wall cross-section size=cavity part of pressure head
The cross section of inboard wall size of cross section of inboard wall size≤discharge opening of die cavity cross sectional dimensions≤molding mass chamber；The cross section is
Circular, ellipse or polygon.
Further, shape, the size of the molding mass chamber described in two are identical or differ.
Further, the shift mechanism of the shaped device, the press mechanism of prepressing device, the concora crush mechanism of main pressure device are
One or more combinations in hydraulic jack, turbine and worm pair or rack-and-pinion.
Further, the cuber also includes the hydraulic station being connected with hydraulic jack.
Further, the cuber also includes gas atomization lubrication device, in the framework of the prepressing device, to hydraulic pressure
The depression bar extending area of oil cylinder carries out multi-point atomizing lubrication.
Further, the cuber also include be arranged on frame on and with feed arrangement, shaped device, prepressing device, master
The electric device of pressure device electrical connection.
Advantageous effects of the present utility model are：The utility model cuber compresses the aluminium block density and can reached
2.1x103Kg/m3, while accelerating the operating efficiency of complete machine, smalls shape aluminium skimmings pressure can not be made by also solving existing domestic cuber
Blocking technical problem；And in parts design work, strive for production domesticization, reduce production cost.
Other advantages of the present utility model, target and feature will be explained in the following description to a certain extent
State, and to a certain extent, based on will be apparent to those skilled in the art to investigating hereafter, or
Person can be instructed from practice of the present utility model.Target of the present utility model and other advantages can be said by following
Bright book is realized and obtained.
Brief description of the drawings
In order that the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with accompanying drawing to this practicality
The detailed description of new work preferably, wherein：
Fig. 1 is the structural representation of the utility model cuber；
Fig. 2 is the structural representation of feed arrangement in the utility model cuber；
Fig. 3 is Fig. 2 B-B sectional views；
Fig. 4 is the structural representation of shaped device in the utility model cuber；
Fig. 5 is Fig. 3 left hand view；
Fig. 6 is the structural representation of prepressing device in the utility model cuber；
Fig. 7 is Fig. 6 right part of flg；
Fig. 8 is Fig. 7 C-C sectional views；
Fig. 9 is the structural representation of main pressure device in the utility model cuber；
Figure 10 is Fig. 9 top view；
Figure 11 is Fig. 9 left hand view；
Figure 12 is gate action schematic diagram of the utility model cuber in compression process；A is zero-bit, and b is work carry；
Reference：A- aluminium briquets；1- feed arrangements, 2- shaped devices, 3- prepressing devices, the main pressure devices of 4-, 5- dischargings
Device, 6- hydraulic stations, 7- gas atomization lubrication devices, 8- electric devices, 9- frames；Wherein, 10- material storing box, 11- feed mechanisms,
12- rabbling mechanisms；20- box bodys, 21- shift mechanisms, 22- gates, 23- pressing plates；30- supports, 31- press mechanisms, 32- frameworks,
33- lower impressions part, 34- upper impression parts, 35- guide pin bushing plates, 36- charging apertures, 37- die cavities；40- bearings, 41- press mechanisms, 42- pressures
Head；50- stopper parts, 51- blow tanks, 52- charging rams, 53 installing plates；111- drivers I, 112- helical axis, 113- helical-blades
Piece；121- drivers II, 122- agitating shafts, 123- stirring vanes；221- molding mass chambers, 222- resigning chambers.
Embodiment
Below with reference to accompanying drawing, preferred embodiment of the present utility model is described in detail；It should be appreciated that it is preferred that real
Example is applied only for explanation the utility model, rather than in order to limit protection domain of the present utility model.
As shown in figure 1, a kind of bimodulus pair that the present embodiment is provided goes out the horizontal aluminium skimmings cuber of block, mainly by being arranged on frame
Feed arrangement 1, shaped device 2, prepressing device 3, main pressure device 4, drawing mechanism 5, hydraulic station 6, gas atomization lubrication device 7 on 9,
The grade of electric device 8 is constituted, wherein：
As Figure 2-3, feed arrangement 1 be used for store aluminium skimmings bulk cargo and to prepressing device 3 convey the aluminium skimmings bulk cargo, it by
Material storing box 10, feed mechanism 11, rabbling mechanism 12 are constituted；Material storing box 10 is arranged in frame 9, and feed mechanism 11 is located at material storing box
On 10, rabbling mechanism 12 is on material storing box 10 and positioned at the top of feed mechanism 11；The feed mechanism 11 includes being fixedly mounted
It is configured with driver I 111 on material storing box 10, the helical axis 112 for being rotationally connected with driver I 111, helical axis 112
Helical blade 113；The rabbling mechanism 12 include be fixedly mounted on material storing box 10 driver II 121, be rotationally connected with drive
Move device II 121 and be configured with stirring vane 123 on corresponding agitating shaft 122, agitating shaft 122 about 112 with helical axis；The driving
Device I 111 and driver II 121 are reducing motor or servomotor；So, the agitating shaft of rabbling mechanism is driven by reducing motor,
After material storing box fills it up with aluminium skimmings bulk cargo, aluminium skimmings bulk cargo is stirred by stirring vane, prevents it blocking from accumulating；And feed machine
The helical axis of structure is driven by reducing motor, and when being rotated using helical blade the principle that material is elapsed can send aluminium skimmings bulk cargo
Enter in precompressed mechanism, the how many working time controls by reducing motor of its feeding, and aluminium skimmings bulk cargo of different shapes can be directed to
Corresponding feeding time is set；
As illustrated in figures 4-5, shaped device 2 is used to receiving precompressed aluminium skimmings briquetting in prepressing device 3, and with main pressure device 4
Final aluminium briquet is cooperatively formed, it is made up of box body 20, shift mechanism 21, gate 22, pressing plate 23；Box body 20 is arranged on frame
On 9, shift mechanism 21 is outside box body 20, and gate 22 and pressing plate 23 are in box body 20；Gate 22 is connected to shift mechanism 21,
It is slidably matched with box body 20, spacing side by side is provided with two molding mass chambers 221 of insertion thereon；Gate 22 connects with shift mechanism 21
The near-end for meeting place is provided with two spacing side by side of molding mass chamber 221 arrangement and a resigning chamber 222 of centre-to-centre spacing such as therewith；Pressing plate
23 are attached at gate 22, are fixedly connected with box body 20, and spacing side by side is provided with two discharge openings 231 of insertion thereon；Two shapings
Expect that the centre-to-centre spacing between chamber 221 is equal with the centre-to-centre spacing between resigning chamber 222 and an adjacent molding mass chamber 221, be two and go out
Expect 1/2nd of the centre-to-centre spacing between hole 231；So, shaped device has two adjacent molding mass chambers, for aluminium skimmings briquetting
Use, another resigning chamber passes through for charging ram 52；And by shift mechanism as power, drive gate to carry out transposition action；
As shown in figs 6-8, prepressing device 3 is used to implement pre-molding to the aluminium skimmings bulk cargo sent into by feed arrangement 1, it by
Support 30, press mechanism 31, framework 32, cavity part composition；Support 30 is arranged in frame 9, and cavity part is located at support 30
On, framework 32 is in cavity part, and press mechanism 31 is in framework 32；Cavity part includes lower impressions part 33 and upper impression
Part 34, both close the die cavity 37 to be formed with hollow structure, and lower impressions part 33 is respectively fixedly connected with support 30 and framework 32,
Its both sides is provided with the guide pin bushing plate 35 being arranged symmetrically, and upper impression part 34 is connected to press mechanism 31, is slidably matched with framework 32；Frame
Body 32 is an enclosed construction, which is provided with the charging aperture 36 connected with feed mechanism 11；So, by press mechanism as power,
Lower impressions part 34 is driven to lift, after aluminium skimmings bulk cargo fills up die cavity 37, elevating mechanism declines in place, the shaped device before and after coordinating
1 and main pressure device 4 formation closing column type chamber, to aluminium skimmings bulk cargo carry out precommpression；
As shown in figs. 9-11, main pressure device 4 is used for the precompressed aluminium skimmings briquetting push-in shaping dress in the die cavity 37 of prepressing device 3
Put in 1 molding mass chamber 221, and implement compression, form final aluminium briquet A, it is by bearing 40, concora crush mechanism 41, pressure head 42
Composition；Bearing 40 is arranged in frame 9, and concora crush mechanism 41 is on bearing 40, and its depression bar 411 faces one end of prepressing device 3
It is configured with described pressure head 42；So, after feeding signal is connected to, the F.F. of main pressure mechanism elder generation is bent into the aluminium skimmings pressure of precompressed again
Block is compressed, after certain pressure is reached, stops compression, and retract in place；
As shown in Fig. 4-5,9-11, drawing mechanism 5 is used to collect the aluminium briquet in molding mass chamber 221, and it is by stop member
50th, blow tank 51, charging ram 52, installing plate 53 are constituted；Stop member 50 and blow tank 51 are on box body 20, the phase of blow tank 51
Arranged for pressing plate 23 and the heteropleural of gate 22, be two, corresponded connect with the discharge opening 231 described in two respectively；Stop
Part 50 is arranged relative to pressing plate 23 and the homonymy of blow tank 21, is two, respectively close to the discharge opening 231 described in two and and its
Correspond and set；Charging ram 52 is arranged relative to pressing plate 23 and the homonymy of gate 22, is two, with the discharge opening described in two
231 correspond, and one end away from gate 22 is each passed through the guide pin bushing plate 36 described in two and is fixedly connected with installing plate 53；
Installing plate 53 is sheathed in concora crush mechanism 41；Charging ram 52 described in two is arranged symmetrically relative to concora crush mechanism 41, and two
There is identical centre-to-centre spacing between individual charging ram 52 between two discharge openings 231；Charging ram 52 can follow concora crush mechanism kinematic
And release the preceding aluminium briquet A once pressed in molding mass chamber 2221.
During work, aluminium skimmings cuber is the shifting of metallic briquette equipment, i.e. shaped device 2 that power source is done using hydraulic jack
Position mechanism 21, the press mechanism 31 of prepressing device 3, the concora crush mechanism 41 of main pressure device 4 are adopted as hydraulic jack；Certainly not
, can also be by the way of turbine and worm pair or rack-and-pinion in same embodiment.It is specifically described down in conjunction with such scheme
The compression process of the present embodiment, including step are as follows：
Step 1：The shift mechanism 21 of shaped device 2, the press mechanism 31 of prepressing device 3, the concora crush mechanism of main pressure device 4
41 are failure to actuate, and its gate 22 is in zero-bit (as figure 12 a shows), now, discharge opening 231, molding mass chamber positioned at upside
221st, charging ram 52 on the same axis, positioned at middle molding mass chamber 221, die cavity 37, depression bar 411 on the same axis, position
Discharge opening 231, charging ram 52 in downside are on the same axis；
Step 2：Aluminium skimmings bulk cargo in the material storing box 10 of feed arrangement 1 sends into the type of prepressing device 3 by its helical axis 112
In chamber 37, its reducing motor, which works, expected to fill up after a period of time, and reducing motor is stopped and delivers a signal to prepressing device 3；
Step 3：Prepressing device 3 is received after signal, and its press mechanism 31 drives lower impressions part 34 to decline in place transmission letter afterwards
Number give main pressure device 4；
Step 4：Main pressure device 4 is received after signal, and aluminium skimmings are pushed into shaped device 2 by the depression bar 411 of its concora crush mechanism 41
Bottom molding mass chamber 221 in, after concora crush mechanism reaches certain pressure, stop compression, form aluminium briquet A；Now, upside
Charging ram 52 enter in the molding mass chamber 221 at the middle part of gate 22, this molding mass chamber can be implemented in the preceding aluminium briquet A that once presses
Projecting motion, and the charging ram 52 of downside is outside gate 22, it is to avoid interference；Then, its depression bar 411 is retracted transmits signal afterwards in place
To shaped device 2 and prepressing device 3；
Step 5：Shaped device 2 is received after signal, and its shift mechanism 21 drives gate 22 to move to work carry (such as Figure 12 b
It is shown), now, discharge opening 231, resigning chamber 222 positioned at upside ", charging ram 52 on the same axis, positioned at middle shaping
Expect chamber 221 ", die cavity 37, depression bar 411 on the same axis, discharge opening 231, molding mass chamber 221 positioned at downside ", charging ram 52
On the same axis；Prepressing device 3 is received after signal, and its press mechanism 31 drives lower impressions part 34 to rise and is retracted into original position,
Press mechanism 31 retracts delivers a signal to feed arrangement 1 afterwards in place；
Step 6：Feed arrangement 1 is received after signal, and the aluminium skimmings bulk cargo in its material storing box 10 is again by its helical axis 112
In the die cavity 37 for sending into prepressing device 3, its reducing motor, which works, expected to fill up after a period of time, and reducing motor is stopped and transmitted
Signal is to prepressing device 3；
Step 7：Prepressing device 3 is received after signal, and its press mechanism 31 drives lower impressions part 34 to decline in place transmission letter afterwards
Number give main pressure device 4；
Step 8：Main pressure device 4 is received after signal, and aluminium skimmings are pushed into shaped device 2 by the depression bar 411 of its concora crush mechanism 41
Middle part molding mass chamber 221 " in, after concora crush mechanism reaches certain pressure, stop compression, form aluminium briquet A；Now, on
The charging ram 52 of side enters the resigning chamber 222 of gate 22 " in, it is to avoid interference, and the charging ram 52 of downside enters the bottom of gate 22
Molding mass chamber 221 " in, can to this molding mass chamber it is preceding once press aluminium briquet A implement projecting motion；Then, its depression bar
411 retract and deliver a signal to shaped device 2 and prepressing device 3 afterwards in place；The shift mechanism 21 of shaped device 2 drives gate 22 times
Zero-bit (as figure 12 a shows) is retreated to, the press mechanism 31 of prepressing device 3 drives lower impressions part 34 to rise and is retracted into original position；So as to
Complete a circulating process.
Continuous repeat step 1 to 9, is produced with reaching that continuous bimodulus pair goes out block.Whole work process can realize automation
Operation, and have record aluminium briquet A quantity functions, it is operated statistics beneficial to workshop teams and groups.
In the present embodiment, the stop member 50 is the ratchet mechanism of unidirectional intermittent rotary, the ratchet mechanism external toothing formula
Ratchet mechanism, it is by actively fork, ratchet, ratchet, check pawl and frame composition.So, it can be protected by the ratchet mechanism
Card is released aluminium briquet in molding mass chamber 221 by charging ram 52 to be entered in blow tank 51 after discharge opening 231, is blocked so that aluminium
Briquetting A will not be returned again into discharge opening 231.
In the present embodiment, shape, the size of the molding mass chamber 221 described in two are identical or differ.So, the pressure can be made
Block machine has dual mode capability, you can to produce the aluminium briquet A of two kinds of specification sizes simultaneously, improve its ability to work.
In the present embodiment, the outer wall of the pressure head 42, the inwall of molding mass chamber 221, the inwall of discharge opening 231 have described
The cross section of the same shape of die cavity 37 of cavity part, and their cross sectional dimensions relation is：The external wall cross-section of pressure head 42
Cross section of inboard wall size≤discharge opening 231 of 37 cross sectional dimensions of die cavity of size=cavity part≤molding mass chamber 221 it is interior
Wall cross sectional dimensions；The structure of the cross section is circular, ellipse or polygon.Using circle in this example, i.e., in prepressing device 3
In die cavity 37 can form the aluminium skimmings briquetting A of cylindrical type.
In the present embodiment, hydraulic jack is connected with hydraulic station 6, and it is by hydraulic oil container, all kinds of valve members, oil pipe, oil cylinder, pressure
Relay, instrument, oil pump, fan etc. are constituted；Power is provided for aluminium skimmings cuber, realize the shaped device 2 when compressing aluminium block
Gate 22 replace, the lifting of the lower impressions part 34 of prepressing device 3, the action such as the pressure head 42 of concora crush mechanism 41 of main pressure device 4.
In the present embodiment, the gas atomization lubrication device 7 of aluminium skimmings cuber is arranged in the framework 32 of prepressing device 3, mainly by
The composition such as gas atomization lubrication pump, pneumatic triple piece, nozzle, point oil clot, plug cock, pipeline；The hydraulic jack used to concora crush mechanism
In the grade of depression bar 411 motion exposed position carry out multi-point atomizing lubrication, and by PLC controls, right place spraying profit can be realized
It is sliding.
In the present embodiment, the electric device 8 of aluminium skimmings cuber be arranged in frame 9 and with feed arrangement 1, shaped device 2,
Prepressing device 3, main pressure device 4 are electrically connected, and are mainly controlled and are touched by electrical control cabinet, proximity switch, optoelectronic switch, PLC and be aobvious
Display screen etc. is constituted；Machine system control be divided into PLC automatically control with manual pushbutton control, with data storage processing, briquetting meter
Digital display shows, acts the functions such as chain protection, fault alarm.
In another embodiment, optoelectronic switch (not shown) is additionally provided with the feed arrangement 1, so, works as material storing box
When interior aluminium skimmings bulk cargo is in low level, photosignal can detect and deliver a signal to alarm, remind charging.
In another embodiment, proximity switch (not marking) is additionally provided with the shaped device 2, so, gate is being changed
Position of strobe is detected by proximity switch during the action of position and signal is transmitted.
In another embodiment, proximity switch (not marking), so, lower impressions part are additionally provided with the prepressing device 3
34 obtain elevating movement in the presence of press mechanism 31, and precommpression aluminium skimmings briquetting, and detect its motion bit by proximity switch
Put and transmit signal.
In another embodiment, proximity switch (not shown) and pressure sensor are additionally provided with (not on the main pressure device 4
Draw), so, pressure signal, the movement position of proximity switch detection concora crush mechanism are transmitted by pressure sensor.
Finally illustrate, above example is only unrestricted to illustrate the technical solution of the utility model, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those within the art that, can be to this
The technical scheme of utility model is modified or equivalent substitution, and without departing from the objective and scope of the technical program, it all should
Cover among right of the present utility model.
Claims (10)
1. a kind of bimodulus pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that including the feed arrangement being arranged in frame (9)
(1), shaped device (2), prepressing device (3), main pressure device (4), drawing mechanism (5), wherein：
Feed arrangement, is made up of material storing box (10), feed mechanism (11)；Material storing box is arranged in frame, and feed mechanism is located at storage
On hopper；
Shaped device, is made up of box body (20), shift mechanism (21), gate (22), pressing plate (23)；Box body is arranged in frame,
Shift mechanism is outside box body, and gate and pressing plate are in box body；Gate is connected to shift mechanism, is slidably matched with box body, its
Upper spacing side by side is provided with two molding mass chambers (221) of insertion；Gate is provided with and two with the near-end of shift mechanism junction
Molding mass chamber spacing side by side is arranged and a resigning chamber (222) of centre-to-centre spacing such as therewith；Pressing plate is attached at gate, is fixed with box body
Connect, spacing side by side is provided with two discharge openings (231) of insertion thereon；Centre-to-centre spacing between two molding mass chambers is two discharge openings
Between centre-to-centre spacing 1/2nd；
Prepressing device, is made up of support (30), press mechanism (31), framework (32), cavity part；Support is arranged in frame,
Cavity part is on support, and framework is in cavity part, and press mechanism is in framework；Cavity part includes lower impressions part
(33) and upper impression part (34), lower impressions part is respectively fixedly connected with support and framework, and its both sides is provided with leading of being arranged symmetrically
Cage plate (35), upper impression part is connected to press mechanism, is slidably matched with framework；Framework is provided with the charging connected with feed mechanism
Mouth (36)；
Main pressure device, is made up of bearing (40), concora crush mechanism (41), pressure head (42)；Bearing is arranged in frame, and concora crush mechanism is set
In on bearing, it is configured with described pressure head in face of one end of prepressing device；
Drawing mechanism, is made up of stop member (50), blow tank (51), charging ram (52), installing plate (53)；Stop member and go out
Hopper is on box body, and blow tank is arranged relative to pressing plate and gate heteropleural, is two, respectively with the discharge opening one described in two
One correspondence connection；Stop member is arranged relative to pressing plate and blow tank homonymy, is two, respectively close to the discharge opening described in two
And correspond setting with it；Charging ram is arranged relative to pressing plate and gate homonymy, is two, with the discharge opening one described in two
One correspondence, and be each passed through the guide pin bushing plate described in two away from one end of gate and be fixedly connected with installing plate；Installing plate is arranged
In in concora crush mechanism；Charging ram described in two is arranged symmetrically relative to concora crush mechanism, and between two charging rams with two
There is identical centre-to-centre spacing between discharge opening.
2. bimodulus according to claim 1 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：The feed mechanism (11)
Including be fixedly mounted on material storing box (10) driver I (111), be rotationally connected with the helical axis (112) of driver I, spiral shell
Helical blade (113) is configured with spin axis.
3. bimodulus according to claim 2 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：The feed arrangement (1)
Also include being arranged on the rabbling mechanism (12) on material storing box (10) and above feed mechanism (11), rabbling mechanism includes fixing
Driver II (121) on material storing box, it is rotationally connected with driver II and agitating shaft corresponding with above and below helical axis
(122) stirring vane (123), is configured with agitating shaft；Driver I and driver II are reducing motor or servomotor.
4. bimodulus according to claim 1 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：The stop member (50)
For the ratchet mechanism of unidirectional intermittent rotary.
5. bimodulus according to claim 1 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：Outside the pressure head (42)
Wall, the inwall of molding mass chamber (221), the inwall of discharge opening (231) have die cavity (37) same shape of the cavity part
Cross section, and their cross sectional dimensions relation is：The die cavity cross section chi of external wall cross-section size=cavity part of pressure head
The cross section of inboard wall size of cross section of inboard wall size≤discharge opening of very little≤molding mass chamber；The cross section is circular, ellipse
Or polygon.
6. bimodulus according to claim 1 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：Molding mass described in two
Shape, the size of chamber (221) are identical or differ.
7. bimodulus according to claim 1 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：The shaped device (2)
Shift mechanism (21), the press mechanism (31) of prepressing device (3), main pressure device (4) concora crush mechanism (41) for hydraulic jack,
One or more combinations in turbine and worm pair or rack-and-pinion.
8. bimodulus according to claim 7 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：The cuber also includes
The hydraulic station (6) being connected with hydraulic jack.
9. bimodulus according to claim 7 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：The cuber also includes
Gas atomization lubrication device (7), in the framework (32) of the prepressing device (3), enters to the depression bar extending area of hydraulic jack
Row multi-point atomizing lubricates.
10. bimodulus according to claim 1 pair goes out the horizontal aluminium skimmings cuber of block, it is characterised in that：The cuber is also wrapped
Include electrically connect in the frame and with feed arrangement (1), shaped device (2), prepressing device (3), main pressure device (4) electric
Device (8).
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| CN201720051995.3U CN206406486U (en) | 2017-01-17 | 2017-01-17 | A kind of bimodulus pair goes out the horizontal aluminium skimmings cuber of block |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720051995.3U CN206406486U (en) | 2017-01-17 | 2017-01-17 | A kind of bimodulus pair goes out the horizontal aluminium skimmings cuber of block |
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| CN206406486U true CN206406486U (en) | 2017-08-15 |
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| CN108052067A (en) * | 2017-12-29 | 2018-05-18 | 汕头市东方科技有限公司 | A kind of stir-fry piece machine control system |
| CN108705367A (en) * | 2018-07-27 | 2018-10-26 | 太仓威格玛机械设备有限公司 | The extra quality cutting center of photovoltaic aluminum alloy frame |
| CN108728669A (en) * | 2018-08-28 | 2018-11-02 | 山东铂佳轻合金有限公司 | Aluminium thin material regenerative recovery smelting device |
| CN110154435A (en) * | 2019-05-16 | 2019-08-23 | 中信戴卡股份有限公司 | A kind of aluminium skimmings briquetting device |
| CN112677548A (en) * | 2020-11-27 | 2021-04-20 | 江苏华宏科技股份有限公司 | Discharging mechanism of horizontal metal scrap briquetting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108052067A (en) * | 2017-12-29 | 2018-05-18 | 汕头市东方科技有限公司 | A kind of stir-fry piece machine control system |
| CN108705367A (en) * | 2018-07-27 | 2018-10-26 | 太仓威格玛机械设备有限公司 | The extra quality cutting center of photovoltaic aluminum alloy frame |
| CN108705367B (en) * | 2018-07-27 | 2024-03-26 | 太仓威格玛机械设备有限公司 | Photovoltaic aluminum alloy frame double-material cutting center |
| CN108728669A (en) * | 2018-08-28 | 2018-11-02 | 山东铂佳轻合金有限公司 | Aluminium thin material regenerative recovery smelting device |
| CN110154435A (en) * | 2019-05-16 | 2019-08-23 | 中信戴卡股份有限公司 | A kind of aluminium skimmings briquetting device |
| CN110154435B (en) * | 2019-05-16 | 2023-11-24 | 中信戴卡股份有限公司 | Aluminum scraps briquetting device |
| CN112677548A (en) * | 2020-11-27 | 2021-04-20 | 江苏华宏科技股份有限公司 | Discharging mechanism of horizontal metal scrap briquetting machine |
| CN113290367A (en) * | 2021-04-30 | 2021-08-24 | 深圳市迪尔泰设备有限公司 | Motor assembling process, press-fitting device and assembling production line |
| CN113290367B (en) * | 2021-04-30 | 2022-07-08 | 深圳市迪尔泰设备有限公司 | Motor assembling process, press-fitting device and assembling production line |
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