CN206406486U - A kind of bimodulus pair goes out the horizontal aluminium skimmings cuber of block - Google Patents

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

A double-mode double-block horizontal aluminum chip briquetting machine

technical field

The utility model belongs to the technical field of metal shavings compression, in particular to a double-mode, double-block horizontal aluminum shavings briquetting machine.

Background technique

The aluminum chip briquetting machine is mainly used to directly cold-press the raw materials of aluminum sawdust and aluminum car chips into cylindrical cakes through high pressure. The whole process does not require heating, additives or other processes, so as to facilitate storage and transportation and reduce the recycling process. The original material remains unchanged after the aluminum chips are pressed into blocks, and the melting speed is twice as fast as that of the broken metal particles after being put into the furnace, saving more than double the electricity, and the water yield is increased by 10%; the resource utilization efficiency is improved, At present, it is widely used in aluminum-related enterprises such as aluminum alloy profile enterprises, cast aluminum enterprises, aluminum alloy wheel hub enterprises, and mobile phone OEM enterprises in my country, which effectively reduces the combustion loss of aluminum chips and improves enterprise efficiency. In recent years, although we have also developed aluminum chip briquetting machines in China, they are basically large-scale aluminum chip briquetting machines, and their feeding methods are mostly direct feeding; or they are directly connected to the sawing host and fed through a cyclone dust removal device; There is no small-scale briquetting machine model suitable for manufacturers who produce small batches or fine aluminum chips; and the density of aluminum briquettes is low; therefore, not only is the price expensive, the maintenance cost is high, the delivery cycle is long, the effect is not ideal, and there is also operation automation Low level, unreliable safety protection, inconvenient maintenance and other problems.

Utility model content

In view of the deficiencies in the prior art described above, the purpose of this utility model is to provide a double-mode, double-block horizontal aluminum chip briquetting machine that is easy to use and has a high compression effect, so as to solve the problem of briquetting fine aluminum chips into blocks. technical issues.

The utility model is achieved through the following technical solutions:

The utility model provides a double-mode double-block horizontal aluminum chip briquetting machine, which includes a feeding device, a forming device, a pre-pressing device, a main pressing device, and a discharging device arranged on the frame, wherein: The device is composed of a storage box and a feeding mechanism; the storage box is installed on the frame, and the feeding mechanism is set on the storage box; the forming device is composed of a box body, a shifting mechanism, a gate, and a pressing plate; the box body is installed On the frame, the shifting mechanism is set outside the box body, and the gate and the pressing plate are set inside the box body; the gate is connected to the shifting mechanism and slidably fits with the box body, and two forming material cavities connected through it are arranged side by side at intervals; the gate is in the The proximal end of the connection with the displacement mechanism is provided with a relief cavity arranged side by side and at an equal center distance with the two molding material cavities; the pressure plate is attached to the gate and fixedly connected with the box body, and there are The two through discharge holes; the center distance between the two molding cavities is one-half of the center distance between the two discharge holes; the pre-pressing device consists of a bracket, a pressing mechanism, a frame, and cavity parts Composition; the bracket is installed on the frame, the cavity part is set on the bracket, the frame is set on the cavity part, and the lower pressing mechanism is set on the frame; the cavity part includes the lower cavity part and the upper cavity part, the lower cavity part The cavity part is fixedly connected with the bracket and the frame respectively, and there are symmetrically arranged guide sleeve plates on both sides. Connected feed inlet; the main pressure device is composed of a support, a flat pressure mechanism, and a pressure head; The pressure head described above; the discharge device is composed of a blocking part, a discharge chute, a push rod, and a mounting plate; the blocking part and the discharge chute are arranged on the box body, and the discharge chute is arranged on the opposite side of the pressure plate and the gate. Two, communicated with the two discharge holes in one-to-one correspondence; the blocking member is arranged on the same side as the pressure plate and the discharge chute, two, close to the two discharge holes and correspond to them one by one Setting; two push rods are arranged on the same side as the pressure plate and the gate, corresponding to the two discharge holes one by one, and the ends away from the gate respectively pass through the two guide sleeve plates and are connected with the installation The plates are fixedly connected; the mounting plate is sleeved on the flat pressing mechanism; the two push rods are arranged symmetrically with respect to the flat pressing mechanism, and there is the same gap between the two push rods and the two discharge holes. Center distance.

Further, the feeding mechanism includes a driver I fixedly installed on the storage box, a screw shaft rotatably connected to the driver I, and a screw blade is arranged on the screw shaft.

Further, the feeding device also includes a stirring mechanism arranged on the storage box and located above the feeding mechanism, the stirring mechanism includes a driver II fixedly installed on the storage box, rotatably connected to the driver II and up and down with the screw shaft The corresponding stirring shaft is equipped with stirring blades; the driver I and the driver II are geared motors or servo motors.

Further, the blocking component is a ratchet mechanism with one-way intermittent rotation.

Further, the outer wall of the indenter, the inner wall of the molding material cavity, and the inner wall of the discharge hole have the same shape as the cavity of the cavity part, and their cross-sectional dimension relationship is: the outer wall cross-section of the indenter Dimensions=Cavity cross-sectional dimension of the cavity component≤Inner wall cross-sectional dimension of the molding chamber≤Inner wall cross-sectional dimension of the discharge hole; the cross-section is circular, elliptical or polygonal.

Further, the shapes and sizes of the two molding cavities are the same or different.

Further, the shifting mechanism of the forming device, the pressing mechanism of the pre-pressing device, and the flat pressing mechanism of the main pressing device are one or more combinations of a hydraulic cylinder, a worm gear pair or a rack and pinion pair.

Further, the briquetting machine also includes a hydraulic station connected to the hydraulic cylinder.

Furthermore, the briquetting machine also includes an aerosol lubrication device installed on the frame of the pre-pressing device to perform multi-point spray lubrication on the protruding part of the pressure rod of the hydraulic cylinder.

Further, the briquetting machine also includes an electrical device installed on the frame and electrically connected to the feeding device, forming device, pre-pressing device, and main pressing device.

The beneficial technical effects of the utility model are: the density of the aluminum block compressed by the utility model briquetting machine can reach 2.1x10 ³ Kg/m ³ , and at the same time, the working efficiency of the whole machine is accelerated, and it also solves the problem that the existing domestic briquetting machine cannot The technical problem of pressing fine aluminum chips into blocks; and in the design of parts, strive to achieve localization and reduce production costs.

Other advantages, objectives and features of the present utility model will be set forth in the following description to some extent, and to some extent, based on the investigation and research below, it will be obvious to those skilled in the art, or can be Get teaching from the practice of the utility model. The objectives and other advantages of the utility model can be realized and obtained through the following description.

Description of drawings

In order to make the purpose, technical solutions and advantages of the utility model clearer, the utility model will be described in detail below in conjunction with the accompanying drawings, wherein:

Fig. 1 is the structural representation of the utility model briquetting machine;

Fig. 2 is the structural representation of feeding device in the utility model briquetting machine;

Fig. 3 is the B-B sectional view of Fig. 2;

Fig. 4 is the structural representation of forming device in the utility model briquetting machine;

Fig. 5 is the left side figure of Fig. 3;

Fig. 6 is a schematic structural view of the pre-pressing device in the utility model briquetting machine;

Fig. 7 is the right diagram of Fig. 6;

Fig. 8 is a C-C sectional view of Fig. 7;

Fig. 9 is a schematic structural view of the main pressing device in the briquetting machine of the present invention;

Figure 10 is a top view of Figure 9;

Figure 11 is the left side view of Figure 9;

Figure 12 is a schematic diagram of the gate action of the utility model briquetting machine in the compression process; a is the zero position, and b is the working position;

Reference signs: A-aluminum briquette; 1-feeding device, 2-forming device, 3-pre-pressing device, 4-main pressing device, 5-discharging device, 6-hydraulic station, 7-aerosol lubrication device , 8-electrical device, 9-frame; among them, 10-storage box, 11-feed mechanism, 12-stirring mechanism; 20-box body, 21-shift mechanism, 22-gate, 23-press plate; 30-bracket, 31-down pressure mechanism, 32-frame, 33-lower cavity, 34-upper cavity, 35-guide plate, 36-feed port, 37-cavity; 40-support , 41-press mechanism, 42-pressure head; 50-blocking parts, 51-outlet trough, 52-push rod, 53 mounting plate; 111-driver Ⅰ, 112-screw shaft, 113-spiral blade; 121-driver Ⅱ, 122-stirring shaft, 123-stirring blade; 221-molding cavity, 222-abdication cavity.

detailed description

The preferred embodiments of the present utility model will be described in detail below in conjunction with the accompanying drawings; it should be understood that the preferred embodiments are only for illustrating the present utility model, rather than limiting the protection scope of the present utility model.

As shown in Figure 1, a double-mode double-block horizontal aluminum chip briquetting machine provided in this embodiment mainly consists of a feeding device 1, a forming device 2, a pre-pressing device 3, a main Press device 4, discharge device 5, hydraulic station 6, aerosol lubrication device 7, electrical device 8, etc., of which:

As shown in Figure 2-3, the feeding device 1 is used to store the bulk aluminum chips and transport the bulk aluminum chips to the pre-pressing device 3, which is composed of a storage box 10, a feeding mechanism 11, and a stirring mechanism 12; Material box 10 is installed on the frame 9, and feed mechanism 11 is located on the material storage box 10, and stirring mechanism 12 is located on the material storage box 10 and is positioned at the top of feed mechanism 11; The driver I111 on the material storage box 10, the screw shaft 112 that is rotatably connected to the driver I111, and the screw shaft 112 is equipped with a helical blade 113; The stirring shaft 122 corresponding to the driver II 121 and the screw shaft 112 is equipped with a stirring blade 123 on the stirring shaft 122; the driver I 111 and the driver II 121 are geared motors or servo motors; like this, the stirring shaft of the stirring mechanism is driven by a geared motor. When the storage box is filled with bulk aluminum scraps, the stirring blades will stir the bulk aluminum scraps evenly to prevent them from accumulating into lumps; while the screw shaft of the feeding mechanism is driven by a geared motor, and the materials can be rotated by the screw blades. The principle of shifting sends the bulk aluminum chips into the pre-pressing mechanism, and the amount of feeding is controlled by the working time of the gear motor, and the corresponding feeding time can be set for different shapes of aluminum chips;

As shown in Figure 4-5, the forming device 2 is used to receive the pre-pressed aluminum briquette in the pre-pressing device 3, and cooperate with the main pressing device 4 to form the final aluminum briquette, which consists of a box body 20, a displacement mechanism 21. The gate 22 and the pressing plate 23 are composed; the box body 20 is installed on the frame 9, the shifting mechanism 21 is arranged outside the box body 20, and the gate 22 and the pressing plate 23 are arranged inside the box body 20; the gate 22 is connected to the shifting mechanism 21 , which is slidingly fitted with the box body 20, on which two forming material cavities 221 are arranged side by side at intervals; A relief cavity 222 with equal center distance; the pressure plate 23 is attached to the gate 22 and is fixedly connected with the box body 20, and two discharge holes 231 through which are arranged side by side at intervals; the center between the two molding material cavities 221 The center distance between the same relief chamber 222 and an adjacent molding cavity 221 is equal, which is 1/2 of the center distance between the two discharge holes 231; like this, the molding device has two adjacent molding chambers. The material chamber is used for aluminum chip briquetting, and the other chamber is used for the passage of the push rod 52; and the displacement mechanism is used as the power to drive the gate to perform the transposition action;

As shown in Figure 6-8, the pre-pressing device 3 is used for pre-pressing the aluminum chips fed in by the feeding device 1, and it consists of a bracket 30, a pressing mechanism 31, a frame body 32, and cavity parts The support 30 is installed on the frame 9, the cavity part is located on the support 30, the frame body 32 is located on the cavity part, and the pressing mechanism 31 is located on the frame body 32; the cavity part comprises the cavity part 33 and The upper cavity part 34 is closed to form a cavity 37 with a hollow structure. The lower cavity part 33 is fixedly connected with the bracket 30 and the frame body 32 respectively, and guide sleeve plates 35 arranged symmetrically are arranged on both sides. The cavity part 34 is connected to the pressing mechanism 31, and is slidably matched with the frame body 32; the frame body 32 is a closed structure, which is provided with a feeding port 36 communicated with the feeding mechanism 11; like this, the pressing mechanism is used as power, The lower cavity part 34 is driven up and down. When the aluminum chip bulk material fills the cavity 37, the lifting mechanism descends to the position, and cooperates with the front and rear molding device 1 and the main pressure device 4 to form a closed columnar chamber, and the aluminum chip bulk material is processed. pre-compression;

As shown in Figures 9-11, the main pressing device 4 is used to push the pre-pressed aluminum chip briquettes in the cavity 37 of the pre-pressing device 3 into the molding cavity 221 of the molding device 1, and perform compression to form the final aluminum Briquetting block A, it is made up of support 40, flat pressing mechanism 41, pressure head 42; Support 40 is installed on the frame 9, and flat pressing mechanism 41 is arranged on the support 40, and its pressing bar 411 faces preloading device One end of 3 is equipped with the above-mentioned pressure head 42; in this way, after receiving the feed signal, the main pressure mechanism first fast-forwards and then bows to compress the pre-pressed aluminum chip briquetting block, and stops when a certain pressure is reached. compressed, and rolled back in place;

As shown in Figures 4-5 and 9-11, the discharge device 5 is used to collect the aluminum briquettes in the molding cavity 221, and it consists of a blocking member 50, a discharge trough 51, a push rod 52, and a mounting plate 53; The blocking member 50 and the discharge chute 51 are arranged on the box body 20, and the discharge trough 51 is arranged on the opposite side of the pressing plate 23 and the gate 22, and there are two, which communicate with the two discharge holes 231 in one-to-one correspondence; The blocking member 50 is arranged on the same side as the discharge chute 21 relative to the pressing plate 23, and there are two, which are respectively arranged close to the two discharge holes 231 and corresponding to them one by one; There are two side arrangements, corresponding to the two discharge holes 231 one by one, and the ends away from the gate 22 pass through the two guide sleeve plates 36 respectively and are fixedly connected with the mounting plate 53; the mounting plate 53 Sleeved on the flat pressing mechanism 41; the two push rods 52 are arranged symmetrically with respect to the flat pressing mechanism 41, and there is the same center between the two push rods 52 and the two discharge holes 231 The push rod 52 can follow the movement of the flat pressing mechanism and push out the aluminum briquetting block A that was pressed in the molding chamber 2221 last time.

When working, the aluminum chip briquetting machine is a metal briquetting device that uses a hydraulic cylinder as a power source, that is, the shifting mechanism 21 of the forming device 2, the pressing mechanism 31 of the pre-pressing device 3, and the flat pressing mechanism 41 of the main pressing device 4. They are all used as hydraulic oil cylinders; of course, in different embodiments, a worm gear pair or a rack and pinion pair can also be used. The compression process of this embodiment is now described in detail in conjunction with the above scheme, including the following steps:

Step 1: The shifting mechanism 21 of the forming device 2, the pressing mechanism 31 of the pre-pressing device 3, and the flat pressing mechanism 41 of the main pressing device 4 are all inactive, and the gate 22 is at the zero position (as shown in Figure 12a). At this time, the discharge hole 231, molding cavity 221, and push rod 52 on the upper side are on the same axis, the molding cavity 221, cavity 37, and pressure rod 411 on the middle are on the same axis, and the outlet on the lower side is on the same axis. The feed hole 231 and the push rod 52 are on the same axis;

Step 2: The bulk aluminum chips in the storage box 10 of the feeding device 1 are fed into the cavity 37 of the pre-pressing device 3 through its screw shaft 112, and the geared motor is filled up after working for a period of time, and the geared motor stops working And transmit the signal to the preloading device 3;

Step 3: After the pre-pressing device 3 receives the signal, its down-pressing mechanism 31 drives the lower cavity part 34 down to the position and transmits the signal to the main pressing device 4;

Step 4: After the main pressing device 4 receives the signal, the pressing rod 411 of the flat pressing mechanism 41 pushes the aluminum chips into the molding chamber 221 at the lower part of the molding device 2, and stops the compression after the flat pressing mechanism reaches a certain pressure , to form the aluminum briquette A; at this time, the pusher rod 52 on the upper side enters the molding cavity 221 in the middle of the gate 22, and the molding cavity can be pushed out after the aluminum briquetting block A is pressed the previous time, while the lower side The push rod 52 is outside the gate 22 to avoid interference; then, the pressure rod 411 returns to the position and transmits signals to the forming device 2 and the pre-pressing device 3;

Step 5: After the molding device 2 receives the signal, its displacement mechanism 21 drives the gate 22 to move to the working position (as shown in Figure 12b). The material rod 52 is on the same axis, the molding cavity 221 ", the cavity 37, and the pressure rod 411 in the middle are on the same axis, and the discharge hole 231, the molding cavity 221 " on the lower side, and the push rod 52 are on the same axis. On the axis; after the pre-pressing device 3 receives the signal, its down-pressing mechanism 31 drives the lower cavity part 34 to rise and return to its original position, and after the down-pressing mechanism 31 is back in place, the signal is transmitted to the feeding device 1;

Step 6: After the feeding device 1 receives the signal, the bulk aluminum chips in the material storage box 10 are fed into the cavity 37 of the pre-pressing device 3 through its screw shaft 112 again, and the geared motor works for a period of time and then the material is filled. full, the deceleration motor stops working and sends a signal to the preloading device 3;

Step 7: After the pre-pressing device 3 receives the signal, its down-pressing mechanism 31 drives the lower cavity part 34 down to the position and transmits the signal to the main pressing device 4;

Step 8: After the main pressing device 4 receives the signal, the pressing rod 411 of the flat pressing mechanism 41 pushes the aluminum chips into the molding cavity 221″ in the middle of the molding device 2, and stops when the flat pressing mechanism reaches a certain pressure. compressed to form an aluminum briquette A; at this time, the pusher rod 52 on the upper side enters the relief cavity 222″ of the gate 22 to avoid interference, while the pusher rod 52 on the lower side enters the molding cavity 221″ at the bottom of the gate 22 In this process, the molding cavity can be pushed out after pressing the aluminum briquette A in the previous time; then, the pressing rod 411 returns to the position and transmits the signal to the molding device 2 and the pre-pressing device 3; the shifting mechanism of the molding device 2 21 drives the gate 22 back to the zero position (as shown in Figure 12a), and the pressing mechanism 31 of the preloading device 3 drives the lower cavity part 34 to rise and return to the original position; thereby completing a cycle process.

Continuously repeat steps 1 to 9 to achieve continuous dual-mode and dual-block production. The whole working process can realize automatic operation, and has the function of recording the quantity of aluminum briquettes A, which is beneficial for the workshop team to carry out work statistics.

In this embodiment, the blocking member 50 is a one-way intermittently rotating ratchet mechanism. The ratchet mechanism is an external meshing ratchet mechanism, which is composed of an active swing rod, a ratchet, a ratchet, a non-return ratchet and a frame. In this way, the ratchet mechanism can ensure that the aluminum compact in the molding cavity 221 is pushed out of the discharge hole 231 by the push rod 52 and then enters the discharge groove 51, and is blocked, so that the aluminum compact A will not return to the discharge In hole 231.

In this embodiment, the shapes and sizes of the two molding cavities 221 are the same or different. Like this, can make this briquette machine have double-mode function, promptly can produce the aluminum briquette A of two kinds of specifications and sizes at the same time, improve its working capacity.

In this embodiment, the outer wall of the pressure head 42, the inner wall of the molding material cavity 221, and the inner wall of the discharge hole 231 have a cross-section with the same shape as the cavity 37 of the cavity component, and their cross-sectional size relationship is : the cross-sectional dimension of the outer wall of the pressure head 42=the cross-sectional dimension of the cavity 37 of the cavity part≤the cross-sectional dimension of the inner wall of the molding cavity 221≤the cross-sectional dimension of the inner wall of the discharge hole 231; the structure of the cross-section is circular, Ellipse or polygon. In this example, a circular shape is adopted, that is, the cavity 37 in the pre-pressing device 3 can form a cylindrical aluminum chip briquette A.

In this embodiment, the hydraulic oil cylinder is connected with a hydraulic station 6, which is composed of a hydraulic oil tank, various valves, oil pipes, oil cylinders, pressure relays, instruments, oil pumps, fans, etc.; it provides power for the aluminum chip briquetting machine and realizes compression When the aluminum block is used, the gate 22 of the forming device 2 is shifted, the lower cavity part 34 of the pre-pressing device 3 is lifted, and the pressure head 42 of the flat pressing mechanism 41 of the main pressing device 4 is operated.

In this embodiment, the aerosol lubrication device 7 of the aluminum chip briquetting machine is installed on the frame body 32 of the preloading device 3, and is mainly composed of an aerosol lubrication pump, a pneumatic triple piece, a nozzle, an oil separator, an oil plug, and a pipeline. and other components; multi-point spray lubrication is performed on the exposed parts such as the pressure rod 411 in the hydraulic cylinder used in the flat pressure mechanism, and controlled by PLC, which can realize timing and fixed-point spray lubrication.

In this embodiment, the electrical device 8 of the aluminum chip briquetting machine is installed on the frame 9 and is electrically connected with the feeding device 1, the forming device 2, the pre-pressing device 3, and the main pressing device 4, and is mainly composed of an electrical control cabinet, a close It consists of switch, photoelectric switch, PLC control and touch screen; the system control of the whole machine is divided into PLC automatic control and manual button control, with data storage and processing, briquetting count display, action chain protection, fault alarm and other functions.

In another embodiment, the feed device 1 is also provided with a photoelectric switch (not shown), so that when the aluminum chips in the storage box are at a low level, the photoelectric signal will detect and transmit the signal to Alarm to remind feeding.

In another embodiment, the molding device 2 is also provided with a proximity switch (not labeled), so that the proximity switch detects the position of the gate and transmits a signal when the gate is shifted.

In another embodiment, the pre-compression device 3 is also provided with a proximity switch (not marked), so that the lower cavity part 34 obtains lifting movement under the action of the lower pressing mechanism 31, and the pre-compressed aluminum chip briquetting, And the proximity switch detects its movement position and transmits the signal.

In another embodiment, the main pressure device 4 is also provided with a proximity switch (not shown) and a pressure sensor (not shown), so that the pressure signal is transmitted by the pressure sensor, and the proximity switch detects the movement of the flat pressing mechanism Location.

Finally, it is noted that the above embodiments are only used to illustrate the technical solutions of the present utility model without limitation. Although the utility model has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that the utility model can be Modifications or equivalent replacements of the technical solutions without departing from the spirit and scope of the technical solutions shall be covered by the claims 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).