Die casting machine power assembly and cooling system thereof

Abstract

The invention discloses a die-casting machine power assembly and a cooling system thereof, relates to the field of new energy automobile part casting, and solves the problem of heat energy influence in the transportation and transportation process of aluminum alloy die castings, the die-casting machine power assembly and the cooling system thereof comprise an I-shaped steel fixing frame, a diagonal draw bar assembly and a triangular supporting assembly, a conveying assembly is installed on one side of the triangular supporting assembly and comprises a first I-shaped gear, the first I-shaped gear is arranged in a penetrating groove in one side of the triangular supporting assembly, one side of the first I-shaped gear is connected with a first metal chain, and the first I-shaped gear lifts the first metal chain through rotating winding; metal parts produced by a die-casting machine on the top of the workbench are conveniently transported through the conveying assembly, multiple sets of metal materials can be carried at a time through the conveying assembly, feeding can be conducted while materials are transported to the bottom end of the workbench, and bidirectional transportation can be completed through one-time transportation flow.

Description

Technical Field

[0001] The invention relates to the field of new energy automobile parts casting, in particular to a die-casting machine power assembly and a cooling system thereof. Background Art

[0002] The "three-electric system" of new energy vehicles refers to batteries, motors and electronic control systems. The powertrain of a die-casting machine usually includes a motor, a transmission system and a control system, etc. They work together to provide the power and precise control required in the die-casting process. The present invention mainly optimizes the transmission system and cooling of the die-casting machine in the mechanical direction. The existing Chinese patent application with publication number CN112264598B discloses a die-casting machine with an automatic feeding device, including a workbench, the top of which is fixedly connected to the die-casting machine, a conveying structure is arranged on the left side of the die-casting machine, and a feed pipe is arranged on the left side of the conveying structure. The present invention can autonomously feed the cylindrical aluminum column metal raw materials commonly found in the die-casting machine under the rotational power generated by the motor through the wheel transmission device designed in the inner cavity of the conveying structure. At the same time, the feed pipe and the cutting device can cut off the metal raw materials and can also play a certain sealing role. The guide device mainly plays the role of reducing friction and assisting transportation. The die-casting machine with an automatic feeding device has the advantage of automatic feeding. In actual use, the user only needs to place the metal raw materials on the top of the feed pipe, and push them into the inner cavity of the conveying structure, and the wheel transmission structure inside the conveying structure can automatically feed. However, the die-casting machine with automatic feeding device has the following defects when used: 1. The transportation process is to transport the metal parts produced by the die-casting machine on the top of the workbench. It is not possible to feed the materials while transporting the materials to the bottom of the workbench. The single transportation process can only be transported one way; 2. In addition, when large quantities of goods need to be shipped, the transportation capacity of the chain up and down transportation method cannot meet the demand, and the die-casting machine cannot cool the goods in time after discharging the materials. Summary of the invention

[0003] The object of the present invention is to provide a die-casting machine power assembly and a cooling system thereof to solve the problems raised in the above background technology.

[0004] The technical solution of the present invention is: a die-casting machine power assembly and a cooling system thereof, comprising an I-beam fixing frame, an inclined rod assembly and a triangular support assembly, characterized in that: the I-beam fixing frame is fixed on the concrete wall of the factory building through the inclined rod assembly and the triangular support assembly, a protective mechanism is installed on one side of the I-beam fixing frame, and the protective mechanism can enhance the protective effect of the die-casting machine fixing frame, a conveying assembly is installed on one side of the triangular support assembly, and the conveying assembly can automatically convey metal materials, the conveying assembly includes a first I-beam gear, and the first I-beam gear is arranged in a through groove on one side of the triangular support assembly, one side of the first I-beam gear is connected to a first metal chain, and the first I-beam gear lifts the first metal chain by rotating and winding; Wherein, the protection mechanism includes: A protective net assembly, the protective net assembly is installed on one side of the conveying assembly, and the protective net assembly includes a metal protective net, the metal protective net is protected by the metal net to prevent the metal die-casting from rolling down, and the metal protective net is installed on the side of the I-beam fixing frame away from the wall; A batch discharging system is installed at the bottom end of the I-beam fixing frame, and the batch discharging system includes a first heat dissipation discharging system and a second heat dissipation discharging system, the slopes of the first heat dissipation discharging system and the second heat dissipation discharging system are in opposite directions, and the first heat dissipation discharging system and the second heat dissipation discharging system are installed at the bottom end of the triangular support assembly.

[0005] Furthermore, second slide grooves are installed on both sides of the metal protective net, and connecting pages are fixed on the inner side of the second slide grooves. A first slide groove is installed on the side of the I-beam fixing frame close to the protective net assembly. When the second slide groove moves, the connecting page moves on the inner side of the first slide groove track.

[0006] Furthermore, it also includes a cooling system, which includes a first heat dissipation system and a second heat dissipation system, the first heat dissipation system includes a first inclined bottom plate, and a first diverter plate is installed on the top of the first inclined bottom plate, multiple groups of first cylindrical rollers are installed on both sides of the first diverter plate, and the first cylindrical rollers roll, and a first I-beam support seat is fixed to the bottom of the first inclined bottom plate, and the first I-beam support seat has a triangular support shape.

[0007] Further, the second heat dissipation and discharging system includes a second inclined bottom plate, and a second diverter plate is installed on the top of the second inclined bottom plate, and multiple sets of second cylindrical rollers are installed on both sides of the second diverter plate, and the second cylindrical rollers are rolling and movable, and a second I-beam support seat is fixed to the bottom of the second inclined bottom plate, and the second I-beam support seat has a triangular support shape; The first inclined bottom plate and the second inclined bottom plate have slopes in opposite directions.

[0008] Furthermore, the transport assembly also includes a fixed base plate, and the fixed base plate is installed on the through groove on one side of the triangular support assembly, a transmission motor is installed at the middle position of the fixed base plate, and a transmission gear is installed at the output end of the transmission motor, a first double-sided rack is installed on one side of the transmission gear, and a second double-sided rack is installed on the other side of the transmission gear, and the transmission gear drives the first double-sided rack and the second double-sided rack to reciprocate through meshing transmission; A first I-shaped gear is provided on the side of the first double-sided rack away from the transmission gear, and the first I-shaped gear and the first double-sided rack are in a meshing transmission relationship, gears are fixed on both sides of the first I-shaped gear, and a first metal chain is connected to the side of the first I-shaped gear away from the first double-sided rack; A second I-shaped gear is provided on the side of the second double-sided rack away from the transmission gear, and the second I-shaped gear and the second double-sided rack are in a meshing transmission relationship. Gears are fixed on both sides of the second I-shaped gear, and a second metal chain is connected to the side of the second I-shaped gear away from the second double-sided rack.

[0009] Furthermore, when the first double-sided rack moves to drive the first I-shaped gear to rotate clockwise, the second double-sided rack moves in the opposite direction and drives the second I-shaped gear to rotate counterclockwise. At this time, the first metal chain lowers the metal die-casting, and the second metal chain is wound up to pull up the metal material.

[0010] Furthermore, the triangular support assembly includes a first I-beam cross bar, which is assembled into a rectangle by multiple groups, and a die-casting work surface is installed on the top of the first I-beam cross bar, and guardrails are installed on both sides of the die-casting work surface. A first I-beam diagonal bar is installed on the bottom end of the first I-beam cross bar, and the first I-beam diagonal bar and the first I-beam cross bar form a triangular support shape.

[0011] Furthermore, a fixed hinge is fixed to the top of the die-casting work surface, and a weighing rod is connected to the top of the fixed hinge. The top of the weighing rod is connected to the U-shaped base through the connecting hinge, and the side of the U-shaped base away from the weighing rod is fixed to the wall through embedded bolts.

[0012] Furthermore, the triangular support assembly and the batch discharge system are both fixed to the wall through a pre-embedded connection assembly, and the pre-embedded connection assembly includes an embedded base, and the embedded base is embedded in the concrete wall in advance.

[0013] Furthermore, a metal screw is provided on one side of the embedded base, the metal screw is fixed to the embedded base through a thread, a fixing nut is installed on the side of the metal screw away from the embedded base, the triangular support assembly and the I-beam on the batch discharge system are provided with a preset hole that cooperates with the metal screw, the metal screw and the preset hole are connected through, and a fixing nut is installed on the other side of the I-beam The present invention provides a die-casting machine power assembly and a cooling system thereof through improvement, which has the following improvements and advantages compared with the prior art: 1. First, the transport assembly facilitates the transportation of metal parts produced by the die-casting machine on the top of the workbench. The transport assembly can transport multiple groups of metal materials at a time, and can simultaneously transport materials to the bottom of the workbench while feeding. One transport process can complete two-way transportation. The conveying component drives the transmission gear to rotate by starting the transmission motor, and the transmission gear drives the first double-sided rack and the second double-sided rack on both sides to reciprocate through transmission, and the first double-sided rack and the second double-sided rack move in opposite directions. When the first double-sided rack drives the first I-shaped gear to rotate and rewind to pull up the first metal chain, the second double-sided rack drives the second I-shaped gear to rotate in the opposite direction to lower the second metal chain, thereby achieving the effect of lifting the metal raw material while lowering the processed metal die-casting. 2. A batch discharging system is further provided to facilitate the handling of large-volume shipments during discharging. The transport capacity of the transport component chain alone cannot meet the discharging requirements of the die-casting machine, and the heat accumulation of metal parts after the die-casting machine discharges a large amount of materials cannot be cooled down. The transport component cannot cool down the goods in time after discharging. However, the batch discharging system can achieve the purpose of removing the heat of the metal parts discharged by the die-casting machine through the rollers during the transportation of the metal die-castings through the first heat dissipation discharging system and the second heat dissipation discharging system, thereby achieving the effect of cooling the metal die-castings while transporting them. Among them, the batch discharging system relies on the first heat dissipation discharging system and the second heat dissipation discharging system to cooperate with each other and be staggered, so that the metal die-castings can move stably to the bottom discharge port. In addition, multiple groups of first cylindrical rollers are arranged inside the first heat dissipation discharging system and are arranged obliquely, which is convenient for driving the objects to move to the bottom. The function of the first diverter plate is to divert the flow. When the metal die-castings are discharged in large quantities, it can prevent the metal die-castings from colliding with each other during the falling process. The internal parts of the second heat dissipation discharging system have the same function, but the direction is different, which is convenient for the metal die-castings to be buffered when falling and discharging, and avoid falling in the same direction and causing excessive acceleration. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] The present invention will be further explained below in conjunction with the accompanying drawings and embodiments: Figure 1 It is a schematic diagram of the first three-dimensional appearance structure of the present invention; Figure 2 It is a front view schematic diagram of the appearance structure of the present invention; Figure 3 It is a schematic diagram of a second three-dimensional appearance structure of the present invention; Figure 4 It is a schematic diagram of a third three-dimensional appearance structure of the present invention; Figure 5 It is a three-dimensional appearance schematic diagram of the batch discharging system of the present invention; Figure 6 It is a schematic diagram of the main body of the I-beam fixing frame of the present invention; Figure 7 For the present invention Figure 6 The enlarged structural diagram at A in the middle; Figure 8 For the present invention Figure 6 The enlarged structural diagram at B in the middle; Fig. 9 It is a first stereoscopic schematic diagram of the transport assembly of the present invention; Fig.10 It is a front view schematic diagram of the conveying assembly of the present invention; Fig.11 It is a first three-dimensional exploded schematic diagram of the protective net assembly of the present invention; Fig.12 It is a second stereoscopic exploded schematic diagram of the protective net assembly of the present invention.

[0015] Description of reference numerals: 1. I-beam fixing frame; 2. Oblique tie rod assembly; 201. U-shaped base; 202. Connecting hinge; 203. Weighing tie rod; 204. Fixed hinge; 3. Protective mechanism; 4. Protective net assembly; 401. Metal protective net; 402. First chute; 403. Connecting sheet; 404. Second chute; 5. Triangular support assembly; 501. Die-casting work surface; 502. First I-beam diagonal bar; 503. First I-beam horizontal bar; 504. Guardrail; 6. Batch discharging system; 7. First heat dissipation and discharging system; 701. First cylindrical roller; 702. First diverter plate; 703. First inclined bottom plate; 704. First I-beam support seat; 8. Second heat dissipation and discharging system; 801. Second cylindrical roller; 802. Second diverter plate; 803. Second inclined bottom plate; 804. Second I-beam support seat; 9. Embedded connection assembly; 901. Embedded base; 902. Metal screw; 903. Fixing nut; 10. Conveying assembly; 1001. Transmission motor; 1002. Fixed bottom plate; 1003. Transmission gear; 1004. First double-sided rack; 1005. Second double-sided rack; 1006. First I-shaped gear; 1007. Second I-shaped gear; 1008. First metal chain; 1009. Second metal chain. DETAILED DESCRIPTION

[0016] The following will be combined with the attached Figures 1 to 12 The present invention is described in detail, and the technical solutions in the embodiments of the present invention are clearly and completely described. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0017] The present invention improves a die-casting machine power assembly and its cooling system, including an I-beam fixing frame 1, an inclined rod assembly 2 and a triangular support assembly 5, wherein the I-beam fixing frame 1 is fixed on the concrete wall of the factory building through the inclined rod assembly 2 and the triangular support assembly 5. The triangular support assembly 5 and the batch discharge system 6 are both fixed to the wall through the embedded connection assembly 9. The embedded connection assembly 9 includes an embedded base 901, and the embedded base 901 is embedded in the concrete wall in advance; The inclined rod assembly 2 and the triangular support assembly 5 are fixed together. The triangular support assembly 5 is fixed to the wall through the embedded connection assembly 9. The advantage of the embedded connection assembly 9 is that it does not damage the wall. A metal screw 902 is provided on one side of the embedded base 901. When the die-casting machine is installed, the embedded base 901 is first implanted into the concrete of the factory wall, and then the metal screw 902 is screwed into the embedded base 901. The metal screw 902 is fixed to the embedded base 901 through the thread. A fixing nut 903 is installed on the side of the metal screw 902 away from the embedded base 901. The I-beams on the triangular support assembly 5 and the batch discharge system 6 are provided with preset holes that cooperate with the metal screw 902. The metal screw 902 and the preset holes are connected through, and the fixing nut 903 is installed on the other side of the I-beam. The triangular support assembly 5 includes a first I-beam cross bar 503, which is assembled into a rectangular shape by multiple groups. The first I-beam cross bar 503 is installed on the metal screw 902, and the fixing nut 903 is screwed on the metal screw 902 to fix the first I-beam cross bar 503 so that the first I-beam cross bar 503 fits the wall and a die-casting work table 501 is installed on the top of the first I-beam cross bar 503. Multiple groups of first I-beam cross bars 503 are used to form a frame. The die casting work surface 501 is set up on the frame, and guardrails 504 are installed on both sides of the die casting work surface 501. The first I-beam diagonal rod 502 is installed at the bottom of the first I-beam cross bar 503, and the first I-beam diagonal rod 502 and the first I-beam cross bar 503 form a triangular support shape; and the first I-beam diagonal rod 502 and the first I-beam cross bar 503 are fixed at the bottom of the first I-beam cross bar 503 to form a triangular shape to play a supporting role. A fixed hinge 204 is fixed to the top of the die casting work surface 501, and a weighing rod 203 is connected to the top of the fixed hinge 204. The top of the weighing rod 203 is connected to the U-shaped base 201 through a connecting hinge 202, and the side of the U-shaped base 201 away from the weighing rod 203 is fixed to the wall through a pre-buried bolt; A protective mechanism 3 is installed on one side of the I-beam fixing frame 1, and the protective mechanism 3 can enhance the protective effect of the die-casting machine fixing frame. A conveying component 10 is installed on one side of the triangular support component 5, and the conveying component 10 can automatically convey metal materials. The conveying component 10 is used to facilitate the transportation of metal parts produced by the die-casting machine on the top of the workbench. Multiple groups of metal materials can be transported at one time through the conveying component 10, and materials can be fed while being transported to the bottom of the workbench. One transportation process can complete two-way transportation.

[0018] The transport assembly 10 includes a first I-shaped gear 1006, and the first I-shaped gear 1006 is disposed in a through groove on one side of the triangular support assembly 5, and a first metal chain 1008 is connected to one side of the first I-shaped gear 1006, and the first I-shaped gear 1006 lifts the first metal chain 1008 by rotating and winding; The transport component 10 also includes a fixed base plate 1002, and the fixed base plate 1002 is installed on the through groove on one side of the triangular support component 5. A transmission motor 1001 is installed at the middle position of the fixed base plate 1002, and a transmission gear 1003 is installed at the output end of the transmission motor 1001. The working principle of the transport component 10 is to start the transmission motor 1001 to drive the transmission gear 1003 to rotate, a first double-sided rack 1004 is installed on one side of the transmission gear 1003, and a second double-sided rack 1005 is installed on the other side of the transmission gear 1003. The transmission gear 1003 drives the first double-sided rack 1004 and the second double-sided rack 1005 on both sides to reciprocate through transmission, and the transmission gear 1003 drives the first double-sided rack 1004 and the second double-sided rack 1005 to reciprocate through meshing transmission; the first double-sided rack 1004 and the second double-sided rack 1005 move in opposite directions. A first I-shaped gear 1006 is provided on the side of the first double-sided rack 1004 away from the transmission gear 1003, and the first I-shaped gear 1006 and the first double-sided rack 1004 are in a meshing transmission relationship, gears are fixed on both sides of the first I-shaped gear 1006, and a first metal chain 1008 is connected to the side of the first I-shaped gear 1006 away from the first double-sided rack 1004; when the first double-sided rack 1004 drives the first I-shaped gear 1006 to rotate and reel up the first metal chain 1008, the second double-sided rack 1005 will drive the second I-shaped gear 1007 to rotate in the opposite direction to lower the second metal chain 1009, thereby achieving the effect of lifting the metal raw material while lowering the processed metal die-casting; A second I-shaped gear 1007 is provided on the side of the second double-sided rack 1005 away from the transmission gear 1003, and the second I-shaped gear 1007 and the second double-sided rack 1005 are in a meshing transmission relationship, gears are fixed on both sides of the second I-shaped gear 1007, and a second metal chain 1009 is connected to the side of the second I-shaped gear 1007 away from the second double-sided rack 1005; When the first double-sided rack 1004 moves to drive the first I-shaped gear 1006 to rotate clockwise, the second double-sided rack 1005 moves in the opposite direction and drives the second I-shaped gear 1007 to rotate counterclockwise. At this time, the first metal chain 1008 lowers the metal die casting, and the second metal chain 1009 reels up the metal material. Wherein, the protection mechanism 3 includes: The safety of the discharge part of the die casting machine is improved by the protection mechanism 3. The protection mechanism 3 is provided with protection in three directions except the position close to the wall. In addition, the protection net component 4 is installed on the side away from the wall to avoid most of the potential safety hazards, making it safer for workers to walk on the die casting machine workbench. The protective net assembly 4 is installed on one side of the conveying assembly 10, and the protective net assembly 4 includes a metal protective net 401. The working principle of the protective mechanism 3 is to play a protective role through the internal protective net assembly 4. The working principle of the protective net assembly 4 is to install the metal protective net 401 on the side of the I-beam fixing frame 1 away from the wall. The metal protective net 401 is protected by the metal net to prevent the metal die-casting from rolling down. The metal protective net 401 is installed on the side of the I-beam fixing frame 1 away from the wall; The second slide grooves 404 are installed on both sides of the metal protection net 401, and the inner side of the second slide grooves 404 is fixed with connecting sheets 403. The second slide grooves 404 and the first slide grooves 402 provided on both sides of the metal protection net 401 are connected through the connecting sheets 403. The first slide groove 402 is installed on the side of the I-beam fixing frame 1 close to the protection net assembly 4. When the second slide groove 404 moves, the connecting sheet 403 moves inside the track of the first slide groove 402. The working principle of the inclined tie rod assembly 2 is that the U-shaped base 201 is fixed to the wall through the embedded bolts, and then the weighing tie rod 203 and the U-shaped base 201 are hinged through the connecting hinge 202, and the bottom of the weighing tie rod 203 is connected to the die-casting work surface 501 through the fixed hinge 204, thereby adding a pulling force in addition to the supporting force of the triangular support assembly 5, thereby increasing the stability of the die-casting work surface; The batch discharging system 6 is installed at the bottom end of the I-beam fixing frame 1. By setting the batch discharging system 6, it is convenient to cope with the scene of large-scale shipment during discharging. The transportation volume of the conveying component 10 chain up and down transportation alone cannot meet the discharging demand of the die-casting machine, and the heat accumulation of the metal parts after the die-casting machine discharges a large amount of materials cannot be cooled down. The conveying component 10 cannot cool down the goods in time after discharging. The batch discharging system 6 includes a first heat dissipation discharging system 7 and a second heat dissipation discharging system 8. The slopes of the first heat dissipation discharging system 7 and the second heat dissipation discharging system 8 are opposite. Direction, because the inclined surfaces of the first heat dissipation discharging system 7 and the second heat dissipation discharging system 8 are opposite, a plurality of first cylindrical rollers 701 are arranged inside the first heat dissipation discharging system 7 and are arranged obliquely, so as to facilitate the object to move toward the bottom end. By setting a plurality of first heat dissipation discharging systems 7 and a second heat dissipation discharging system 8, the heat of the metal parts discharged by the die-casting machine can be taken away by the rollers during the transportation of the metal die-castings, so as to cool the metal die-castings while transporting them. The first heat dissipation discharging system 7 and the second heat dissipation discharging system 8 are installed at the bottom end of the triangular support assembly 5; A die-casting machine power assembly also includes a cooling system, the cooling system includes a first heat dissipation discharging system 7 and a second heat dissipation discharging system 8, the first heat dissipation discharging system 7 includes a first inclined bottom plate 703, and a first diverter plate 702 is installed on the top of the first inclined bottom plate 703, the first diverter plate 702 functions to divert, when the metal die-castings are discharged in large quantities, it can prevent the metal die-castings from colliding with each other during the falling process, multiple groups of first cylindrical rollers 701 are installed on both sides of the first diverter plate 702, and the first cylindrical rollers 701 are rolling, and a first I-beam support seat 704 is fixed to the bottom of the first inclined bottom plate 703, and the first I-beam support seat 704 has a triangular support shape; The second heat dissipation and discharging system 8 includes a second inclined bottom plate 803, and a second diverter plate 802 is installed on the top of the second inclined bottom plate 803, and multiple sets of second cylindrical rollers 801 are installed on both sides of the second diverter plate 802, and the second cylindrical rollers 801 are rolling and movable, and a second I-beam support seat 804 is fixed at the bottom of the second inclined bottom plate 803, and the second I-beam support seat 804 has a triangular support shape; The first inclined bottom plate 703 and the second inclined bottom plate 803 have slopes in opposite directions; The internal parts of the second heat dissipation and discharge system 8 have the same functions, but the directions are different, which facilitates the buffering of the metal die-casting when it falls and discharges, avoiding excessive acceleration caused by falling in the same direction, and finally the metal die-casting moves stably to the bottom discharge port.

[0019] Working principle: First, the transport component 10 facilitates the transport of metal parts produced by the die-casting machine on the top of the workbench. The transport component 10 can carry multiple groups of metal materials at a time, and can feed materials while transporting materials to the bottom of the workbench. One transport process can complete two-way transportation.

[0020] The working principle of the conveying component 10 is to start the transmission motor 1001 to drive the transmission gear 1003 to rotate. The transmission gear 1003 drives the first double-sided rack 1004 and the second double-sided rack 1005 on both sides to reciprocate through transmission. The first double-sided rack 1004 and the second double-sided rack 1005 move in opposite directions. When the first double-sided rack 1004 drives the first I-shaped gear 1006 to rotate and wind up the first metal chain 1008, the second double-sided rack 1005 will drive the second I-shaped gear 1007 to rotate in the opposite direction to lower the second metal chain 1009, thereby achieving the effect of lifting the metal raw material while lowering the processed metal die-casting.

[0021] Then, by setting up a batch discharge system 6, it is convenient to cope with the scene of large-scale shipment during discharge. The transportation volume of the conveying component 10 chain up and down transportation alone cannot meet the discharge demand of the die-casting machine, and the heat accumulation of metal parts after the die-casting machine discharges a large amount of materials cannot be cooled down. The conveying component 10 cannot cool the goods in time after discharge. However, the inclined surfaces of the first heat dissipation discharge system 7 and the second heat dissipation discharge system 8 are opposite. By setting up multiple groups of the first heat dissipation discharge system 7 and the second heat dissipation discharge system 8, the metal parts discharged by the die-casting machine can be taken away by rollers during the transportation of metal die-castings. The heat of the second heat dissipation system 8 is the same as that of the internal parts, but the directions are different, which is convenient for buffering the metal die-castings when they fall and discharge, and avoids falling in the same direction and causing excessive acceleration, so that the metal die-castings finally move stably to the bottom discharge port.

[0022] Finally, the triangular support assembly 5 is fixed by the inclined rod assembly 2 and the triangular support assembly 5. The triangular support assembly 5 is fixed to the wall through the embedded connection assembly 9 and the advantage of the embedded connection assembly 9 is that it does not damage the wall. When installing the die-casting machine, the embedded base 901 is first implanted into the concrete of the factory wall, and then the metal screw 902 is screwed into the embedded base 901, and the first I-beam cross bar 503 is installed on the metal screw 902, and the fixing nut 903 is screwed on the metal screw 902 to fix the first I-beam cross bar 503 so that the first I-beam cross bar 503 fits the wall. A plurality of first I-beam cross bars 503 are used to form a frame, and the die-casting work table 501 is set on the frame, and the first I-beam diagonal rod 502 and the first I-beam cross bar 503 are installed at the bottom of the first I-beam cross bar 503 to form a triangular shape to play a supporting role. The safety of the discharge parts of the die-casting machine is improved by the protection mechanism 3. The protection mechanism 3 is provided with protection in three directions except the position close to the wall. In addition, the protection net component 4 installed on the side away from the wall avoids most of the potential safety hazards, making it safer for workers to walk on the die-casting machine workbench. The working principle of the protection mechanism 3 is to play a protective role through the internal protection net component 4. The working principle of the protection net component 4 is to install the metal protection net 401 on the side of the I-beam fixing frame 1 away from the wall. The second slide groove 404 and the first slide groove 402 provided on both sides of the metal protection net 401 are connected by connecting sheets 403; The working principle of the inclined tie rod assembly 2 is that the U-shaped base 201 is fixed to the wall by embedded bolts, and then the weighing rod 203 and the U-shaped base 201 are hinged by the connecting hinge 202, and the bottom of the weighing rod 203 is connected to the die-casting work surface 501 by the fixed hinge 204, thereby adding a pulling force in addition to the supporting force of the triangular support assembly 5, thereby increasing the stability of the die-casting work surface.

[0023] The above description of the disclosed embodiments enables one skilled in the art to implement or use the present invention. Various modifications to these embodiments will be apparent to one skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention will not be limited to the embodiments shown herein, but rather to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A die-casting machine power assembly, comprising an I-beam fixing frame (1), a diagonal tie rod assembly (2) and a triangular support assembly (5), characterized in that: The I-beam fixing frame (1) is fixed to a concrete wall of a factory building via an inclined tie rod assembly (2) and a triangular support assembly (5); a protective mechanism (3) is installed on one side of the I-beam fixing frame (1), and the protective mechanism (3) can enhance the protective effect of the die-casting machine fixing frame; a conveying assembly (10) is installed on one side of the triangular support assembly (5), and the conveying assembly (10) can automatically convey metal materials; the conveying assembly (10) comprises a first I-beam gear (1006), and the first I-beam gear (1006) is arranged in a through groove on one side of the triangular support assembly (5); a first metal chain (1008) is connected to one side of the first I-beam gear (1006), and the first I-beam gear (1006) lifts the first metal chain (1008) by rotating and winding; Wherein, the protection mechanism (3) comprises: A protective net component (4), the protective net component (4) being installed on one side of the transport component (10), and the protective net component (4) comprising a metal protective net (401), the metal protective net (401) preventing the metal die-casting from rolling down by means of the metal net protection, and the metal protective net (401) being installed on a side of the I-beam fixing frame (1) away from the wall; A batch discharge system (6), the batch discharge system (6) is installed at the bottom end of the I-beam fixing frame (1), and the batch discharge system (6) includes a first heat dissipation discharge system (7) and a second heat dissipation discharge system (8), the slopes of the first heat dissipation discharge system (7) and the second heat dissipation discharge system (8) are in opposite directions, and the first heat dissipation discharge system (7) and the second heat dissipation discharge system (8) are installed at the bottom end of the triangular support assembly (5).

2. A die-casting machine power assembly according to claim 1, characterized in that: Second slide grooves (404) are installed on both sides of the metal protection net (401), and connecting sheets (403) are fixed on the inner side of the second slide grooves (404). A first slide groove (402) is installed on the side of the I-beam fixing frame (1) close to the protection net assembly (4), and when the second slide groove (404) moves, the connecting sheet (403) moves on the inner side of the track of the first slide groove (402).

3. A die-casting machine power assembly according to claim 1, characterized in that: The invention also comprises a cooling system, wherein the cooling system comprises a first heat dissipation discharge system (7) and a second heat dissipation discharge system (8), wherein the first heat dissipation discharge system (7) comprises a first inclined bottom plate (703), and a first diverter plate (702) is installed at the top of the first inclined bottom plate (703), and a plurality of first cylindrical rollers (701) are installed on both sides of the first diverter plate (702), and the first cylindrical rollers (701) are capable of rolling movement, and a first I-beam support seat (704) is fixed at the bottom of the first inclined bottom plate (703), and the first I-beam support seat (704) is in the shape of a triangular support.

4. A die-casting machine power assembly according to claim 3, characterized in that: The second heat dissipation and discharge system (8) comprises a second inclined bottom plate (803), and a second diverter plate (802) is installed on the top of the second inclined bottom plate (803), a plurality of second cylindrical rollers (801) are installed on both sides of the second diverter plate (802), and the second cylindrical rollers (801) are capable of rolling movement, and a second I-beam support seat (804) is fixed to the bottom of the second inclined bottom plate (803), and the second I-beam support seat (804) is in the shape of a triangular support; The first inclined bottom plate (703) and the second inclined bottom plate (803) have slopes in opposite directions.

5. The die-casting machine power assembly according to claim 1, characterized in that: The transport assembly (10) further comprises a fixed base plate (1002), and the fixed base plate (1002) is mounted on a through groove on one side of the triangular support assembly (5); a transmission motor (1001) is mounted at a middle position of the fixed base plate (1002), and a transmission gear (1003) is mounted at the output end of the transmission motor (1001); a first double-sided rack (1004) is mounted on one side of the transmission gear (1003), and a second double-sided rack (1005) is mounted on the other side of the transmission gear (1003); the transmission gear (1003) drives the first double-sided rack (1004) and the second double-sided rack (1005) to reciprocate through meshing transmission; A first I-shaped gear (1006) is provided on the side of the first double-sided rack (1004) away from the transmission gear (1003), and the first I-shaped gear (1006) and the first double-sided rack (1004) are in a meshing transmission relationship, gears are fixed on both sides of the first I-shaped gear (1006), and a first metal chain (1008) is connected to the side of the first I-shaped gear (1006) away from the first double-sided rack (1004); A second I-shaped gear (1007) is provided on the side of the second double-sided rack (1005) away from the transmission gear (1003), and the second I-shaped gear (1007) and the second double-sided rack (1005) are in a meshing transmission relationship, gears are fixed on both sides of the second I-shaped gear (1007), and a second metal chain (1009) is connected to the side of the second I-shaped gear (1007) away from the second double-sided rack (1005).

6. A die-casting machine power assembly according to claim 5, characterized in that: When the first double-sided rack (1004) moves to drive the first I-shaped gear (1006) to rotate clockwise, the second double-sided rack (1005) moves in the opposite direction and drives the second I-shaped gear (1007) to rotate counterclockwise. At this time, the first metal chain (1008) lowers the metal die-casting, and the second metal chain (1009) reels and pulls up the metal material.

7. A die-casting machine power assembly according to claim 1, characterized in that: The triangular support assembly (5) comprises a first I-beam cross bar (503), wherein the first I-beam cross bar (503) is assembled into a rectangular shape by a plurality of groups, and a die-casting work surface (501) is installed at the top of the first I-beam cross bar (503), and guardrails (504) are installed on both sides of the die-casting work surface (501), and a first I-beam diagonal bar (502) is installed at the bottom of the first I-beam cross bar (503), and the first I-beam diagonal bar (502) and the first I-beam cross bar (503) form a triangular support shape.

8. A die-casting machine power assembly according to claim 7, characterized in that: A fixed hinge (204) is fixed to the top of the die-casting work surface (501), and a weighing rod (203) is connected to the top of the fixed hinge (204). The top of the weighing rod (203) is connected to the U-shaped base (201) via a connecting hinge (202), and a side of the U-shaped base (201) away from the weighing rod (203) is fixed to the wall via embedded bolts.

9. A die-casting machine power assembly according to claim 1, characterized in that: The triangular support assembly (5) and the batch discharge system (6) are both fixed to the wall via a pre-embedded connection assembly (9), wherein the pre-embedded connection assembly (9) comprises a pre-embedded base (901), and the pre-embedded base (901) is pre-embedded in the concrete wall in advance.

10. A die-casting machine power assembly according to claim 9, characterized in that: A metal screw (902) is provided on one side of the embedded base (901), the metal screw (902) is fixed to the embedded base (901) through a thread, a fixing nut (903) is installed on the side of the metal screw (902) away from the embedded base (901), the I-beams on the triangular support assembly (5) and the batch discharge system (6) are provided with preset holes that cooperate with the metal screw (902), the metal screw (902) and the preset holes are connected through, and a fixing nut (903) is installed on the other side of the I-beam.

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