WO2010145551A1 - Distribution extruding forming device and distribution extruding forming method - Google Patents

Abstract

A distribution extruding device is composed of a closed extruding female die (6) and an extruding male die (9). The extruding male die (9) comprises an extruding shaft (92) and an impact-extruding head (93) which is connected with the shaft (92) and is provided below the shaft (92). The cross-sectional area of the head (93) is smaller than that of the shaft (92). The extruding male die (9) is constructed to adapt to rotate about the axis of the closed extruding female die (6) so that the head (93) can forge the blank in the cavity (61) of the female die (6) in sub-region and in sub-time. A distribution extruding method is also disclosed. In the present invention, the pressure of forging shell is decreased greatly and the formed shell has an even wall thickness and high strength.

Description

 Distribution forming device and distribution forming method

 This relates to the field of materials, especially to distributed forming devices and distributed forming methods. Background

 The improvement to the slightly and the top ten, the main () of the force of the container () mentioned an unprecedented height, I am very expensive with the big Axis and New Japan companies.

 Energy, reduce 0 I increase the capacity of 00 at 0 0, 10 for 0, and it is at 00 0. I urgently need to quickly solve the engineering and wood that Hugh's main manufacturing.

 Anti-occupation usually (add e o g ng),

 Made from re-welded wood. Nobel, welding has been banned. Currently, Hugh is basically

 , shown in 1. First, 100 is manufactured, and 100 is welded to form a straight portion of the rest. Take a look at it, or get it in 00 00 , , and . The straight part of the welding, the phase of the work and the work, to get the rest of 00, shown in. However, the process, the forest market, the low efficiency and the low reliability. Is the cause, is in the use of the formation of 100 is in the or 00, non-in the direction

 Row forming, and in forming, is usually accompanied by partial, so the closure and repair of the sum are large.

 At present, a large number of heavy-duty forming are under the force of 1 force, the shape, the lower and the like, and the direction of the home can not be reduced or eliminated. In addition, the uniformity. The special indication of the existing wood. As shown in the above, 101 is special

10 in 10 . However, research is Because the material is very small, and the force tensor is less than Pa, the material and defects, the ability to close and repair is small. content

 In this case, it is necessary to overcome at least the upper defects in the existing wood. This paper provides the God distribution method and its distribution mold, the uniformity of the hoop formed by the nuclear distribution method, and the closure of the defect, and the reliability and strength of the Hugh.

 In this aspect, a god distribution forming apparatus is provided, including a closed type, which is formed in a line-like manner, including a split and a joint,

 A direction perpendicular to the direction of the direction perpendicular to the direction of the direction and a solid line is formed to form the inner portion.

 In the distribution forming apparatus of the present invention, the bottom portion of the gold is formed in the direction of the middle direction, and the cylindrical portion which is formed by the rise in the forward direction is formed, and the welding forms the sub-molding of the rest, and thus the flow, The forest market is small, cycle-efficient and efficient. In addition, since the gold is in the closed state, it is basically formed in the downward direction, and the molding is minimized, even completely, so that the rest is uniform, and the defects are closed, and the reliability and strength of the hoop are high. .

 This is the introduction of Hugh. The intervening, cylindrical, and rim formed at the lower portion of the portion, wherein the direction perpendicular to the direction of the direction perpendicular to the rim is perpendicular to the direction.

In this case, the inside is greater than the maximum in the direction of the part and the part. The medium, the force rectangle, the rectangle is equal to the straight, the ratio of the rectangle is 0.0 to 0. .

 The ratio of this section to the section is 0.1 0. with. Thus, the division can be utilized.

 In the formation, the width and the straightness of the upper part are applied.

 This article, 10 to 1.

 The middle part of this section is formed. In another aspect of the present invention, there is provided a god distribution forming method comprising: (1) forming a mesoporous body having a predetermined depth, a temperature of heat ( ) to be formed within a uniform distribution, including splitting, and being connected Place

 Next, in the distribution forming method which is smaller than the direction perpendicular to the direction, the bottom portion is formed in the middle direction, the bottom portion of the gold is formed in the forward direction, and the cylindrical portion which is formed by the rising of the rest, and the welding is performed. The completion of the Hugh and the second molding, so the process, the forest market is small, the cycle and the efficiency. In addition, since the gold is in the closed state, it is basically formed in the downward direction, and the molding is minimized, even completely, so that the rest is uniform, and the defects are closed, and the reliability and strength of the hoop are high. .

 The step of the step ( ) includes ( .1 ) applying a predetermined force to the hole ( . . )

 ( . ) to the specific predetermined angle and the heavy step ( .1 ) step ( . )

 The middle part of this section is formed. In this step, in the step ( ), the width and the straightness of the upper part are applied.

The medium, including the cylinder and formed in The lower edge of the portion, wherein the direction perpendicular to the direction of the rim is less than the rim.

 This article, 10 to 1.

 In the method, the method step includes ( ) placing the inner surface of the distributed step ( ) in order to make it uniform.

 The intermediate, step ( ) and step ( ) are alternated to complete the forming.

 The introduction of this, the predetermined angle of 10 1 0.

 In this step, the step ( ) step includes the inner surface of the fine edge that has been distributed to make it uniform.

 The medium, the distribution of the forming force

with.

 In this medium, each time the force is distributed, the amount of the lower part of the forming step is 0.01 times. Times.

 The medium, the material black gold, the downward speed / / material force has gold, down

 / 0 /

 The internal and external dimensions of this section are greater than the maximum of the direction of the department and the department.

 In this paper, before the distribution is formed,

 And respectively in the middle or in the formation of the predetermined depth.

The introduction of this, Hugh formed. In this case, the inside is greater than the maximum in the direction of the part and the part. The medium, the force rectangle, the rectangle is equal to the straight, the ratio of the rectangle is 0.0 to 0. .

 The ratio of this section to the section is 0.1 0. with.

 It can be used in the manufacture of high-end, ultra-high-reliability, high-reliability, and large containers for high-con, high-container containers.

 The aspects of this section and the sections below, will be found in the following section, or this section. Description

 The above and/or attached aspects of this document and the following combinations will be easily understood,

 Because of the existing indication of the straight part of the manufacturing

 The indication of the existing utilization system

 The existing use of manufacturing

 The indication of the existing woodwork

 a special indication of the existing wood

 The distribution of the forming device of the present invention is a perspective view of the present in the distribution forming device.

 The distribution of the distribution method of the medium

10 of the distribution method of the present invention, the schematic diagram of the distribution method of the present embodiment, the schematic diagram of the distribution method of the present embodiment, 1 In the distribution method of this medium

The indication of the hole and

 1 The schematic of the hole in the 1 step. Hugh way

 In the following, the same or similar elements represent the same or similar elements or elements having the same or similar functions. The following references are for the purpose of explanation, and cannot explain the limitations of this.

 Under this, the increase in force, the distribution method under the mold improves the three-way, reduces and eliminates the force and increases the uniformity, so that the defects are closed, and the reliability and strength of the hoop are improved. The method and mold provided, the best for gold and elimination. Therefore, it should be noted that the wood "distribution" refers to the material in

 Multiple times, multiple fractals of the material and the final material. In the formation of materials, the force tensor is usually measured as the amount by which the material is closed and/or combined.

 Hugh, in the rest, arbitrary tensor. Decomposable force tensor sum, ie force tensor " and tensor.

 Tensor representation

 O O +

Txz 0 0 Txy Tx

 Tz 0 0 ten

Tzx 0 0 x zy In the present invention, it is distributed inside and outside, and can provide a larger and uniform force ball tensor, and can be micro-defective, closed, and optimally combined, more heat Hehe. The forming method in which the present distribution forming apparatus 100 is shown in the perspective of the present distribution forming apparatus 100 is the left side of the present distribution forming apparatus 100.

 The distribution forming device 100 can include a closed type, and the

 The 1 match is formed by the line. Which can include spells and , connected to the bottom, along the vertical

 The direction of the direction is smaller than the direction perpendicular to the direction. This is caused by

 The line is made so that it is formed in 1 .

 In the present distributed forming apparatus 100,

 In the local domain, the gold forms the bottom of the Hour in the forward direction and the cylindrical part which rises along the Hugh, and the welding completes the sub-forming of the Hugh, so the flow, the forest market is small, the cycle is high and the efficiency is high.

 Therefore, since the gold is in the closed state, it is basically formed in the downward direction, and the molding is minimized, or even completely, so that the uniformity of the rest, and the closure of the defect, the reliability and the strength of the rest are high. .

 This can be formed, can be formed separately, to replace

 To reduce manufacturing costs. The introduction of this,

 It may include a cylinder 1 and a rim formed at a lower portion of the cylinder 1, wherein the direction perpendicular to the direction perpendicular to the rim is perpendicular to the direction of the rim. Thereby, only the inner surface formed in the forming is joined, and the gold forming resistance in the forming is lowered.

The introduction of this, can, Can increase the security. And the inner diameter of 1 is greater than the maximum of the forward direction, and the difference in the inch can be formed.

 This medium, along the vertical

 The force can be rectangular, the rectangle is equal to the straight, and the ratio of the rectangle can be 0.0 to 0. , can be needed.

 The ratio of the medium, the ratio of 0.1 0. with. Thus, the division can be utilized.

 The medium, in the forming, is applied to the width and straightness of the upper part.

 This article, 10 to 1. In the prior art, the forming force of the wood 1 is different, and the forming means is combined, and in the forming, a larger one is provided, and the micro-breaking defects in the forming are eliminated.

 The middle portion of the medium is formed, in which the underlying material can be formed in the direction of the orientation, while the molding is minimized, or even completely, thus the uniformity of the rest, and the closure of the defect , Hugh's reliability and strength.

 In this case, the inner side can be circular, rectangular and circular, and at least part of it can be rectangular, multi-shaped and circular.

 In the operation of the distributed forming apparatus 100, the ratio of which is effective to reduce and increase the forming efficiency due to the fact that it is less than private is formed. Formerly, the commonly used rectangle is such that it is equal to the straight line, that is, the width of the straight line is formed.

In the middle of the line, the upper side can be raised straighter than the outer side and the outside. use, The upper end is detachably fixed to the (not) lower device,

Detachable and fixed on the workbench

 The huge force in 1 is divided into batches of gold, so that it forms the bottom portion 11 and the gold is formed along the rising portion of the cylindrical portion 1, which can be formed into a cylindrical shape, due to its It is formed under the action of force, and the strength of Hugh 1 is obtained.

 The distribution forming method of this will be referred to below. The method may include 1) placing a mesoporous body having a predetermined depth, 1 heat to a temperature ( ) of 1

 Inner, can be distributed, including, and

 Connected to the bottom, along the vertical

 The direction of the direction is smaller than the direction perpendicular to the direction. This can be in any form.

 In the present distribution forming method,

The middle part is locally localized, so that the gold forms a bottom portion 11 of the rest 1 in the direction of the forward direction and a cylindrical portion 1 which forms a recess along the rising direction, and the welding completes the sub-molding of the rest and thus the flow, the forest market is small, the cycle and the efficiency high. In addition, since the gold is in the closed state, it is basically formed in the downward direction, and the molding is minimized, even completely, so that the rest is uniform, and the defects are closed, and the reliability and strength of the hoop are high. .

 In the following, reference will be made to the provision of a mesopores formed with a predetermined depth, wherein 11 is a schematic representation of 1 in the distribution method of the present invention. 1 of the schematic 1 of the present distribution method 1

The indication of the hole and the step 1 in 1 First, provide 1, and heat 1 to the temperature, for example, the high temperature can be heated to 10 0 to 10 degrees. Pick-up, you can need, cut, cut, oxygen, etc., each flame cutting method, at the current level, there is a need to cut and bottom, whether to remove the bottom bottom decision.

 Take a look at 1, 1 and 1. In 1 , the bottom of 1 is formed, and 1 is placed on the mold, and the lower arc 11 is placed in the groove 1 of the mold, and then the force 1 on the upper side is formed, and the arc 11 below it forms a regular rule.

 , 1 can be in the mold or in the mold.

 To take a look, you can do 1 in the middle of the operation, as shown in 1 , you can first position it with 1

 The upper surface 1 is such that the upper surface 1 of 1 is formed to have a depth and a straight center 1 to form a medium 1 which is formed with a medium 1 fixed positioning position. First perforation

 The middle 1 of the upper surface 1 of 1 is 1 and the depth of the middle 1 of the upper surface 1 is deep and straight.

 Pick up, you can distribute. As shown in the figure, 1 is fixed in the fixed position (under the bottom, positioned to the bottom), with 10 1 P in the material 1 down the gold, so that the gold forms the bottom 11 in the direction of the opposite direction Form the closed part of the rest of the cylinder, and then go up (the process), look at the special angle and then look at the middle 1 down the gold, and see the special angle to mediate, this reverse operation until the upper end of 1 is formed.

 This is to put 1 in the closed,

1 , the inverse , gold

Approximate direction to the direction, the former gold is the minimum resistance law of gold, gold is on the inner side of the same The largest position is the fastest, the 1 1 gong of the gold is in the same direction, and the special direction of the rest is above, so that the height of the column (that is, the faster part of the gold) is higher than that of other parts, because it is the middle 1 of the same direction, and The upper end of each of the distribution angles of the material is finally formed. However, the smaller the angle to the special angle, the smaller the height of the upper end is formed, and a number of distributions constitute a distribution process, that is, the distribution process contains a plurality of distributions 0/angle.

 Formed on the upper distribution, can be operated, 10 in. 10 The inner surface formed along the material is retired, and the inner surface is flattened to make the rest even, the process

 10 can be raised in the special, and then, to eliminate the shadow of 10, improve the accuracy.

 It should be noted that the upper distribution forming steps and steps can be alternated until the height, thickness and reach are reached.

 The medium, distribution, and material phase along the speed of 1 in the middle 1 of 1 , for example in the high temperature gold, alloy, etc. of the black gold, the downward velocity can control the force / /. In the case of aluminum, copper, etc., there is gold, the downward speed can control the force / 0 /

 In this case, the speed of the rising and falling of the gold can be equal to / 00 /

 For the distribution, the special angle can be 10 1 0 . In this case, in the distribution forming process, the force can be the same every time.

 The speed of the process, the rise of the non-receiving (the process) and the speed of the descending (direction), the speed of the process, the rise of the non-receiving (process) and the speed of the descent (direction) may be the same, but the process is distributed under the process. The amount of the process is 0.01 times to 0. Times.

This introduction, the process can be step by step The process, that is, using the middle of the upper surface 1 of the second perforation 1 which is larger than the second perforation

The forming of 1 is shown in 1. What is needed is the process and

The process can be in the middle.

 It can be used in the manufacture of high- and ultra-high-reliability, high-reliability, and large containers, such as water, etc.

 In the distribution forming device and the distributed forming method of the present invention, a large and uniform tensor is provided by providing a large forming force (1 1 ) which greatly increases the sum of gold (heavy and perforated) (

 "To 00 0 Pa", the micro-defects, the best combination of the combination, the more powerful. In addition, using the distribution forming device and the distribution forming method, the earth has improved the efficiency, reduced, and improved the material. Utilization.

 Any reference to "介", ", "", etc. means combination

 Hugh, or especially included in this book. In the nuclear schematic table of the present, the same is true. And, combine any

 Hugh, or special, advocates, combined with other

Or special in the field of wood.

 Refer to the multi-schematic mode of this book, but it must be understood that there are many other things in the field, and will fall within the spirit of the principle. For Hugh, in the pre-litre and required, reasonable and inconsistent aspects of the layout of the components and/or combination layouts can be made. In addition to the sum of the components and/or layout, it is defined by the requirements and their equivalents.

Claims

 Claim 1, God distribution forming device, including Closed  , looking at the matching to form, where  Including  Demolition and  Connected to the direction perpendicular to the direction perpendicular to the direction and  The resulting line is shaped so that it can be formed and formed.  , a distribution forming device of claim 1, which is characterized in that  Hugh formed.  Required distribution forming device, which is characterized by Cylinder and a rim formed at the lower portion of the cylindrical portion, wherein  a profile forming device that is perpendicular to the requirement of 1 and which is smaller than the edge, and is characterized in that  , and the inside is greater than the maximum size of the department and the department. The distribution forming device of claim 1, which is characterized in that the force rectangle of the portion is equal to the straightness of the rectangle, and the ratio of the rectangle is 0.0 to 0. . The distribution forming device of claim 1, wherein the ratio of the portions is 0.1 0. with.  A distribution forming apparatus according to claim 1, which is characterized in that, in the forming, the width and the portion of the upper portion are applied.  The required distribution forming device, which is characterized by 10 to 1.  The distribution forming apparatus according to claim 1, wherein the middle portion of the portion is formed.  10, God distribution forming method, including  (1) a medium in which a predetermined depth is formed, heat to a temperature  ( ) to be within  Formable distribution, including disassembly and connection  Next, the direction perpendicular to the direction is smaller than the direction perpendicular to the direction.  11. The distribution forming method of claim 10, characterized in that the step ( ) step comprises  Look at the scheduled edge  Will be mentioned as well  Heavy step ( .1) step ( . )  1. A distribution forming method of claim 10, characterized in that a middle portion of the portion is formed.  1. The distribution method of requirement 10, which is characterized in that it includes  Cylinder and Forming a rim at the lower portion of the cylindrical portion, wherein the rim is perpendicular to The edge of the edge is perpendicular to

 1. A distribution forming method of claim 10, which is characterized in that, in the step ( ), the width and the straightness of the upper portion are applied.  1. The distribution forming method of requirement 1, which is characterized by 10 to 1.  1, the distribution of requirements 10 forming method, the step includes  ( ) will be along the inner surface of the distributed step ( ) to make it even.  1. The distribution forming method of claim 11 is characterized in that steps ( ) and steps ( ) are alternated to complete the most forming.  1. The distribution forming method of claim 11, which is characterized by a predetermined angle of 10 1 0 .  The distribution forming method of claim 11, wherein the step ( ) includes  The inner surface of the finely distributed edge will be evenly distributed.  0. Requirement 1 The distribution forming method is characterized in that the amount of force in the distribution forming step is the same.  1. The distribution of the requirement 0 is a forming method, which is characterized in that each time the lower force distribution is 0.01 times the lower amount in the forming step. Times.  The distribution forming method of claim 10 is characterized in that the material force black gold, the downward speed / / the material force has gold, the downward speed / /  The distribution forming method of claim 10 is characterized in that the inside is larger than the direction of the department and the department. The distribution forming method of claim 10, which is characterized in that before the distribution is formed, Medium or medium to form a medium having a predetermined depth.  The distribution forming method of claim 10 is characterized in that Hugh is formed.  The distribution forming method of claim 10 is characterized in that the internal strength of the work is greater than that of the department and the department.  The distribution forming method of claim 10 is characterized in that the force rectangle of the part is equal to the straight line of the rectangle, and the ratio of the rectangle is 0.0 to 0. .  The distribution forming method of claim 10 is characterized in that the ratio of the parts is 0.1 0. with.