TWM422467U - Tire forming machine with split-flow ring - Google Patents

Description

V. New description: [New technical field] This creation mainly reveals a tire forming machine with a split ring. [Prior Art] In the manufacturing process of tires, it can be divided into five major processes: “refining – extruding calendering – cutting 4 plus sulfur”. The vulcanization process is to place the air bag into the inflation molding device of the vulcanizer and to fix the air bag to the inflation molding device by the mandrel of the cylinder. The heating and pressurization of the vulcanizer allows the rubber to react with the sulfur to obtain the desired strength and elasticity, and to shape the air bag, and the shape of the tire surface is completed. When the vulcanizer is filled with gas, the gas is introduced into the inflation molding device from the gas pipe. When the gas is released from the gas pipe, the gas is filled in the entire inflation molding device, and the gas is easily pressed by the inner wall of the gas bag due to the lack of the guiding device. Uneven, the gas can not enter the air bag evenly, and the pressure on some parts of the inner wall of the air bag is high. Moreover, the gas is easily wetted to the outside of the inflation molding device, resulting in waste of effective gas, and the purpose of selecting the air bag to a predetermined shape incompletely, and the molding method cannot satisfy the tire molding operation for pursuing productivity. The user's request has to be improved. Therefore, this creation wants to ask questions about the previous skills of the lion. [New content] M422467 To solve this creation, it is necessary to provide a problem with the prior art of the wheel forming with the shunt ring. The technical problem that the machine first solves is that the gas is introduced into the air bag, so that the gas can enter the flow ring and can be second and L, and the right gas can be wasted, and the film can be completed within a predetermined time. 5 . For the purpose of pre-determining the shape, the tire-forming method for the production of the tire can be used to meet the requirements of the user, and can be:::

The technical problem to be solved by the present invention is that when the gas is poured, the gas is inflated by the gas pipe through the gas passage, and when the gas is discharged, the gas enters the cavity of the branch ring and circulates in the annular groove. And the gas condensate = the annular groove enters the domain splitting hole, and the gas is lifted by the lower jaw in the Wei pipe, and the gas of the annular groove of the Qijin people has a force of upward-rising, and the split hole is inclined. The diverting hole is inclined from the first end toward the second side so that the gas can be pulled upward by the gas in the trachea

The gas circulating in the surface groove enters the air bag through the inclined diversion hole. The four-inflating surface device allows the gas to evenly spread the air bag, so that the inner wall of the air bag is evenly stressed. The new technical problem to be solved is that when the gas continues to be poured into the airbag =, the gas enters the air bag through the non-radially arranged split holes, each of which is inclined in the same direction, the shunt The direction in which the hole is inclined helps the gas to enter the wall of the air bag or to abut against the wall surface of the inflatable molding device after passing through the diverting hole and entering the gas and air plate along the virtual axis of the diverting hole. The angle at which the split holes are inclined can help the gas to fill the air bag and achieve the purpose of quickly inflating the air bag and rapidly forming the air bag into a predetermined shape. Another technical problem to be solved in this creation is that 'the shunt ring can guide the gas into the air bag, so that the gas does enter the air bag, and the waste of the effective gas can be avoided, and the air bag can be completed within a predetermined time. The purpose of propping up to a predetermined shape is that for the tire-forming operation for the pursuit of productivity, such a wealth of money is sufficient to meet the requirements of the time, and is in line with the expectations of the user. The advantages and the novel features of the present invention will be more apparent from the following detailed U/, related drawings. [Embodiment] Hand-Feng and its effects, one is for illustrative purposes only. Use, in patent

With this inflatable molding, the technology of the sword is used as a household, and the details of the embodiment are as follows. The application is not involved, and the gas can be evenly opened by the M422467 device 2, so that The inner wall of the air bag 6 is subjected to a force average. At the same time, referring to FIG. 3 to FIG. 7 , a perspective view and a cross-sectional view of the creation split ring and a schematic diagram of the use of the tire forming machine with the split ring are shown. The shunt ring 1 is provided with a plurality of non-radially arranged split holes 11 through which the gas in the gas pipe 5 is passed into the air bag 6. The diverting hole 11 is provided with a virtual axis S, the virtual axis S is not directed to the center 0 of the shunt ring 1, and the plurality of diverting holes 11 are arranged obliquely, and the virtual axis S of the plurality of diverting holes 11 is disposed in the ring The center 0 of the shunt ring 1. The angle between the virtual axis S and the horizontal plane is greater than 0 degrees. The shunt ring 1 includes a bottom portion 12, a flange 13 and a receiving groove 14. The flange 13 is annularly disposed on the bottom portion 12. The receiving groove 14 is located between the bottom portion 12 and the flange 13. The bottom portion 12 is provided. There is a hole 121 and a through hole 122. The hole 121 and the hole 122 are bored in the bottom portion 12. The hole 121 is located at the center 0 of the branch ring 1. The flange 13 is provided with an inner circumference 131, an outer circumference 132 and a top surface 133. The top surface 133 connects the inner circumference 131 and the outer circumference 132. The distribution hole 11 is disposed through the inner circumference of the flange 13. The first end 111 of the diverting hole 11 corresponds to the inner periphery 131, and the second end 112 of the diverting hole 11 corresponds to the outer periphery 132. The diverting hole 11 includes a first end 111 and a second end 112. The outer circumference 132. The distance between the second end 112 of the split hole 11 and the top surface 133 is smaller than the distance between the first end 111 of the split hole 11 and the top surface 133. The cavity 14 surrounds the bore 121, and the inner periphery 131 surrounds the cavity 6

In the present embodiment, the hole 121 of the shunt ring is provided with a backing ring. The mandrel 3Qi is sleeved, and the collar 丨5 is fixed to the mandrel 3〇1. The pressing member 4 is provided with a special part, and the protruding portion is disposed in the receiving groove 14'. The protruding portion does not correspond to the perforation 122, 4 )) / Γ ^ σ Μ (Π does not contact the air tube 5, the yoke An annular groove is formed between the protrusions of the pressing member 4, and the gas core groove 14 in the air tube 5 is broken by the protrusion and the inside of the flange η.

The through hole 122 is parallel to the hole 121, and the hole 122 and the hole 121 are communicated with the groove 14'. The mandrel 3〇1 is bored in the hole a. The air pipe 5 is coupled to the hole. 122. The hole 121 can be directly coupled to the mandrel 3〇1, so that the mandrel 3〇1 directly drives the shunt ring 1 to move up and down. The shunt ring can also be coupled to the pressing member 4, and when the mandrel 3〇1 drives the pressing member 4 to move up and down, the U-shaped pressing member 4 synchronously drives the shunt ring 1 to move up and down. The %-shaped groove M' domain between 11131 directly enters the 5-well inflatable molding apparatus 2 via the orifice 11. When the z-wheel t-molding machine is in operation, the mandrel of the cylinder 3 is torn upwards to push the abutment member 4 up, and the diverting ring is moved upward by the mandrel 3〇1, and the mandrel is The air tube 5 is moved up. In the case of the type 4, the body is inflated into the tank 14 when the gas is released from the gas pipe 5, the gas enters the split ring 1 and enters the diagnosis VIII 1 and follows the ring groove 且 'and the gas Through the annular groove, the gas entering the hole 1丨' is lifted from the bottom up in the gas pipe 5, and the gas of the groove has a force of rising upwards, and the flow hole 11 is Tilted, and the diverting hole u is inclined upward by the first end (1) along the second end 112 of the j, so that the gas can drive the gas circulating in the annular groove M through the force of the upward movement of the gas pipe 5 The inclined two-hole 丨1 enters the air bag 6, and the air-molding device 2 allows the air-bag to be evenly opened, so that the inner wall of the air bag 6 is subjected to a force average. When the oxygen is continuously poured into the air bag 6, the gas enters the air bag 6 through the non-radially arranged split holes 11, and each of the split holes is inclined in the same direction, and the direction in which the split holes 11 are inclined helps After passing through the split hole 11 , the gas enters the air bag 6 along the virtual axis s of the split hole 11 , and the gas enters the air bag 6 and is disposed on the wall surface of the air bag 6 or abuts against the wall surface of the inflatable molding device 2 . The angle at which the split holes 11 are inclined can help the gas to fill the air bag 6, and I achieve the purpose of rapidly inflating the air bag 6, and the air bag 6 can be quickly strolled into a predetermined shape. The present invention is capable of guiding the gas into the air bag 6 by the shunt ring 1 to allow the gas to enter the air bag 6, thereby avoiding waste of the effective gas, and capable of completing the predetermined shape of the air bag within a predetermined time. The purpose of the tire-forming operation for the pursuit of production capacity, the way of the Bibi can meet the requirements of the user, and can meet the expectations of use. According to the above, Henry has the following advantages: I created a tire forming machine with a split ring, through which the gas is introduced into the air bag, so that the gas actually enters the air bag. , and can avoid the waste of I / 7 effective gas and the ability to complete the shape of the shape of the airbag in a predetermined time. For the pursuit of capacity tires: such a way to satisfy the user The requirements can meet the expectations of the users. 2. The tire forming machine with a split ring, when the gas is injected, the gas is introduced into the inflation molding device from the gas pipe, and when the gas is discharged from the gas pipe, the gas enters the cavity of the distribution ring and circulates. The annular groove, and the gas enters the diversion hole through the annular groove, and the gas enters the annular pipe from the bottom up, so that the gas entering the annular groove has an upwardly rising force, and the diversion hole is Tilting, and the diverting hole is inclined upward from the first end toward the second end, so that the gas can drive the gas circulating in the annular groove to pass through the inclined diverting hole by the upward force of the inside of the trachea In the air bag, the gas molding device can uniformly spread the air bag and force the inner wall of the air bag to be evenly distributed. 3. The tire forming machine with a split ring, when gas is continuously poured into the air bag, the gas enters the air bag through the non-radially arranged split holes, and each of the split holes is inclined toward the same direction, the split hole The direction of the inclination helps the gas to enter the air bag after passing through the diverting hole along the virtual axis of the diversion hole. After the gas enters the air bag, it will abut against the wall surface of the air bag or abut against the wall surface of the inflatable molding device. The angle at which the holes are inclined can help the gas to fill the air bag and achieve the purpose of rapidly inflating the air bag and rapidly forming the air bag into a predetermined shape. 4. The tire forming machine with a split ring can guide the gas into the air bag through the shunt ring, so that the gas can actually enter the air bag, and the waste of effective gas can be avoided, and the time can be completed within a predetermined time. The air bag is opened to a predetermined shape. For the tire forming operation in pursuit of productivity, such a molding method can meet the requirements of the user and can meet the expectations of the M422467 user. Only the above mentioned, in order to limit the scope of the implementation of this creation, the secret = the case has been 'when the replacement can not be replaced, or according to the material request; = change or equivalent element decoration, should be side handle type special cover The change of the scale of the =_ and the repair [simplified description of the figure] Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6: This is a schematic diagram of the tire forming machine with a split ring. This is an enlarged view of the details taken from Figure 1. This is a three-dimensional appearance of the creative shunt ring. This is a cross-sectional view of the creative shunt ring. Schematic diagram of the use of a tire building machine with a split ring. Create a detailed view of the detail taken from Figure 5. Create a cross-sectional view taken from the 7-7 section of Figure 6. This is the original [main component symbol description] 1 shunt ring 11 shunt hole 111 first end 112 second end 12 bottom 121 hole 122 perforation 13 flange 131 inner periphery 132 outer periphery 133 top surface 14 cavity 15 槪Ring S virtual axis 0 center M422467

环形 Annular groove 2 Inflator molding device 3 Actuator 301 spindle 4 Pressing member 401 protrusion 5 Trachee 6 Air bag 11

Claims (1)

M422467 VI. Patent Application Range: 1. A tire building machine with a split ring, comprising a split ring, an inflation molding device, an actuating cylinder, a pressing member and a gas pipe, and the inflation molding device is provided with an air bag. The actuating cylinder is provided with a mandrel which is longitudinally movable relative to the inflatable forming device, the mandrel, the diverting ring and the pressing member are combined, and the pressing member is disposed at one end of the mandrel, A gas pipe is coupled to the shunt ring, the gas pipe is for passing gas, and the gas is introduced into the air bag through the shunt ring to expand the air bag to a predetermined shape. 2. The tire building machine with a split ring according to claim 1, wherein the flow dividing ring is provided with a plurality of split holes through which gas in the gas pipe is introduced into the air bag. 3. The tire building machine with a split ring according to claim 2, wherein the split hole is provided with a virtual axis that does not point to the center of the split ring. 4. The tire building machine with a split ring according to claim 3, wherein the plurality of split holes are arranged obliquely, and the virtual collar of the plurality of split holes is disposed at a center of the split ring. 5. The tire building machine with a split ring according to claim 3, wherein the angle between the virtual axis and the horizontal plane is greater than 0 degrees. 6. The tire building machine with a shunt ring according to claim 3, wherein the shunt ring is provided with an inner circumference, an outer circumference and a top surface, the top surface connecting the inner circumference and the outer circumference, the distribution hole And disposed on the inner circumference and the outer circumference, the diverting hole includes a first end and a second end, and a distance between the second end of the diverting hole and the top surface is smaller than the first end of the diverting hole and the The distance between the top surfaces. 12 M422467. The tire forming machine with a shunt ring according to claim 6, wherein the shunt ring is provided with a hole, a perforation and a receiving groove, the hole is located at a center of the shunt ring, and the groove surrounds The through hole surrounds the pocket, the through hole is parallel to the hole, and the through hole and the hole penetrate the jhai shunt ring, and the hole and the hole are connected to the cavity, A mandrel is threaded through the bore, and the air tube is coupled to the bore. 8. The tire building machine with a split ring according to claim 7, wherein the shunt ring comprises a bottom portion and a flange, the flange including the inner circumference, the outer circumference and the top surface, the flange ring In the bottom portion, the through hole and the through hole are bored in the bottom portion, and the receiving groove is located between the bottom portion and the flange, and the diverting hole is bored in the flange. 9. The tire building machine with a shunt ring according to claim 7, wherein a hole of the shunt ring is provided with a backing ring, the collar is sleeved with the mandrel, and the collar is fixed with the mandrel . 10. The tire building machine with a shunt ring according to claim 1, wherein the pressing member is provided with a protrusion, the shunt ring is provided with a perforation and a receiving groove, the perforation penetrating the shunt ring, the perforation Connecting the cavity, the air pipe is coupled to the through hole, the protrusion corresponding to the receiving groove, the protruding portion is not correspondingly perforated, so that the protruding portion does not contact the air pipe, the protruding portion of the pressing member and the shunt ring An annular groove is formed therebetween, the gas in the gas pipe is confined to the annular groove, and the gas directly enters the inflation molding device via the distribution hole. 13