TWM588048U - Vulcanizing machine reclaiming system - Google Patents

Abstract

The creation system discloses a vulcanizing machine reclaiming system, which includes a rubber vulcanizing machine, a material collecting device, and a control device. The rubber vulcanizing machine includes a machine body, a pushing module, a flip plate module, an ejection module, a clamping module, and a magnetic reclaiming module; the pushing module is movably disposed in the vulcanizing area of the machine body; the flip plate The module is pivotally connected to both sides of the machine body; the ejection module is adjacent to the vulcanization area; two clamping modules are movably arranged on the machine body; the first slide rail for magnetic reclaiming is provided on the machine body, and its The magnetic reclaimer is movably connected to the first slide rail; the material collection device is adjacent to the magnetic reclaimer. After the mold is vulcanized, the control device transmits control information to the rubber vulcanizing machine. The module, the flip module and the clamping module are used to displace or fix each part of the mold, and the ejection module is used to push and release. The plurality of vulcanized products in the material plate, and the magnetic material-receiving part adsorbs the plurality of vulcanized products by magnetic force and drives them to fall to the material collection device.

Description

Curing machine reclaiming system

This creation is about a material reclaiming system of a vulcanizing machine, and in particular, it is about a material reclaiming system of a vulcanizing machine with integrated magnetic module.

In the rubber vulcanization process, the rubber vulcanizing machine is a process of heating and pressurizing the mold with rubber materials in the vulcanization zone. When the rubber material receives the heat energy and pressure applied by the vulcanizing machine, it will be vulcanized in the mold. Through the various modules of the rubber vulcanizing machine to displace or fix each part of the mold, the vulcanization finished product is taken out of the process.

At present, the conventional rubber vulcanizing machine's reclaiming process uses a plate turning device to drive the upper mold of the mold, and the ejection device is ejected toward the mold release plate, so that the vulcanized product in the release plate falls off At this time, the operator manually picks it up; however, the vulcanized product after the vulcanization process still has a high temperature. When the operator's protective device is damaged or the operation mode does not meet the specifications, it will easily lead to its vulcanized product. Injured by high temperature, in addition, it also takes a lot of time by manual picking, so it will virtually increase the cost of production.

Synthesizing the above problems, the creator of this creation designed a vulcanizing machine reclaiming system to improve the lack of known technology, thereby enhancing the industrial implementation and utilization.

In view of the above-mentioned conventional problems, the purpose of this creation is to provide a vulcanizing machine reclaiming system, which includes a rubber vulcanizing machine, a material collecting device, and a control device. The rubber vulcanizing machine includes a machine body, a pushing module, a flip module, an ejection module, a clamping module, and a magnetic reclaiming module. Among them, the machine The system includes a vulcanization zone; the pushing module is movably arranged in the vulcanizing zone of the machine body; one end of the flap module is pivotally connected to both sides of the machine body; the ejection module is connected to the machine body and is adjacent to the machine body In the vulcanization zone, one ejection surface of the ejection module corresponds to the other end of the flip module; the two clamping modules are movably arranged on the machine body and adjacent to the two sides of the ejection module respectively; magnetic reclaiming The module system includes a first slide rail and a magnetic reclaimer. The first slide rail is provided on the machine body corresponding to one side of the ejection module. The magnetic reclaimer is movably connected to the first slide rail. The material collection device The control device is connected to the rubber vulcanizing machine adjacently; the control device is connected to the rubber vulcanizing machine; among them, the mold is located on one side of the moving module. After the mold is vulcanized, the control device transmits control information to the rubber vulcanizing machine, so that the moving module The mold is driven to move toward the ejection module, and the flip module drives the upper mold of the mold to move relative to the ejection surface, and the two clamping modules respectively clamp the two sides of the mold release plate and face Displacement relative to the ejection surface, The moving module drives the lower mold of the mold to return to its initial position, and the magnetic reclaimer moves along the first slide rail directly above the stripper plate and generates magnetic force, and the ejection module moves toward the stripper plate to push against The plurality of vulcanized products in the stripper plate, the magnetic reclaimer further absorbs the plurality of vulcanized products detached from the stripper plate by magnetic force, and then moves to the initial position along the first slide rail, and finally the magnetic reclaimer is released from the magnetic force. , And let a plurality of vulcanized products fall to the material collection device.

Preferably, the sliding module system may include a sliding platform and two second slide rails. One end of the two second slide rails is respectively disposed on both sides of the vulcanization zone, and the other ends of the two second slide rails are adjacent to the ejection respectively. On both sides of the module, the two sides of the pushing platform are respectively movably connected to the second and second slide rails. When the control device sends control information to the rubber vulcanizing machine, the pushing platform drives the mold along the second and second slide rails to eject the module. Directional displacement.

Preferably, the flip module may include a holding member and two rotating brackets. One end of the two rotating brackets is pivotally connected to the machine body, and the other end of the two rotating brackets is connected to the holding members. The mold is displaced in the direction of ejecting the module. One end of the two rotating brackets is rotated to drive the holder to move in a direction corresponding to the ejection surface. The holder is to hold the upper mold. One end of the two rotating brackets is rotated to drive the holder. The fixed upper plate mold is displaced in a direction relative to the ejection surface.

Preferably, the ejection module system may include a plurality of ejection pins, and the ejection pins are movably disposed in the ejection module. When the magnetic reclaiming member is displaced along the first slide rail to the ejection plate, Directly above and when a magnetic force is generated, the ejector pins are displaced toward the stripper plate to push against the plurality of vulcanized products in the stripper plate, and the plurality of vulcanized products are disengaged from the stripper plate.

Preferably, the control information system may include a displacement distance, a running speed, a rotation angle, a magnetic field strength, or a combination thereof.

Preferably, when the mold is located on one side of the pushing module and the pushing module is located in the vulcanization zone, one side of the lower plate die can bear on one side of the pushing module, and one side of the stripper plate bears on the lower plate die. On the other side, one side of the upper die is supported on the other side of the stripper plate.

Preferably, each clamping module system may include a plurality of first telescopic units and two clamping jaws, one end of the plurality of first telescopic units is movably disposed on the machine body, and the other end of the plurality of first telescopic units is The two clamping jaws are connected, and when the flip module drives the upper plate mold to be displaced relative to the ejection surface, two clamping jaws of each clamping module are used to clamp the stripper plate, and a plurality of first telescopic units are directed relative to the top. Displacement in frontal direction.

Preferably, each jaw system may include a plurality of adjustment units, and the actuation system of the plurality of adjustment units changes the opening size of each jaw.

Preferably, one end of the first slide rail is adjacent to one of the clamping modules, and the other clamping module is located between one end of the first slide rail and the other end of the first slide rail, and magnetically takes material. The piece is movably connected to the other end of the first slide rail.

Preferably, the magnetic reclaiming part may include a reclaiming body, a plurality of second telescopic units, and a magnetic adsorption unit. One side of the reclaiming body is movably connected to the first slide rail, and the corresponding portion of the reclaiming body corresponds to the ejection surface. One side is connected to one end of a plurality of second telescopic units, and the other end of the plurality of second telescopic units is connected to a magnetic adsorption unit. When the module is moved, the lower mold of the mold is returned to its initial position, and the system is taken along the first slide. The rail is displaced directly above the stripper plate. A plurality of second telescopic units drive the magnetic adsorption unit to move a predetermined distance toward one surface of the stripper plate with respect to the ejection surface. The magnetic adsorption unit generates magnetic force.

In summary, the vulcanizer reclaiming system of this creation has the following advantages: (1) Compared with the vulcanizing machine reclaiming system of the conventional creation, the vulcanizing machine reclaiming system of this creation contains a magnetic reclaiming module. When the turning plate module drives the mold Plate mold displacement, the two clamping modules respectively clamp the mold on both sides of the stripper plate, and when the module moves the mold under the mold to return to its initial position, the magnetic reclaimer can be displaced along the first slide rail It is directly above the stripper plate and a magnetic force is generated. At this time, the ejection module is moved toward the stripper plate so that a plurality of vulcanized products are separated from the stripper plate, and the plurality of vulcanized products are attracted to the magnetic material by magnetic force. At this time, the magnetic reclaimer can return to its original position along the first slide rail, and the magnetic force is released above the material collection device to cause the plurality of vulcanized products to fall into the material collection device; by this system configuration, operation The personnel does not need to manually pick up the plurality of vulcanized products ejected through the ejection module, but only needs to quickly and safely attract the plurality of vulcanized products by magnetic force through the magnetic reclaiming module, which not only increases the operational safety And at the same time Further increase production efficiency of the overall process.

In order to make the above-mentioned purpose, technical features, and gains after actual implementation more obvious and easy to understand, the following will be explained in more detail with better implementation examples supplemented by corresponding diagrams.

10‧‧‧Vulcanizing machine reclaiming system

20‧‧‧Rubber curing machine

30‧‧‧machine body

40‧‧‧Vulcanization zone

50‧‧‧Push Module

60‧‧‧Transfer platform

71‧‧‧The first slide

72‧‧‧ second slide

80‧‧‧Flip Module

90‧‧‧ holding parts

100‧‧‧ rotating bracket

110‧‧‧ ejector module

120‧‧‧ Top

130‧‧‧ Top Out

140‧‧‧ clamping module

150‧‧‧Jaw

161‧‧‧The first telescopic unit

162‧‧‧Second telescopic unit

170‧‧‧Magnetic Retrieval Module

180‧‧‧Retrieving body

190‧‧‧Magnetic adsorption unit

200‧‧‧mould

211‧‧‧Upper mold

212‧‧‧Release plate

213‧‧‧lower mold

220‧‧‧Material collection device

230‧‧‧control device

240‧‧‧Control Information

250‧‧‧ Vulcanized products

Figure 1 is a schematic diagram of a rubber vulcanizing machine based on the vulcanizing machine reclaiming system of this creation.

Figure 2 is a schematic diagram of the movement module of the vulcanizer reclaiming system according to this creation.

Figure 3 is a schematic diagram of the mold separation of the vulcanizing machine reclaiming system according to this creation.

Figure 4 is a schematic drawing of the magnetic reclaiming module of the reclaiming system of the vulcanizer according to this creation.

Figure 5 is a schematic diagram of the unloading of the magnetic reclaiming module of the reclaiming system of the vulcanizer according to this creation.

Figure 6 is a schematic diagram of the connection of the control device of the vulcanizer reclaiming system according to this creation.

In the description of this creation, it should be noted that the orientations or positional relationships indicated by the terms "middle" and "inner" are based on the orientations or positional relationships shown in the drawings, only for the convenience of describing the creation and simplifying the description. Rather than indicating or implying that the device or element referred to must have a specific orientation, construction and operation in a specific orientation, it cannot be understood as a limitation on this creation. In addition, if the terms "first" and "second" are used for descriptive purposes only, they should not be interpreted as indicating or implying relative importance.

In the description of this creation, it should be noted that the terms "setting", "link", "pivot", "adsorption", "displacement", "driving", "rotating" , "Producing", "pushing", "holding" and "holding" should be understood in a broad sense. For ordinary knowledgeable persons in the technical field, the specific meanings of the above terms in this creation can be understood on a case-by-case basis.

In the following, an embodiment of the vulcanizing machine reclaiming system created according to the present invention will be described with reference to related drawings. In order to facilitate understanding, the same components in the following embodiments are described with the same symbols.

Please refer to Fig. 1 to Fig. 6. Fig. 1 is a schematic diagram of the rubber vulcanizing machine of the vulcanizing machine reclaiming system of this creation, and Fig. 2 is the operation of the moving module of the vulcanizing machine reclaiming system of this creation. Schematic diagram, Fig. 3 is a schematic diagram of the mold separation of the reclaiming system of the vulcanizing machine of the creation, and Fig. 4 is a schematic drawing of the magnetic reclaiming module of the reclaiming system of the vulcanizing machine of the creation. The unloading schematic diagram of the magnetic reclaiming module of the creative vulcanizing machine reclaiming system. Figure 6 is the connection schematic diagram of the control device of the creative vulcanizing machine reclaiming system. As shown in the figure, the purpose of this creation is to provide a vulcanizing machine reclaiming system 10, which includes a rubber vulcanizing machine 20, a material collecting device 220, and a control device 230. The rubber vulcanizing machine 20 includes a machine body 30, a pushing module 50, a flip module 80, an ejection module 110, a clamping module 140, and a magnetic reclaiming module 170. Among them, the machine body 30 includes vulcanization Zone 40; pushing module 50 is movably set in vulcanizing zone 40 of machine body 30; one end of flap module 80 is pivotally connected to both sides of machine body 30; ejection module 110 is connected to machine body 30 is adjacent to the vulcanization zone 40, and one of the ejection surfaces 120 of the ejection module 110 corresponds to the other end of the flip module 80; the two clamping modules 140 are movably disposed on the machine body 30 and adjacent to the ejection module respectively. The two sides of the ejection module 110; the magnetic retraction module 170 includes a first slide rail 71 and a magnetic reclaimer, and the first slide rail 71 is disposed on one side of the machine body 30 corresponding to the ejection module 110, magnetically The material collecting device is movably connected to the first slide rail 71; the material collecting device 220 is arranged adjacent to the magnetic material collecting device; the control device 230 is connected to the rubber vulcanizing machine 20; In addition, the drawing of this creation shows the vulcanizing machine taking The main devices and modules of the material system 10, the components and modules of the conventional rubber vulcanizing machine 20 are not additionally drawn. The purpose of clarity and presentation of the major modules of the coupling device 10 of this relationship Creation Reclaimer vulcanizing system.

As shown in FIG. 1, after the rubber vulcanizing machine 20 vulcanizes the rubber material through the mold 200 in the vulcanization zone 40, the mold 200 is located on one side of the pushing module 50; at this time, the operator can control the device 230 Send the control information 240 to the rubber vulcanizing machine 20, so that the moving module 50 drives the mold 200 to move out of the module 110, as shown in FIG. 2; when the process of separating the mold 200 is to be turned, The plate module 80 drives the upper plate mold 211 of the mold 200 to be displaced relative to the ejection surface 120, and the two clamping modules 140 respectively clamp the two sides of the stripper plate 212 of the mold 200 and face the ejection surface 120. After the mold 200 has been subjected to the separation process, the magnetic retrieving module 170 can be used to move the lower mold 213 of the mold 200 back to its initial position. During the reclaiming process, the magnetic reclaimer is displaced along the first slide rail 71 directly above the stripper plate 212 and generates a magnetic force, and the ejection module 110 is moved toward the stripper plate 212 to push against the stripper plate 212. Of the plurality of vulcanized products 250, the magnetic reclaimer further adsorbs the plurality of vulcanized products 250 detached from the stripper plate 212 by magnetic force, as shown in FIG. 4; when the magnetic adsorption unit 190 of the magnetic reclaimer has adsorbed the plurality of For each vulcanized product 250, the unloading process can be performed. The magnetic reclaimer is moved to its initial position along the first slide rail 71, that is, as shown in Figure 5, the last magnetic reclaimer will be released from the magnetic force and let the plural Each vulcanized product 250 is dropped to the material collection device 220; With the magnetic material can be taken quickly module 170 by a plurality of magnetically attractable finished vulcanization 250, thus simultaneously increasing the operational safety and efficiency.

The sliding module 50 includes a sliding platform 60 and two second slide rails 72. One end of the two second slide rails 72 is disposed on both sides of the vulcanization zone 40, and the other ends of the two second slide rails 72 are adjacent to the top respectively. The two sides of the ejection module 110 and the two sides of the pushing platform 60 are respectively movably connected to the second and second slide rails 72. When the control device 230 transmits control information 240 to the rubber vulcanizing machine 20, the pushing platform 60 drives the mold 200 along the second The two slide rails 72 are displaced toward the ejection module 110; by pushing the module 50, the mold 200 can be driven back and forth between the vulcanization zone 40 and the ejection module 110. In addition, the pushing module 50 can include a plurality of fixings. The components are fixed to the lower mold 213 of the mold 200, so that it can be ensured that the mold 200 does not shake and change its position when the pushing module 50 moves.

The flip module 80 includes a holding member 90 and two rotating brackets 100. One end of the two rotating brackets 100 is pivotally connected to the machine body 30, and the other end of the two rotating brackets 100 is connected to the holding members 90. The module 50 drives the mold 200 to move toward the ejection module 110. One end of the two rotating brackets 100 rotates to drive the holder 90 to move in a direction corresponding to the ejection surface 120. The holder 90 holds the upper mold 211. One end of the rotating bracket 100 is rotated to drive the upper plate mold 211 held by the holder 90 to be displaced relative to the ejection surface 120. The holder 90 corresponds to one surface of the upper plate mold 211 and may include a plurality of fixing elements. When one end of the two rotating brackets 100 rotates to drive the holding member 90 to the preset position in the direction of the ejection surface 120, the fixing element can actively hold the upper plate mold 211, and the operator can also manually adjust the fixing tightness. In order to ensure that when the holding member 90 is displaced relative to the ejection surface 120, the upper mold 211 can be stably held on the holding member 90 without falling.

The ejection module 110 includes a plurality of ejection pins 130, and the plurality of ejection pins 130 are movably disposed in the ejection module 110. When the magnetic reclaiming member is displaced along the first slide rail 71 to the ejection plate 212 Directly above and when magnetic force is generated, the plurality of ejection pins 130 are displaced toward the stripper plate 212 to push against the plurality of vulcanized products 250 in the stripper plate 212, and the plurality of vulcanized products 250 are separated from the stripper plate 212; Among them, the arrangement of the plurality of ejection pins 130 can adaptively correspond to the space where the stripper plate 212 accommodates the cured product 250.

The control information 240 includes displacement distance, running speed, rotation angle, magnetic field strength or a combination thereof; that is, the operator can adjust the moving module 50, the flip module 80, the ejection module 110, and the two clamping modules according to the processing requirements. The displacement distance, running speed, or a combination of 140 and the magnetic picking module 170, and the adjustment of the rotation angle of the flip module 80, and the magnetic field strength of the magnetic force generated by the magnetic picking module of the magnetic picking module 170.

When the mold 200 is located on one side of the pushing module 50, and the pushing module 50 is located in the vulcanization zone 40, one side of the lower plate mold 213 is supported on one side of the pushing module 50, and one surface of the stripper plate 212 is supported on. The other surface of the plate mold 213 and the one surface of the upper plate mold 211 bear against the other surface of the stripper plate 212.

Each clamping module system includes a plurality of first telescopic units 161 and two clamping jaws 150. One end of the plurality of first telescopic units 161 is movably disposed on the machine body 30, and the other end of the plurality of first telescopic units 161 is The two clamping jaws 150 are connected. When the flip plate module 80 drives the upper plate mold 211 to be displaced relative to the ejection surface 120, the two clamping jaws 150 of each clamping module 140 are used to clamp the stripper plate 212. The telescopic unit 161 is displaced in a direction relative to the ejection surface 120. In addition, each of the clamping jaws 150 may include a plurality of adjusting units, and the actuating system of the plurality of adjusting units may change the opening size of each clamping jaw 150. The adjusting unit may be a bolt. And nuts.

One end of the first slide rail 71 is adjacent to one of the clamping modules. The other clamping module is located between one end of the first slide rail 71 and the other end of the first slide rail 71. It is movably connected to the other end of the first slide rail 71.

The magnetic reclaiming part includes a reclaiming body 180, a plurality of second telescopic units 162, and a magnetic adsorption unit 190. One side of the reclaiming body 180 is movably connected to the first slide rail 71, and the corresponding side of the reclaiming body 180 corresponds to the ejection surface. One surface of 120 is connected to one end of the plurality of second telescopic units 162, and the other end of the plurality of second telescopic units 162 is connected to the magnetic adsorption unit 190. When the module 50 is pushed, the lower mold 213 of the mold 200 is returned to its initial position. The picking body 180 is displaced along the first slide rail 71 directly above the stripper plate 212, and the plurality of second telescopic units 162 drive the magnetic adsorption unit 190 toward one of the stripper plates 212 relative to the ejection surface 120. Distance, the magnetic adsorption unit 190 generates magnetic force to adsorb a plurality of vulcanized products 250; the preset distance can be adjusted according to the size of the stripper plate 212 and the vulcanized product 250 to prevent the vulcanized product 250 from being magnetically attracted to the magnetic adsorption unit At 190 hours it was damaged due to excessive collision force.

The vulcanizing machine reclaiming system 10 of this creation is compared with the conventional reclaiming system of the vulcanizing machine. The vulcanizing machine reclaiming system 10 of this creation contains a magnetic reclaiming module 170. When the flip module 80 drives the mold 200 The upper mold 211 is displaced, and the two clamping modules 140 clamp the two sides of the stripper plate 212 of the mold 200 respectively. When the module 50 is moved and the module 50 is moved back to its initial position by the module 50, the magnetic reclaimer can be moved along the first slide rail 71 to directly above the stripper plate 212 and generate magnetic force. At this time, the module is ejected. 110 is moved toward the stripper plate 212 to disengage the plurality of vulcanized products 250 from the stripper plate 212, and the plurality of vulcanized products 250 will be attracted by the magnetic force and attached to the magnetic reclaiming member. A slide rail 71 returns to its initial position, and the magnetic force is released above the material collection device 220 to cause the plurality of vulcanized products 250 to fall into the material collection device. With this system configuration, the operator does not need to manually pick up The plurality of vulcanized products 250 ejected by the ejection module 110 can be quickly and safely attracted by the magnetic force with the magnetic reclaiming module 170, which not only increases the operation safety, but also further Increase the production efficiency of the overall process.

The above description is exemplary only, and not restrictive. Any revisions or changes made to this creation without departing from the spirit and scope of this creation shall be included in the scope of patent application attached.

Claims (10)

A vulcanizing machine reclaiming system includes: a rubber vulcanizing machine, including: a machine body, including a vulcanizing zone; a pushing module, which is movably disposed in the vulcanizing zone of the machine body; One end of the plate module is pivotally connected to both sides of the machine body; an ejection module is connected to the machine body and is adjacent to the vulcanization area, and one of the ejection surfaces of the ejection module corresponds to the The other end of the flip module; two clamping modules are movably arranged on the machine body and adjacent to the two sides of the ejection module respectively; a magnetic reclaiming module includes: a first slide A rail is provided on one side of the machine body corresponding to the ejection module; and a magnetic reclaimer is movably connected to the first slide rail; a material collection device is disposed adjacent to the magnetic reel And a control device connected to the rubber vulcanizing machine; wherein, a mold is located on one side of the moving module, and after the mold is vulcanized, the control device transmits control information to the rubber vulcanizing machine, so that The pushing module drives the mold toward the ejection module And the flip module drives one of the upper molds of the mold to be displaced in a direction relative to the ejection surface, and the two clamping modules respectively clamp both sides of a stripper plate of the mold and face each other. Displacement in the direction of the ejection surface, and then the push module drives one of the lower molds of the mold to return to its initial position, and the magnetic reclaiming member is displaced along the first slide rail directly above the stripper plate and generates a Magnetic force, and the ejection module is moved toward the stripper plate to push against the plurality of vulcanized products in the stripper plate, and the magnetic reclaimer further adsorbs the plurality of vulcanizations detached from the stripper plate by the magnetic force. The finished product is moved along the first slide rail to its initial position, and finally the magnetic reclaimer is released from the magnetic force, and the plurality of vulcanized finished products are dropped to the material collection device. The vulcanizing machine reclaiming system as described in item 1 of the scope of patent application, wherein the moving module includes a moving platform and two second slide rails, and one end of the two second slide rails is respectively disposed in two of the vulcanization zone. Side, the other ends of the two second slide rails are respectively adjacent to both sides of the ejection module, and the two sides of the pushing platform are respectively movably connected to the two second slide rails. When the control device transmits the control information, To the rubber vulcanizing machine, the moving platform drives the mold to move along the two and second slide rails toward the ejection module. The vulcanizing machine reclaiming system according to item 1 of the scope of the patent application, wherein the flap module includes a retaining member and two rotating brackets, and one end of the two rotating brackets is pivotally connected to the machine body, and the two rotating The other end of the bracket is connected to the holding member. When the pushing module drives the mold to move in the direction of the ejection module, the ends of the two rotating brackets are rotated to drive the holding member in a direction corresponding to the ejection surface. Displacement, the holder is used to hold the upper plate mold, and the ends of the two rotating brackets are rotated to drive the upper plate mold held by the holder to be displaced relative to the ejection surface. According to the vulcanizing machine reclaiming system described in item 1 of the scope of patent application, the ejection module includes a plurality of ejection pins, and the ejection pins are movably disposed in the ejection module. When the magnetic reclaimer is displaced along the first slide rail directly above the stripper plate and the magnetic force is generated, the plurality of ejection pins are displaced in the direction of the stripper plate to push against the stripper plate. The plurality of vulcanized products are separated from the stripper plate. The vulcanizing machine reclaiming system according to item 1 of the scope of patent application, wherein the control information includes displacement distance, operating speed, rotation angle, magnetic field strength, or a combination thereof. The vulcanizing machine reclaiming system according to item 1 of the scope of the patent application, wherein when the mold is located on the side of the pushing module, and the pushing module is located in the vulcanizing area, one side of the lower die is supported by On one side of the pushing module, one side of the stripper plate is abutted on the other side of the lower plate mold, and one side of the upper plate mold is abutted on the other side of the stripper plate. The vulcanizing machine reclaiming system according to item 1 of the scope of patent application, wherein each of the clamping modules includes a plurality of first telescopic units and two clamping jaws, and one end of the plurality of first telescopic units is movably disposed at In the machine body, the other ends of the plurality of first telescopic units are connected to the two clamping jaws. When the flip module drives the upper plate mold to move in a direction relative to the ejection surface, The two clamping claws clamp the stripper plate, and the plurality of first telescopic units are displaced in a direction relative to the ejection surface. According to the vulcanizing machine reclaiming system described in item 7 of the scope of patent application, each of the clamping jaws includes a plurality of adjustment units, and the plurality of adjustment units actuate a system to change the opening size of each of the clamping jaws. The vulcanizing machine reclaiming system according to item 1 of the patent application scope, wherein one end of the first sliding rail is adjacent to one of the clamping modules, and the other clamping module is located on the first sliding rail. Between the end of the first slide rail and the other end of the first slide rail, and the magnetic picking member is movably connected to the other end of the first slide rail. The vulcanizing machine reclaiming system according to item 1 of the scope of the patent application, wherein the magnetic reclaiming unit includes a reclaiming body, a plurality of second telescopic units and a magnetic adsorption unit, and one side of the reclaiming body is movable. Ground the first slide rail, one side of the reclaiming body corresponding to the ejection surface is connected to one end of the plurality of second telescopic units, and the other end of the plurality of second telescopic units is connected to the magnetic adsorption unit, when The pushing module drives the lower die of the die to return to its initial position, the feeding system moves along the first slide rail directly above the stripper plate, and the plurality of second telescopic units drive the magnetic adsorption The unit is displaced a predetermined distance toward a surface of the stripper plate opposite to the ejection surface, and the magnetic adsorption unit generates the magnetic force.