CN108787040A

CN108787040A - A kind of intelligentized method and apparatus for moulding the material of heat treatment

Info

Publication number: CN108787040A
Application number: CN201810646270.8A
Authority: CN
Inventors: 朱林祥
Original assignee: Pujiang Sound Technology Co Ltd
Current assignee: Pujiang Sound Technology Co Ltd
Priority date: 2018-06-21
Filing date: 2018-06-21
Publication date: 2018-11-13

Abstract

The invention discloses a kind of intelligentized method and apparatus for moulding the material of heat treatment, including apparatus main body and the agitating device being set in described device main body, the agitating device includes the first cavity being set in described device main body, it is provided with first sliding block that can slide up and down in first cavity, it is provided with the second cavity in first sliding block, stirring-head is rotatably provided in second cavity, the lower end of the stirring-head is fixedly connected with link block；It needs to use multiple additives carrying out the when of moulding heat treatment, and in order to reach the optimum efficiency of plasticity heat treatment, it is generally necessary to these additives be crushed in the hope of reaching best using effect, traditional mode that blends is by manually carrying out blending grinding by some easy milling apparatus, working efficiency is relatively low and time-consuming and laborious in this way, and the present invention is directed to design a kind of device ground and will crush the additive completed blowout automatically that full automatic can be carried out to additive.

Description

A kind of intelligentized method and apparatus for moulding the material of heat treatment

Technical field

It is specifically a kind of intelligentized for moulding the material of heat treatment the present invention relates to moulding technical field of heat treatment Method and apparatus.

Background technology

Need to use multiple additives carrying out the when of moulding heat treatment, and in order to reach the optimum efficiency of plasticity heat treatment, It is generally necessary to these additives be crushed in the hope of reaching best using effect, traditional mode that blends is by manually borrowing Some easy milling apparatus are helped to carry out blending grinding, such working efficiency is relatively low and time-consuming and laborious, therefore designing one kind can It is full automatic to carry out grinding and automatically intelligentized being used for the one kind for crushing the additive completed blowout to additive Mould the method and apparatus of the material of heat treatment it is really necessary to.

Invention content

Technical problem to be solved by the invention is to provide a kind of intelligentized methods for moulding the material of heat treatment And device, the problems in above-mentioned present technology can be solved.

The present invention is achieved through the following technical solutions：The present invention's is a kind of intelligentized for moulding heat treatment The method and apparatus of material, including apparatus main body and the agitating device that is set in described device main body, the agitating device Including the first cavity being set in described device main body, it is provided with first sliding block that can slide up and down in first cavity, It is provided with the second cavity in first sliding block, stirring-head is rotatably provided in second cavity, the stirring-head Lower end is fixedly connected with link block, and the lower end of the link block is extended outside the downside end face of first sliding block and is fixedly connected There is the first rotation connection block, what is be connected in the left and right sides inner wall of first cavity is provided with third cavity, the third The first leading screw is rotatably provided in cavity, the lower end power mating connection of first leading screw is empty in being set to described first In driving device on the downside of chamber in inner wall, at left and right sides of first sliding block lower end of end face be fixedly connected with extension be passed through it is described The second sliding block being connected in third cavity and with first threads of lead screw, the driving device includes the setting being connected The 4th cavity in the downside inner wall of first cavity is provided with the third cunning that can slide up and down in the 4th cavity Block, be provided in the third sliding block opening upwards and with the first rotation connection matched first spline of block, it is described It is provided with the cone tooth socket that Open Side Down in the downside of third sliding block, is fixedly installed in the downside inner wall of the 4th cavity The upper end of one motor, the first motor is connected with and the matched first cone tooth of the cone tooth socket by shaft power Wheel, the downside of the first motor and is provided with the 5th cavity in the described device main body, rotatable in the 5th cavity Be provided with second bevel gear, medianly zygomorphic be provided with of the second bevel gear is meshed with the second bevel gear Third hand tap gear, the third hand tap gear is fixedly connected with the first rotation axis on the end face far from the first motor side, What is be connected in the left and right sides inner wall of 5th cavity is provided with the 6th cavity, the 6th cavity and the 5th cavity Between be connected be provided with the first rotation slot, the second rotation connection block is rotatably provided in the 6th cavity, it is described The one end of first rotation axis far from the first motor is fixedly connected on described second turn after extending through first rotation slot It is remote that dynamic link block is rotatablely connected block on the end face of the first motor side, in the 6th cavity and positioned at described second Side from the first motor is rotatably provided with third rotation connection block, and third rotation connection block is far from described the The second rotation axis, the inner wall of the 6th cavity far from the first motor side are fixedly connected on the end face of one motor side What is be inside connected is provided with the 7th cavity, is provided with arrangement of clutch in the 7th cavity, wherein second rotation axis is separate One end of the first motor is connected on the arrangement of clutch, and fixing device is provided in described device main body.

The arrangement of clutch includes the Four-slider being set in the 7th cavity, institute as a preferred technical solution, It states and is fixedly connected with the first bullet between end face and the inner wall of the 7th cavity of the Four-slider far from the first motor side Spring, is provided with the 8th cavity in the inner wall of the 7th cavity far from the first motor side, setting in the 8th cavity There is the 5th sliding block, what the 8th cavity was connected in the inner wall of the first motor side is provided with the 9th cavity, institute It states the 5th sliding block and is fixedly connected with the 6th for extending and being passed through in the 9th cavity on the end face of the first motor side Sliding block, being provided with for being connected in the inner wall of the 9th cavity far from the 8th cavity side first are begun to speak, and the described 8th Second that opening upwards are provided in the upper inside walls of cavity is begun to speak, and the described second downside inner wall begun to speak is begun to speak with described first Between be connected be provided with oil pipe, described second begin to speak in be provided with the 7th sliding block that can slide up and down, the described 7th slides The pushing block for extending and being passed through in first cavity is fixedly connected on the upside end face of block, wherein second rotation axis is separate One end of the first motor extends through the Four-slider and and extends after the inner wall for extending through the 7th cavity By the 5th sliding block, second rotation axis is rotatably assorted with the Four-slider to be connect and is rotated with the 5th sliding block It is connected, is fixedly connected with third rotation axis on the described one end of second rotation axis far from the first motor, the described 8th Cavity is provided with third in the inner wall far from the first motor side and begins to speak, the third begin to speak in the 8th cavity It is rotatably provided with the 4th rotation axis between wall, opening is provided in the 4th rotation axis towards the first motor side The second spline, one end far from the first motor of the third rotation axis extend be passed through in second spline and with The inner wall spline fitted of second spline connects, and the one end of the 4th rotation axis far from the first motor is fixedly connected There is the 4th bevel gear of the interior rotation that can begin to speak in the third, the third is begun to speak interior rotatable be provided with and the 4th cone The 5th bevel gear that gear is meshed, extension is fixedly connected on the upside end face of the 5th bevel gear, and to be passed through the third empty Intracavitary and the 5th rotation axis being connect with the lower end secure fit of first leading screw.

Opening is provided in the second rotation connection block be directed away from the first motor as a preferred technical solution, First turn of chamber of side, first turn of chamber are fixedly connected with the first switch block, institute on the inner wall of the first motor side It states in third rotation connection block and is provided with second turn chamber of the opening towards the first motor side, second turn of chamber is far from institute It states and is fixedly installed the second switch block on the inner wall of first motor side, opening is provided in second switch block towards described first The third of motor side turns chamber, and one end extension of first switch block far from the first motor is passed through the third and turns intracavitary simultaneously Turn the third switch block that the inner wall ratchet of chamber is connected with the third, wherein when the third switch block reversion, the third of rotation Switch block can drive second switch block to rotate, and when the third switch block rotates forward, the third switch block turns with the third in chamber It is slidably connected between wall, wherein the second rotation connection block is provided on the end face far from the first motor side Skewed slot, the third rotation connection block are provided with and are set to second rotation on the end face of the first motor side The connected matched flume structure of skewed slot.

It is provided in the upper inside walls of the third cavity and is connected with first cavity as a preferred technical solution, The 4th begin to speak, be provided with ramp structure on the described 4th downside inner wall begun to speak, it is solid on the upside end face of first sliding block Surely it is connected with the first fixed block, the upper inside walls for extending through second cavity and connection are provided in first fixed block Second cavity and extraneous first through hole, what is be connected in the left and right sides inner wall of the first through hole is provided with positioned at institute State second through-hole of in the second cavity upper inside walls and left and right through setting, being provided in second through-hole can horizontally slip First sliding shoe, one end far from the first through hole of first sliding shoe extend be passed through the described 4th begin to speak in and with it is described 4th inner wall begun to speak abuts against, and being provided with for being connected in the downside inner wall of second through-hole the 5th is begun to speak, and described first It is fixedly connected with to extend on the downside end face of sliding shoe and is passed through the described 5th and begins to speak interior the second sliding shoe, the second sliding shoe Close to the first through hole side end face and the described 5th begin to speak between be fixedly connected with second spring, described device main body It is fixedly installed the second fixed block on the end face of upside, it is perforative up and down in second fixed block to be provided with and described first fixes The matched third through-hole of block, being provided with for being connected in the left and right sides inner wall of the third through-hole the 6th are begun to speak, and described Six begin to speak in be provided with the third sliding shoe that can be horizontally slipped, be provided with inclined-plane knot on the downside end face of the third sliding shoe Structure, the described 6th begins to speak, and being provided with of being connected in the inner wall far from the third through-hole side the 7th is begun to speak, and the third is slided Motion block is fixedly connected with to extend on the end face far from the third through-hole side and is passed through the described 7th and begins to speak the 4th interior sliding shoe, 4th sliding shoe is fixedly connected between end face and the 7th inner wall begun to speak far from the third through-hole side Three springs.

Drawing mechanism, the discharging dress are provided in the rear side inner wall of first cavity as a preferred technical solution, It sets including the pre-and post perforative fourth hole being set on rear side of first cavity in inner wall, wherein after second cavity It is pre-and post perforative in the inner wall of side to be provided with the fifth hole that be connected with the fourth hole, it is rotatable in the fourth hole Be provided with change, flabellum is fixedly installed on the inner ring wall of the change, is provided in the side inner wall of the fourth hole Second rotation slot is fixedly connected with the first moving block for extending and being passed through in second rotation slot in the collar wall of the change, Being provided with for being connected in the upper inside walls of second turn trough the 8th is begun to speak, the described 8th begin to speak it is interior it is rotatable be provided with The first gear that the collar wall of first moving block is meshed, the first gear are connected by rotational power in fixation It is arranged on the second motor in the rear side inner wall begun to speak the described 8th.

It is fixedly installed the first electromagnet on the downside end face of the third sliding block as a preferred technical solution, it is described Be fixedly installed in the downside inner wall of 4th cavity with matched second electromagnet of first electromagnet, when the present apparatus start When, first electromagnet and second electromagnet obtain electric and mutually exclusive.

What is be connected in the 4th cavity inner wall as a preferred technical solution, is provided with the first sliding groove of annular, institute State the first slider guide for being fixedly connected on the left and right sides end face of third sliding block and extending and being passed through in the first sliding groove.

As a preferred technical solution, described second begin to speak in be filled with hydraulic oil liquid.

The fixing device includes being fixedly connected on end face at left and right sides of described device main body as a preferred technical solution, The fixed plate of lower end, perforative up and down in the fixed plate to be provided with mounting hole, the present apparatus can be consolidated by the mounting hole It is fixed.

Described method includes following steps：When carrying out moulding the grinding of heat treatment material by the present apparatus, pass through at this time outer The pad device connect carries out moulding into the second cavity the supplement of the material of heat treatment, and when supplement finishes, first motor starts, into And second bevel gear rotation is driven by shaft, and then third hand tap gear rotation is driven, and then drive the by the first rotation axis Two rotation connection rotations, the second rotation connection drives third to be rotatablely connected block rotation by skewed slot at this time, and then passes through second turn Moving axis drives the rotation of the 8th cavity, and then drives the rotation of the 4th rotation axis, and then drives the rotation of the 4th bevel gear, at this time by the Connection of engaging between four bevel gears and the 5th bevel gear drives the rotation of the first leading screw, and then the second sliding block is driven to decline, in turn The first sliding block is driven to decline, in the process, the first rotation connection block is gradually reduced and then is caught in the first spline and with first Spline forms power and is connected, while the first rotation connection block is continuing to decline and third sliding block is driven to overcome the first electromagnet And the second repulsive force between electromagnet moves down, and then moved down with mantle tooth socket and first bevel gear is made to be caught in cone tooth socket Interior, the first motor rotated at this time drives first bevel gear to rotate by shaft, and then drives the rotation of third sliding block, and then drives First rotation connection block rotation, and then by the heat treatment of moulding in the second cavity by link block drives stirring-head rotation Material is smashed, and when the first sliding block declines, the lower side of the first sliding block compresses pushing block downwards, and then drives the 7th to slide Block moves down, so push second begin to speak in hydraulic oil flow through oil pipe so that drive first begin to speak to enter the 9th it is empty Intracavitary, hydraulic oil drives the 6th sliding block to be moved to far from first motor side at this time, and then drives the 5th sliding block to far from first Motor side move, and then drive Four-slider to far from first motor side move, and then drive third be rotatablely connected block to It moving far from first motor side, third rotation connection block is progressively disengaged with the second rotation connection and is connect in the process, and the The inner wall that three switch blocks turn chamber with third remains the state that ratchet is connect, and second turn can not be driven when first motor rotates at this time Moving axis rotate, the first sliding block can not continue to decline at this time, when blend finish when, first motor reversion, and then drive second rotation Connection reversion, and then the reversion of third switch block is driven, and then the reversion of the second switch block is driven, and then drive third rotation connection block anti- Turn, and then drive the reversion of the second rotation axis, and then drive the rotation of the first leading screw, and then the first sliding block is driven to rise to initial shape State, and third rotation connection block is returned to original state by the elastic force effect of the first spring at this time, meanwhile, the second motor turns It is dynamic, and then first gear rotation is driven by shaft, and then the rotation of the first moving block is driven, and then change rotation is driven, at this time Flabellum is blown out the material for moulding heat treatment blended in the second cavity by fifth hole and fourth hole, wherein first The first sliding shoe is pushed when sliding block declines by being set to the ramp structure that the 4th begins to speak on the inner wall of downside to begin to speak side to the 7th It is mobile, and then the 7th begins to speak to close by the first sliding shoe, and when the first sliding block rises, the first fixed block pushing the Three sliding shoes to the left and right move by both sides, and then in order to which the first fixed block is caught in third through-hole.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, it carries out moulding heat-treated wood by the present apparatus When the grinding of material, into the second cavity mould the supplement of the material of heat treatment by external pad device at this time, supplements When finishing, first motor starts, and then drives second bevel gear rotation by shaft, and then drives third hand tap gear rotation, into And driving the second rotation connection to rotate by the first rotation axis, the second rotation connection at this time drives third rotation connection by skewed slot Block rotates, and then drives the rotation of the 8th cavity by the second rotation axis, and then drives the rotation of the 4th rotation axis, and then drives the 4th Bevel gear rotates, and drives the rotation of the first leading screw by the connection of engaging between the 4th bevel gear and the 5th bevel gear at this time, in turn It drives the second sliding block to decline, and then the first sliding block is driven to decline, in the process, the first rotation connection block is gradually reduced and then blocks Enter in the first spline and form power with the first spline to be connected, while the first rotation connection block is continuing to decline and driving the Three sliding blocks overcome the repulsive force between the first electromagnet and the second electromagnet to move down, and then move down and make with mantle tooth socket First bevel gear is caught in cone tooth socket, and the first motor rotated at this time drives first bevel gear rotation by shaft, and then drives Third sliding block rotates, and then drives the first rotation connection block rotation, and then by the by link block drives stirring-head rotation The material for moulding heat treatment in two cavitys is smashed, and when the first sliding block declines, the lower side of the first sliding block is downwards Compress pushing block, and then the 7th sliding block driven to move down, so push second begin to speak in hydraulic oil flow through oil pipe into And driving first to begin to speak to enter in the 9th cavity, hydraulic oil drives the 6th sliding block to be moved to separate first motor side at this time, into And the 5th sliding block is driven to be moved to separate first motor side, and then Four-slider is driven to be moved to separate first motor side, It drives third to be rotatablely connected block in turn to move to far from first motor side, third is rotatablely connected block and second turn in the process Dynamic connection progressively disengages connection, and the inner wall that third switch block turns chamber with third remains the state that ratchet is connect, and at this time first Motor rotate when can not drive the second rotation axis rotate, the first sliding block can not continue to decline at this time, when blend finish when, first electricity Machine inverts, and then drives the second rotation connection reversion, and then drives the reversion of third switch block, and then drives the reversion of the second switch block, into And third rotation connection block reversion is driven, and then the reversion of the second rotation axis is driven, and then the rotation of the first leading screw is driven, and then drive First sliding block rises to original state, and third rotation connection block is returned to initial shape by the elastic force effect of the first spring at this time State, meanwhile, the rotation of the second motor, and then first gear rotation is driven by shaft, and then the rotation of the first moving block is driven, in turn Drive change rotation, the material for moulding heat treatment that flabellum will be blended by fifth hole and fourth hole in the second cavity at this time Blowout, wherein push the first sliding by being set to the ramp structure that the 4th begins to speak on the inner wall of downside when the first sliding block declines Block is moved to the 7th side of beginning to speak, and then the 7th begins to speak to close by the first sliding shoe, and when the first sliding block rises, First fixed block pushes third sliding shoe, and both sides are moved to the left and right, and then in order to which the first fixed block is caught in third through-hole, are led to Can automatically raw material be stirred by crossing the present apparatus, be participated in without artificial, high degree of automation, be beneficial to reduce human cost Input.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Fig. 1 is that a kind of intelligentized internal structure for moulding the method and apparatus of the material of heat treatment of the present invention is shown It is intended to；

Fig. 2 is the structural schematic diagram in direction " A-A " in Fig. 1；

Fig. 3 is the enlarged diagram of " B " in Fig. 1；

Fig. 4 is the enlarged diagram of " C " in Fig. 1；

Fig. 5 is the connection diagram that the second rotation connection block is rotatablely connected block with third in the present invention；

Fig. 6 is the connection diagram of the second switch block and third switch block in the present invention.

Specific implementation mode

As Figure 1-Figure 5, a kind of intelligentized method and apparatus for moulding the material of heat treatment of the invention, packet The agitating device for including apparatus main body 11 and being set in described device main body 11, the agitating device include being set to the dress The first cavity 21 in main body 11 is set, is provided with first sliding block 25 that can slide up and down in first cavity 21, described first It is provided with the second cavity 26 in sliding block 26, stirring-head 29, the stirring-head 29 are rotatably provided in second cavity 26 Lower end be fixedly connected with link block 28, the lower end of the link block 28 is extended outside the downside end face of first sliding block 25 simultaneously It is fixedly connected with the first rotation connection block 27, what is be connected in the left and right sides inner wall of first cavity 21 is provided with third sky Chamber 22, the first leading screw 23 is rotatably provided in the third cavity 22, and the lower end power cooperation of first leading screw 23 connects It is connected in the driving device being set in first cavity, 21 downside inner wall, under first sliding block, 26 left and right sides end face End is fixedly connected with the second sliding block for extending and being passed through and connecting in the third cavity 22 and with 23 screw-thread fit of the first leading screw 24, the driving device includes the 4th cavity 68 being set in the downside inner wall of first cavity 21 being connected, described The third sliding block 69 that can slide up and down is provided in 4th cavity 68, be provided in the third sliding block 69 opening upwards and with institute 27 matched first spline 71 of the first rotation connection block is stated, is provided with that Open Side Down in the downside of the third sliding block 69 Cone tooth socket 73, be fixedly installed first motor 61 in the downside inner wall of the 4th cavity 68, the first motor 61 it is upper End by shaft power be connected with the 73 matched first bevel gear 72 of cone tooth socket, under the first motor 61 Side and the 5th cavity 57 is provided in the described device main body 11, the second cone is rotatably provided in the 5th cavity 57 Gear 59, the medianly zygomorphic of the second bevel gear 59 are provided with the third cone being meshed with the second bevel gear 59 Gear 58, the third hand tap gear 58 are fixedly connected with the first rotation axis 62 on the end face far from 61 side of the first motor, What is be connected in the left and right sides inner wall of 5th cavity 57 is provided with the 6th cavity 74, the 6th cavity 74 and described the What is be connected between five cavitys 57 is provided with the first rotation slot 63, and the second rotation is rotatably provided in the 6th cavity 74 Link block 75, first rotation axis, 62 one end far from the first motor 61 are consolidated after extending through first rotation slot 63 Surely be connected to the second rotation connection block 75 on the end face of 61 side of the first motor, in the 6th cavity 74 and It is rotatably provided with third positioned at side of the second rotation connection block 75 far from the first motor 61 and is rotatablely connected block 76, the third rotation connection block 76 is fixedly connected with the second rotation axis 81 on the end face far from 61 side of the first motor, What is be connected in the inner wall of 6th cavity 74 far from 61 side of the first motor is provided with the 7th cavity 79, and the described 7th It is provided with arrangement of clutch in cavity 79, wherein second rotation axis, 81 one end far from the first motor 61 is connected to institute It states on arrangement of clutch, fixing device is provided in described device main body 11.

Valuably, the arrangement of clutch includes the Four-slider 77 being set in the 7th cavity 79, and the described 4th slides Block 77 is fixedly connected with the first spring between end face and the inner wall of the 7th cavity 79 far from 61 side of the first motor 78, the 8th cavity 91, the 8th cavity are provided in the inner wall of the 7th cavity 79 far from 61 side of the first motor The 5th sliding block 89, the setting that the 8th cavity 91 is connected in the inner wall of 61 side of the first motor are provided in 91 There are the 9th cavity 87, the 5th sliding block 89 to be fixedly connected with extension on the end face of 61 side of the first motor and be passed through institute The 6th sliding block 88 in the 9th cavity 87 is stated, is connected in the inner wall of the 9th cavity 87 far from 91 side of the 8th cavity Be provided with and first begin to speak 82, the second of opening upwards are provided in the upper inside walls of the 8th cavity 91 and begins to speak 84, it is described Second begin to speak 84 downside inner wall and described first begins to speak to be connected between 82 is provided with oil pipe 83, described second begins to speak 84 It is inside provided with the 7th sliding block 85 that can slide up and down, being fixedly connected with extension on the upside end face of the 7th sliding block 85 is passed through institute State the pushing block 86 in the first cavity 21, wherein second rotation axis, 81 one end far from the first motor 61 extends through The Four-slider 77 and and extend through the 5th sliding block 89 after the inner wall for extending through the 7th cavity 79, it is described Second rotation axis 79 is rotatably assorted to connect and be rotatably assorted with the 5th sliding block 89 with the Four-slider 77 and connect, and described Third rotation axis 103 is fixedly connected on two one end of rotation axis 79 far from the first motor 61, the 8th cavity 91 is remote Be provided with third in inner wall from 61 side of the first motor and begin to speak 92, the third begin to speak 92 with the 8th cavity 91 It is rotatably provided with the 4th rotation axis 105 between inner wall, opening is provided in the 4th rotation axis 105 towards described first Second spline 104 of 61 side of motor, the one end of the third rotation axis 105 far from the first motor 61, which extends, is passed through institute It states in the second spline 104 and is connect with the inner wall spline fitted of second spline 104, the 4th rotation axis 105 is remote One end from the first motor 61, which is fixedly connected with, to begin to speak the 4th bevel gears 93 rotated in 92 in the third, and described the Three, which begin to speak, is rotatably provided with the 5th bevel gear 94 being meshed with the 4th bevel gear 93, the 5th bevel gear in 92 Extension is fixedly connected on 94 upside end face to be passed through in the third cavity 22 and fix with the lower end of first leading screw 23 The 5th rotation axis 95 being connected.

Valuably, it is provided with opening is directed away from 61 side of the first motor the in the second rotation connection block 75 One turn of chamber 96, first turn of chamber 96 are fixedly connected with the first switch block 101, institute on the inner wall of 61 side of the first motor It states in third rotation connection block 76 and is provided with second turn chamber 97 of the opening towards 61 side of the first motor, second turn of chamber It is fixedly installed the second switch block 98 on 97 inner walls far from 61 side of the first motor, is provided with out in second switch block 98 Third of the mouth towards 61 side of the first motor turns chamber 99, first switch block, 101 one end far from the first motor 61 Extension is passed through the third and turns to turn the third switch block 102 that the inner wall ratchet of chamber 99 is connected in chamber 99 and with the third, In, when the third switch block 102 inverts, the third switch block 102 of rotation can drive second switch block 98 to rotate, when the third The third switch block 102 and the third turn to be slidably connected between the inner wall of chamber 99 when switch block 102 rotates forward, wherein described It is provided with skewed slot on second end face of the rotation connection block 75 far from 61 side of the first motor, the third is rotatablely connected block 76 It is provided on the end face of 61 side of the first motor and is matched with the skewed slot being set in second rotation connection 75 Flume structure.

Valuably, the 4th to be connected with first cavity 21 is provided in the upper inside walls of the third cavity 22 to open Chamber 31, the described 4th begin to speak 31 downside inner wall on be provided with ramp structure, it is fixed on the upside end face of first sliding block 25 Be connected with the first fixed block 38, be provided in first fixed block 38 upper inside walls for extending through second cavity 26 and It is connected to second cavity 26 and extraneous first through hole 37, what is be connected in the left and right sides inner wall of the first through hole 37 sets It is equipped in 26 upper inside walls of the second cavity and left and right is in the second through-hole 106 being arranged, second through-hole 106 It is provided with the first sliding shoe 32 that can be horizontally slipped, the one end of first sliding shoe 32 far from the first through hole 37 extends logical Enter the described 4th to begin to speak in 31 and abut against with the described 4th begin to speak 31 inner wall, in the downside inner wall of second through-hole 106 Being provided with for being connected the 5th begins to speak 34, and extension is fixedly connected on the downside end face of first sliding shoe 32 and is passed through described Five begin to speak the second sliding shoe 33 in 34, end face and described the of the second sliding shoe 33 close to 37 side of the first through hole Five, which begin to speak, is fixedly connected with second spring 35 between 34, and the second fixation is fixedly installed on the upside end face of described device main body 11 Block 46, in second fixed block 46 up and down it is perforative be provided with first fixed block, 38 matched third through-hole 45, Being provided with for being connected in the left and right sides inner wall of the third through-hole 45 the 6th begins to speak 43, and the described 6th, which begins to speak, is provided in 43 The third sliding shoe 44 that can be horizontally slipped, is provided with ramp structure on the downside end face of the third sliding shoe 44, and the described 6th Being provided with for beginning to speak to be connected in 43 inner walls far from 45 side of the third through-hole the 7th begins to speak 39, the third sliding shoe 44 It is fixedly connected with to extend on end face far from 45 side of the third through-hole and is passed through the described 7th the 4th sliding shoe begun to speak in 37 42, end face and described seventh of the 4th sliding shoe 42 far from 45 side of the third through-hole begin to speak 39 inner wall between it is fixed It is connected with third spring 41.

Valuably, drawing mechanism is provided in the rear side inner wall of first cavity 21, the drawing mechanism includes front and back The perforative fourth hole 54 being set in first cavity, 21 rear side inner wall, wherein in the rear side of second cavity 26 It is pre-and post perforative in wall to be provided with the fifth hole 53 that be connected with the fourth hole 54, it can turn in the fourth hole 54 Dynamic is provided with change 55, is fixedly installed flabellum 56 on the inner ring wall of the change 55, in the side of the fourth hole 54 It is provided with the second rotation slot 51 in wall, extension is fixedly connected in the collar wall of the change 55 and is passed through second rotation slot 51 The first interior moving block 52, being provided with for being connected in the upper inside walls of second turn trough 51 the 8th begin to speak the 48, the described 8th It begins to speak rotatably to be provided with the first gear 49 being meshed with the collar wall of first moving block 52, first tooth in 48 Wheel 49 is connected by rotational power on the second motor 47 being fixed in the 8th rear side inner wall for beginning to speak 48.

Valuably, the first electromagnet 66, the 4th cavity are fixedly installed on the downside end face of the third sliding block 69 Be fixedly installed in 68 downside inner wall with first electromagnet, 66 matched second electromagnet 64, when the present apparatus start When, first electromagnet 66 and second electromagnet 64 must be electric and mutually exclusive.

Valuably, what is be connected in 68 inner wall of the 4th cavity is provided with the first sliding groove 65 of annular, and the third is slided The first slider guide 67 for extending and being passed through in the first sliding groove 65 is fixedly connected on the left and right sides end face of block 69.

Valuably, it described second begins to speak to be filled with hydraulic oil liquid in 84.

Valuably, the fixing device includes being fixedly connected on the fixation of 11 left and right sides end face lower end of described device main body Plate 201, perforative up and down in the fixed plate 201 to be provided with mounting hole 202, the present apparatus can be carried out by the mounting hole 202 It is fixed.

Described method includes following steps：When carrying out moulding the grinding of heat treatment material by the present apparatus, pass through at this time outer The pad device connect into the second cavity 26 mould the supplement of the material of heat treatment, and when supplement finishes, first motor 61 opens It is dynamic, and then drive second bevel gear 59 to rotate by shaft, and then third hand tap gear 58 is driven to rotate, and then pass through the first rotation Axis 62 drives 75 rotation of the second rotation connection, and the second rotation connection 75 at this time drives third to be rotatablely connected 76 turns of block by skewed slot It is dynamic, and then the rotation of the 8th cavity 91 is driven by the second rotation axis 81, and then the rotation of the 4th rotation axis 105 is driven, and then drive 4th bevel gear 93 rotates, and drives the first leading screw by the connection of engaging between the 4th bevel gear 93 and the 5th bevel gear 94 at this time 23 rotations, and then the second sliding block 24 is driven to decline, and then the first sliding block 25 is driven to decline, in the process, the first rotation connection Block 27 is gradually reduced and then is caught in the first spline 71 and forms power with the first spline 71 and is connected, while the first rotation connects Connect block 27 continue to decline and drive third sliding block 69 overcome the repulsive force between the first electromagnet 66 and the second electromagnet 64 to Lower movement, so with mantle tooth socket 73 move down and so that first bevel gear 72 be caught in cone tooth socket 73 in, rotate at this time first electricity Machine 61 drives first bevel gear 72 to rotate by shaft, and then third sliding block 69 is driven to rotate, and then drives the first rotation connection Block 27 rotates, and then by the material for moulding heat treatment in the second cavity 26 by link block 28 drives stirring-head 29 to rotate It is smashed, and when the first sliding block 25 declines, the lower side of the first sliding block 25 compresses pushing block 86 downwards, and then drives the 7th Sliding block 85 moves down, and then pushes the hydraulic oil that second begins to speak in 84 and flow through oil pipe 83 and then drive first to begin to speak 82 Into in the 9th cavity 87, hydraulic oil drives the 6th sliding block 88 to be moved to far from 61 side of first motor at this time, and then drives the Five sliding blocks 89 are moved to far from 61 side of first motor, and then Four-slider 77 is driven to be moved to far from 61 side of first motor, And then drive third be rotatablely connected block 76 to far from 61 side of first motor move, in the process third rotation connection block 76 with Second rotation connection 75 progressively disengages connection, and the inner wall that third switch block 102 turns chamber 99 with third remains what ratchet was connect State can not drive the second rotation axis 81 to rotate when first motor 61 rotates at this time, the first sliding block 25 can not continue to decline at this time, When blend finish when, first motor 61 inverts, and then drives 75 reversion of the second rotation connection, and then drives third switch block 102 anti- Turn, and then drive the reversion of the second switch block 98, and then third rotation connection block 76 is driven to invert, and then drives the second rotation axis 81 anti- Turn, and then drive the rotation of the first leading screw 23, and then the first sliding block 25 is driven to rise to original state, and third is rotatablely connected at this time Block 76 is returned to original state by the elastic force effect of the first spring 78, meanwhile, the rotation of the second motor 47, and then pass through shaft band Dynamic first gear 49 rotates, and then drives the rotation of the first moving block 52, and then change 55 is driven to rotate, and flabellum 56 passes through the at this time Five through-holes 53 and fourth hole 54 blow out the material for moulding heat treatment blended in the second cavity 26, wherein in the first sliding block 25 push the first sliding shoe 32 and begin to speak 37 to the 7th when declining by being set to the 4th begin to speak ramp structure on 31 downside inner walls Side is moved, and then the 7th begins to speak 37 to close by the first sliding shoe 32, and when the first sliding block 25 rises, first consolidates Determine block 38 and push the both sides movement to the left and right of third sliding shoe 44, and then in order to which the first fixed block 38 is caught in third through-hole 45.

When original state, the upside end face of the first sliding block 25 and the upper inside walls of the first cavity 21 abut against, and at this time first The extension of fixed block 38 is passed through in third through-hole 45, meanwhile, third sliding block 69 rises to greatest extent in the 4th cavity 68, and at this time the One bevel gear 72 abuts with the cone disengaging of tooth socket 73, while the second rotation connection 75 is connected with third rotation connection block 76, and the 4th Sliding block 77 is abutted against close to the end face of 61 side of first motor and the inner wall of the second rotation axis 79, at this time 89 maximum limit of the 5th sliding block Degree is close to first motor 61, and the 7th sliding block 85 is begun to speak raw to greatest extent in 84 rise second at this time.

When carrying out moulding the grinding of heat treatment material by the present apparatus, at this time by external pad device to the second cavity Carry out moulding the supplement of the material of heat treatment in 26, when supplement finishes, first motor 61 starts, and then drives second by shaft Bevel gear 59 rotates, and then third hand tap gear 58 is driven to rotate, and then drives the second rotation connection 75 by the first rotation axis 62 Rotation, the second rotation connection 75 at this time drives third to be rotatablely connected block 76 and rotates by skewed slot, and then passes through the second rotation axis 81 It drives the 8th cavity 91 to rotate, and then drives the rotation of the 4th rotation axis 105, and then drive the rotation of the 4th bevel gear 93, lead at this time The connection of engaging crossed between the 4th bevel gear 93 and the 5th bevel gear 94 drives the rotation of the first leading screw 23, and then drives the second sliding block 24 decline, and then the first sliding block 25 is driven to decline, and in the process, the first rotation connection block 27 is gradually reduced and then is caught in first It in spline 71 and forms power with the first spline 71 to be connected, while the first rotation connection block 27 is continuing to decline and driving the Three sliding blocks 69 overcome the repulsive force between the first electromagnet 66 and the second electromagnet 64 to move down, and then under mantle tooth socket 73 It moves and first bevel gear 72 is caught in cone tooth socket 73, the first motor 61 rotated at this time drives first bevel gear by shaft 72 rotations, and then third sliding block 69 is driven to rotate, and then the first rotation connection block 27 is driven to rotate, and then pass through 28 band of link block Dynamic stirring-head 29 rotates and then smashes the material for moulding heat treatment in the second cavity 26, and declines in the first sliding block 25 When, the lower side of the first sliding block 25 compresses pushing block 86 downwards, and then the 7th sliding block 85 is driven to move down, and then pushes second The hydraulic oil in 84 of beginning to speak flows through oil pipe 83 and then drives first to begin to speak 82 to enter in the 9th cavitys 87, at this time hydraulic oil It drives the 6th sliding block 88 to be moved to far from 61 side of first motor, and then drives the 5th sliding block 89 to far from 61 side of first motor It is mobile, and then Four-slider 77 is driven to be moved to far from 61 side of first motor, and then third is driven to be rotatablely connected block 76 to remote It moving from 61 side of first motor, third rotation connection block 76 is progressively disengaged with the second rotation connection 75 and is connect in the process, And the inner wall that third switch block 102 turns chamber 99 with third remains the state that ratchet is connect, at this time first motor 61 rotate when without Method drives the rotation of the second rotation axis 81, and the first sliding block 25 can not continue to decline at this time, when blend finish when, first motor 61 is anti- Turn, and then drive 75 reversion of the second rotation connection, and then third switch block 102 is driven to invert, and then drives the reversion of the second switch block 98, And then third rotation connection block 76 is driven to invert, and then the reversion of the second rotation axis 81 is driven, and then the rotation of the first leading screw 23 is driven, And then the first sliding block 25 is driven to rise to original state, and third rotation connection block 76 is made by the elastic force of the first spring 78 at this time With being returned to original state, meanwhile, the rotation of the second motor 47, and then drive first gear 49 to rotate by shaft, and then drive First moving block 52 rotates, and then change 55 is driven to rotate, at this time flabellum 56 by fifth hole 53 and fourth hole 54 by the The material blowout for moulding heat treatment blended in two cavitys 26, wherein opened when the first sliding block 25 declines by being set to the 4th Ramp structure on 31 downside inner wall of chamber is pushed the first sliding shoe 32 and is moved to the 7th 37 sides of beginning to speak, and then passes through the first sliding Block 32 begins to speak 37 to close by the 7th, and when the first sliding block 25 rises, the first fixed block 38 push third sliding shoe 44 to The left and right sides is moved, and then in order to which the first fixed block 38 is caught in third through-hole 45.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims

1. a kind of intelligentized method and apparatus for moulding the material of heat treatment, including apparatus main body and it is set to described Agitating device in apparatus main body, the agitating device include the first cavity being set in described device main body, and described first It is provided with first sliding block that can slide up and down in cavity, is provided with the second cavity in first sliding block, in second cavity It rotatably is provided with stirring-head, the lower end of the stirring-head is fixedly connected with link block, and the lower end of the link block is extended Outside the downside end face of first sliding block and it is fixedly connected with the first rotation connection block, the left and right sides inner wall of first cavity What is be inside connected is provided with third cavity, and the first leading screw is rotatably provided in the third cavity, first leading screw Lower end power is connected in being set in the driving device on the downside of first cavity in inner wall, described first sliding block or so two The lower end of side end face is fixedly connected with for extending and being passed through in the third cavity and being connected with first threads of lead screw Two sliding blocks, the driving device includes the 4th cavity being set in the downside inner wall of first cavity being connected, described It is provided with the third sliding block that can slide up and down in 4th cavity, opening upwards are provided in the third sliding block and with described first It is rotatablely connected matched first spline of block, the cone tooth socket that Open Side Down, institute are provided in the downside of the third sliding block It states and is fixedly installed first motor in the downside inner wall of the 4th cavity, the upper end of the first motor is coordinated by shaft power to be connected It is connected to and the matched first bevel gear of the cone tooth socket, the downside of the first motor and the setting in described device main body There is the 5th cavity, second bevel gear is rotatably provided in the 5th cavity, the left and right sides of the second bevel gear is right What is claimed is provided with the third hand tap gear being meshed with the second bevel gear, and the third hand tap gear is far from the first motor one The first rotation axis is fixedly connected on the end face of side, what is be connected in the left and right sides inner wall of the 5th cavity is provided with the 6th Cavity, what is be connected between the 6th cavity and the 5th cavity is provided with the first rotation slot, can in the 6th cavity Rotation is provided with the second rotation connection block, and the described one end of first rotation axis far from the first motor extends through described the The second rotation connection block is fixedly connected on after one rotation slot on the end face of the first motor side, the described 6th is empty It intracavitary and is rotatablely connected side of the block far from the first motor positioned at described second and is rotatably provided with third rotation connection Block, third rotation connection block are fixedly connected with the second rotation axis on the end face far from the first motor side, and described the What six cavitys were connected in the inner wall far from the first motor side is provided with the 7th cavity, is provided in the 7th cavity Arrangement of clutch, wherein the described one end of second rotation axis far from the first motor is connected on the arrangement of clutch, the dress It sets and is provided with fixing device in main body.

2. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, feature It is：The arrangement of clutch includes the Four-slider being set in the 7th cavity, and the Four-slider is far from described first The first spring is fixedly connected between the end face of motor side and the inner wall of the 7th cavity, the 7th cavity is far from described It is provided with the 8th cavity in the inner wall of first motor side, the 5th sliding block, the 8th cavity are provided in the 8th cavity What is be connected in the inner wall of the first motor side is provided with the 9th cavity, and the 5th sliding block is close to first electricity The 6th sliding block for extending and being passed through in the 9th cavity is fixedly connected on the end face of machine side, the 9th cavity is far from described Being provided with for being connected in the inner wall of 8th cavity side first is begun to speak, and opening is provided in the upper inside walls of the 8th cavity Upward second is begun to speak, the described second downside inner wall begun to speak with described first begin to speak between be connected be provided with oil pipe, Described second begin to speak in be provided with the 7th sliding block that can slide up and down, be fixedly connected with and prolong on the upside end face of the 7th sliding block Stretch the pushing block being passed through in first cavity, wherein the described one end of second rotation axis far from the first motor extends through The Four-slider and and extend through the 5th sliding block after the inner wall for extending through the 7th cavity, described second turn Moving axis is rotatably assorted to connect and be rotatably assorted with the 5th sliding block with the Four-slider and connect, and second rotation axis is separate Third rotation axis is fixedly connected on one end of the first motor, the 8th cavity is far from the first motor side It is provided with third in wall to begin to speak, the third begins to speak rotatably to be provided with the 4th rotation between the inner wall of the 8th cavity Axis is provided with second spline of the opening towards the first motor side, the third rotation axis in the 4th rotation axis One end far from the first motor, which extends, to be passed through in second spline and matches with the inner wall spline of second spline Connection is closed, the one end of the 4th rotation axis far from the first motor, which is fixedly connected with, to begin to speak interior rotation in the third 4th bevel gear, the third begin to speak interior to be rotatably provided with the 5th bevel gear being meshed with the 4th bevel gear, institute State be fixedly connected on the upside end face of the 5th bevel gear extension be passed through in the third cavity and under first leading screw Hold the 5th rotation axis of secure fit connection.

3. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, feature It is：It is provided with opening in the second rotation connection block and is directed away from first turn of chamber of the first motor side, described the One turn of chamber is fixedly connected with the first switch block on the inner wall of the first motor side, is arranged in the third rotation connection block There is second turn chamber of the opening towards the first motor side, on the inner wall of second turn of chamber far from the first motor side It is fixedly installed the second switch block, third of the opening towards the first motor side is provided in second switch block and turns chamber, institute It states one end extension of first switch block far from the first motor and is passed through the inner wall that the third turns intracavitary and turns chamber with the third The third switch block that ratchet is connected, wherein when the third switch block reversion, the third switch block of rotation can drive described second turn Block rotates, and when the third switch block rotates forward, the third switch block and the third turn to be slidably connected between the inner wall of chamber, Wherein, skewed slot is provided on end face of the second rotation connection block far from the first motor side, the third rotation connects Connect block be provided on the end face of the first motor side be set to it is described second rotation connection on skewed slot match Flume structure.

4. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, feature It is：It is provided with the 4th to be connected with first cavity in the upper inside walls of the third cavity to begin to speak, the described 4th opens It is provided with ramp structure on the downside inner wall of chamber, the first fixed block, institute are fixedly connected on the upside end face of first sliding block It states and is provided with the upper inside walls for extending through second cavity in the first fixed block and is connected to second cavity and the external world First through hole, what is be connected in the left and right sides inner wall of the first through hole is provided in the second cavity upper inside walls And control and be provided with the first sliding shoe that can be horizontally slipped in the second through-hole being arranged, second through-hole, described first One end extension of the sliding shoe far from the first through hole is passed through the described 4th and begins to speak interior and offset with the 4th inner wall begun to speak It connects, being provided with for being connected in the downside inner wall of second through-hole the 5th is begun to speak, on the downside end face of first sliding shoe It is fixedly connected with to extend and is passed through the described 5th and begins to speak interior the second sliding shoe, the second sliding shoe is close to the first through hole one The end face of side and the described 5th begin to speak between be fixedly connected with second spring, be fixedly installed on the upside end face of described device main body Have the second fixed block, in second fixed block up and down it is perforative be provided with it is logical with the matched third of the first fixed block Hole, being provided with for being connected in the left and right sides inner wall of the third through-hole the 6th are begun to speak, the described 6th begin to speak in be provided with can The third sliding shoe to horizontally slip, is provided with ramp structure on the downside end face of the third sliding shoe, the described 6th begin to speak it is remote Being provided with for being connected in inner wall from the third through-hole side the 7th is begun to speak, and the third sliding shoe is logical far from the third It is fixedly connected with to extend on the end face of hole side and is passed through the described 7th and begins to speak the 4th interior sliding shoe, the 4th sliding shoe is separate It is fixedly connected with third spring between the end face of the third through-hole side and the 7th inner wall begun to speak.

5. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, feature It is：Drawing mechanism is provided in the rear side inner wall of first cavity, the drawing mechanism includes pre-and post perforative is set to Fourth hole on rear side of first cavity in inner wall, wherein pre-and post perforative setting in the rear side inner wall of second cavity There is the fifth hole that can be connected with the fourth hole, change, the change are rotatably provided in the fourth hole Inner ring wall on be fixedly installed flabellum, the second rotation slot is provided in the side inner wall of the fourth hole, the change The first moving block for extending and being passed through in second rotation slot, the upper inside walls of second turn trough are fixedly connected in collar wall Being provided with for being inside connected the 8th is begun to speak, and the described 8th begins to speak the interior rotatable collar wall being provided with first moving block The first gear being meshed, the first gear by rotational power be connected in be fixed at the described 8th begin to speak after On the second motor in the inner wall of side.

6. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, feature It is：It is fixedly installed the first electromagnet on the downside end face of the third sliding block, consolidates in the downside inner wall of the 4th cavity Surely it is provided with and matched second electromagnet of first electromagnet, when the present apparatus starts, first electromagnet and institute State the second electromagnet obtain it is electric and mutually exclusive.

7. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, feature It is：What is be connected in 4th cavity inner wall is provided with the first sliding groove of annular, the left and right sides end of the third sliding block The first slider guide for extending and being passed through in the first sliding groove is fixedly connected on face.

8. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, feature It is：Described second begin to speak in be filled with hydraulic oil liquid.

9. a kind of intelligentized method and apparatus for moulding the material of heat treatment according to claim 1, described solid It includes the fixed plate for being fixedly connected on end face lower end at left and right sides of described device main body to determine device, is run through up and down in the fixed plate Be provided with mounting hole, the present apparatus can be fixed by the mounting hole；

Described method includes following steps：When carrying out moulding the grinding of heat treatment material by the present apparatus, at this time by external Pad device carries out moulding into the second cavity the supplement of the material of heat treatment, and when supplement finishes, first motor starts, Jin Ertong It crosses shaft and drives second bevel gear rotation, and then drive third hand tap gear rotation, and then second turn is driven by the first rotation axis Dynamic connection rotation, the second rotation connection drives third to be rotatablely connected block rotation by skewed slot at this time, and then passes through the second rotation axis It drives the 8th cavity to rotate, and then drives the rotation of the 4th rotation axis, and then drive the rotation of the 4th bevel gear, pass through the 4th cone at this time Connection of engaging between gear and the 5th bevel gear drives the rotation of the first leading screw, and then the second sliding block is driven to decline, and then drives First sliding block declines, in the process, the first rotation connection block be gradually reduced so that be caught in the first spline and with the first spline It forms power to be connected, while the first rotation connection block is continuing to decline and third sliding block is driven to overcome the first electromagnet and the Repulsive force between two electromagnet moves down, and then is moved down with mantle tooth socket and first bevel gear is caught in cone tooth socket, The first motor rotated at this time drives first bevel gear rotation by shaft, and then drives the rotation of third sliding block, and then drives the One rotation connection block rotation, and then by the material for moulding heat treatment in the second cavity by link block drives stirring-head rotation Material is smashed, and when the first sliding block declines, the lower side of the first sliding block compresses pushing block downwards, and then drives the 7th sliding block Move down, so push second begin to speak in hydraulic oil flow through oil pipe so that drive first begin to speak enter the 9th cavity Interior, hydraulic oil drives the 6th sliding block to be moved to far from first motor side at this time, and then drives the 5th sliding block to far from the first electricity Machine side is moved, and then Four-slider is driven to be moved to far from first motor side, and then third is driven to be rotatablely connected block to remote It is moved from first motor side, third rotation connection block is progressively disengaged with the second rotation connection and connect in the process, and third The inner wall that switch block turns chamber with third remains the state that ratchet is connect, and the second rotation can not be driven when first motor rotates at this time Shaft rotation is dynamic, and the first sliding block can not continue to decline at this time, when blend finish when, first motor reversion, and then the second rotation is driven to connect Reversed turn, and then the reversion of third switch block is driven, and then the reversion of the second switch block is driven, and then third rotation connection block reversion is driven, And then the reversion of the second rotation axis is driven, and then the rotation of the first leading screw is driven, and then the first sliding block is driven to rise to original state, and Third rotation connection block is returned to original state by the elastic force effect of the first spring at this time, meanwhile, the rotation of the second motor, in turn First gear rotation is driven by shaft, and then drives the rotation of the first moving block, and then drives change rotation, flabellum passes through at this time Fifth hole and fourth hole blow out the material for moulding heat treatment blended in the second cavity, wherein decline in the first sliding block When by be set to the 4th begin to speak downside inner wall on ramp structure push the first sliding shoe to the 7th begin to speak side move, in turn The 7th is begun to speak to close by the first sliding shoe, and when the first sliding block rises, the first fixed block pushes third sliding shoe Both sides are moved to the left and right, and then in order to which the first fixed block is caught in third through-hole.