CN208343214U - A kind of TPR particles manufacturing device - Google Patents

Abstract

The utility model discloses a kind of TPR particles manufacturing devices, including apparatus main body, collection device and shaping device, the bottom end of apparatus main body is provided with fixed bracket, fixed bracket is closely welded with apparatus main body, the centre of delivery pipe and temperature sense block is provided with control valve, control valve is fitted closely with delivery pipe, the surface of follow block is provided with electronic plug-in strip, electronic plug-in strip is fixedly connected with follow block, follow block is internally provided with plastotype circular hole, plastotype circular hole and follow block are through connection, the left side lower surface of condensing unit is provided with heat release hole, heat release hole and condensing unit insertion connect, plastotype circular hole is provided with four rows, there are five every rows, 20 plastotype circular holes, so that the more efficient of TPR plastic material plastotype processing, plastotype circular hole arrangement simultaneously is uniform, it allows and obtains the plastotype circular hole speed that TPR plastic material passes through by cooling treatment Spend it is identical so that plastotype processing TPR plastic material shape size it is equal.

Description

A kind of TPR particles manufacturing device

Technical field

The utility model relates to the technical field of TPR particles manufacturing device, specially a kind of TPR particles manufacture dress It sets.

Background technique

TPR plastic material is a kind of high resiliency with rubber, high-intensitive, high resilience, and having can injection molding Feature has environment-protecting and non-poisonous safety, and hardness range is wide, there is an excellent coloring, soft-touch, weatherability, fatigue resistance and resistance to Warm nature, processing performance is superior, and without vulcanization, can be recycled reduces cost, both can be former with PP plastic cement with secondary injection molding The basis materials coating and bonding such as material, PE plastic material, PC engineering plastics, PS plastic, ABS plastic raw material, can also be separately formed.

TPR particles manufacturing device cooling undertreatment on the market at present, takes Temperature fall cooling treatment, such Mode cools down efficiency, but also cannot control temperature, if temperature is excessively high, is easy the staff that burns, but temperature is too low, It is unfavorable for carrying out secondary TPR plastic material plastotype processing, while existing TPR particles manufacturing device again, to TPR plastic material Plastotype processing it is bad, by the TPR plastic material that plastotype is handled, still there is also the not equal situation of shape size sometimes.

So how to design a kind of TPR particles manufacturing device, becoming us will currently be solved the problems, such as.

Utility model content

The purpose of this utility model is to provide a kind of TPR particles manufacturing devices, to solve to mention in above-mentioned background technique The problems such as temperature out controls deficiency, and cooling treatment effeciency is low and plastotype processing is bad.

To achieve the above object, the utility model provides the following technical solutions: a kind of TPR particles manufacturing device, including Apparatus main body, collection device and shaping device, the bottom end of described device main body are provided with fixed bracket, the fixed bracket and dress It sets main body closely to weld, the support bracket fastened lower left is provided with collection device, and the collection device is fixed with fixed bracket Connection, the fixed bracket are provided with motor close to the side of collection device, and the motor is closely welded with fixed bracket, described Forming devices, the forming devices and collection device nested encryptions, the upper right of the forming devices are set behind collection device Side is provided with condensing unit, and the condensing unit is fixedly connected with forming devices, is provided with conveying above the condensing unit Pipe, the conveying pipeline and condensing unit nested encryptions, the top of the conveying pipeline are provided with high-temperature smelting pot, the high-temperature smelting pot with Conveying pipeline insertion connection, the upper surface of the high-temperature smelting pot are provided with feed inlet, and the feed inlet and high-temperature smelting pot insertion connect, The lower surface of the condensing unit is provided with electric fan, and the electric fan and condensing unit insertion connect, the forming devices Inner bottom is provided with gravity sensor piece, and the gravity sensor piece is fixedly connected with forming devices, the gravity sensor The upper right side of piece is provided with delivery pipe, and the delivery pipe is fixedly connected with gravity sensor piece, the top setting of the delivery pipe There is temperature sense block, the temperature sense block is fixedly connected with delivery pipe, and the inside left of the forming devices is provided with follow block, The follow block is flexibly connected with forming devices, and the follow block is internally provided with plastotype circular hole, and the plastotype circular hole is passed through with follow block Wear connection, the centre of the condensing unit is provided with rotation axis, and the side of the rotation axis is provided with the first turnover panel, and described first Turnover panel is flexibly connected with rotation axis, and the other side of the rotation axis is provided with the second turnover panel, and second turnover panel and rotation axis are living Dynamic connection.

Further, the centre of the delivery pipe and temperature sense block is provided with control valve, the control valve and delivery pipe It fits closely.

Further, the surface of the follow block is provided with electronic plug-in strip, and the electronic plug-in strip is fixedly connected with follow block.

Further, the centre of the rotation axis is provided with fixing axle, and the fixing axle is flexibly connected with rotation axis.

Further, the left side lower surface of the condensing unit is provided with heat release hole, and the heat release hole and condensing unit are embedding Enter connection.

Further, the collection device is using groove type structure.

Further, the plastotype circular hole is provided with four rows, and there are five every rows.

Compared with prior art, the utility model has the beneficial effects that this kind of TPR particles manufacturing device, is provided with control Valve processed then opens delivery pipe by control valve when temperature sense block senses that material is cooled to scheduled temperature in condensing unit, It allows its material to be passed into delivery pipe, then gravity sensing is carried out by accumulation degree of the gravity sensor piece to material, be stacked into The transfer passage of delivery pipe is closed so that it is convenient to which subsequent electronic plug-in strip does shearing work, herein by control valve again to a certain degree It during secondary, does not need manually to operate, realizes the voluntarily operating of equipment, be provided with electronic plug-in strip, close and convey when control valve After the transfer passage of pipe, follow block squeezes cooling TPR plastic material, its TPR plastic material is made to pass through modeling by follow block Type circular hole, then electronic plug-in strip is controlled by control valve and is moved up and down, TPR plastic material is subjected to truncation, TPR modeling that treated Collagen material is transported to by delivery pipe and is collected processing in collection device so that it is convenient to the TPR plastic material for having moulded shape Follow-up work is carried out, rotation axis is provided with, rotation axis is driven by motor, drives be fixed in fixing axle first by rotation axis Turnover panel and the first turnover panel are rotated, and carry out cooling processing to the rubber solutions inside condensing unit, in temperature-fall period, and Inside can be entered for external air engine by facilitating electric fan, accelerated the cooling rate of TPR plastic material, be provided with heat dissipation Hole provides heat dissipation channel, and heat release hole and fan is made to form convection current, takes external cold air to condensing unit by fan and carries out Cooling, the thermal current of condensing unit is then dispersed into the outside of condensing unit by heat release hole, so that the cooling of condensing unit becomes more Fastly, for collection device using groove type structure, groove type structure can guarantee that the TPR plastic material for having moulded shape is collected When, article will not be made to fall to ground, while it is subsequent to facilitate staff to carry out the TPR plastic material for having moulded shape of collection Processing, plastotype circular hole are provided with four rows, and there are five every rows, amount to 20 plastotype circular holes, so as to TPR plastic material plastotype That manages is more efficient, while the arrangement of plastotype circular hole is uniformly, allows and obtains the plastotype circular hole speed that TPR plastic material passes through by cooling treatment Spend it is identical so that plastotype processing TPR plastic material shape size it is equal.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the forming devices front view of the utility model；

Fig. 3 is the forming devices right view of the utility model；

Fig. 4 is the condensing unit top view of the utility model.

In figure: 1, apparatus main body, 2, collection device, 3, motor, 4, forming devices, 401, gravity sensor piece, 402, temperature Degree sensor block, 403, delivery pipe, 404, control valve, 405, follow block, 406, electronic plug-in strip, 407, plastotype circular hole, 5, condensing unit, 501, the first turnover panel, 502, fixing axle, 503, rotation axis, the 504, second turnover panel, 6, conveying pipeline, 7, high-temperature smelting pot, 8, fixed branch Frame, 9, feed inlet, 10, heat release hole, 11, electric fan.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

In the description of the present invention, it should be understood that term " on ", "lower", "front", "rear", "left", "right", The orientation or positional relationship of the instructions such as "top", "bottom", "inner", "outside", " hollow out " is that orientation or position based on the figure are closed System, is merely for convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning are necessary It with specific orientation, is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.

Fig. 1-4 is please referred to, the utility model provides a kind of technical solution: a kind of TPR particles manufacturing device, including device Main body 1, collection device 2 and shaping device 4, the bottom end of apparatus main body 1 are provided with fixed bracket 8, fixed bracket 8 and apparatus main body 1 close welding, the lower left of fixed bracket 8 are provided with collection device 2, and collection device 2 is fixedly connected with fixed bracket 8, fixed Bracket 8 is provided with motor 3 close to the side of collection device 2, and motor 3 and fixed bracket 8 closely weld, behind collection device 2 Forming devices 4, forming devices 4 and 2 nested encryptions of collection device are set, the upper right side of forming devices 4 is provided with condensing unit 5, Condensing unit 5 is fixedly connected with forming devices 4, and the top of condensing unit 5 is provided with conveying pipeline 6, conveying pipeline 6 and condensing unit 5 Nested encryptions, the top of conveying pipeline 6 are provided with high-temperature smelting pot 7, and high-temperature smelting pot 7 and the insertion of conveying pipeline 6 connect, high-temperature smelting pot 7 Upper surface is provided with feed inlet 9, and feed inlet 9 and the insertion of high-temperature smelting pot 7 connect, and the lower surface of condensing unit 5 is provided with electric fan 11, electric fan 11 and the insertion of condensing unit 5 connect, and the inner bottom of forming devices 4 is provided with gravity sensor piece 401, gravity Inductor piece 401 is fixedly connected with forming devices 4, and the upper right side of gravity sensor piece 401 is provided with delivery pipe 403, delivery pipe 403 are fixedly connected with gravity sensor piece 401, and the top of delivery pipe 403 is provided with temperature sense block 402, temperature sense block 402 It is fixedly connected with delivery pipe 403, the inside left of forming devices 4 is provided with follow block 405, and follow block 405 and 4 activity of forming devices are even It connects, follow block 405 is internally provided with plastotype circular hole 407, plastotype circular hole 407 and follow block 405 in connection, condensing unit 5 Between be provided with rotation axis 503, rotation axis 503 is fixedly connected with condensing unit 5, and the side of rotation axis 503 is provided with the first turnover panel 501, the first turnover panel 501 is flexibly connected with rotation axis 503, and the other side of rotation axis 503 is provided with the second turnover panel 504, and second turns over Plate 504 is flexibly connected with rotation axis 503.

Further, the centre of delivery pipe 403 and temperature sense block 402 is provided with control valve 404, control valve 404 with it is defeated It send pipe 403 to fit closely, is provided with control valve 404, when temperature sense block 402 senses that material is cooled to pre- in condensing unit 5 When fixed temperature, then delivery pipe 403 is opened by control valve 404, allow its material to be passed into delivery pipe 403, then pass through gravity-feed tank Device piece 401 is answered to carry out gravity sensing to the accumulation degree of material, accumulation closes delivery pipe by control valve 404 again to a certain extent 403 transfer passage during this, does not need manually to do exercises so that it is convenient to subsequent electronic plug-in strip 406 does shearing work Make, realizes the voluntarily operating of equipment.

Further, the surface of follow block 405 is provided with electronic plug-in strip 406, and electronic plug-in strip 406 is fixedly connected with follow block 405, It is provided with electronic plug-in strip 406, after control valve 404 closes the transfer passage of delivery pipe 403,405 pairs of follow block cooling TPR modelings Collagen material is squeezed, and makes its TPR plastic material by follow block 405 by plastotype circular hole 407, then is controlled by control valve 404 electronic Plug-in strip 406 moves up and down, and TPR plastic material is carried out truncation, and treated, and TPR plastic material passes through delivery pipe 403, defeated It is sent to and is collected processing in collection device 2 so that it is convenient to carry out follow-up work to the TPR plastic material for having moulded shape.

Further, the centre of rotation axis 503 is provided with fixing axle 502, and fixing axle 502 is flexibly connected with rotation axis 503, It is provided with rotation axis 503, rotation axis 503 is driven by motor 3, drives be fixed in fixing axle 502 second by rotation axis 503 Turnover panel 504 and the first turnover panel 501 are rotated, and cooling processing are carried out to the rubber solutions inside condensing unit 5, in temperature-fall period In, and facilitate electric fan 11 and external air engine can be entered inside, accelerate the cooling rate of TPR plastic material.

Further, the left side lower surface of condensing unit 5 is provided with heat release hole 10, and heat release hole 10 and condensing unit 5 are embedded in Connection, is provided with heat release hole 10, provides heat dissipation channel, and heat release hole 10 and fan 12 is made to form convection current, will be external by fan 11 Cold air take condensing unit 5 to and cool down, the thermal current of condensing unit 5 is then dispersed into condensing unit 5 by heat release hole 10 Outside, so that the cooling of condensing unit 5 becomes faster.

Further, using groove type structure, groove type structure can guarantee to have moulded the TPR of shape collection device 2 When plastic material is collected, article will not be made to fall to ground, while facilitate staff to the TPR for having moulded shape of collection Plastic material carries out subsequent processing.

Further, plastotype circular hole 407 is provided with four rows, and there are five every rows, 20 plastotype circular holes 407, so as to TPR Plastic material plastotype is handled more efficient, while plastotype circular hole 407 is arranged uniformly, is allowed and is obtained TPR plastic cement original by cooling treatment Expect that 407 speed of plastotype circular hole passed through is identical, so that the TPR plastic material shape size of plastotype processing is equal.

Working principle: firstly, this kind of TPR particles manufacturing device is fixed and powers on motor 3, then, It is provided with control valve 404, when temperature sense block 402 senses that material is cooled to scheduled temperature in condensing unit 5, then by controlling Valve 404 processed opens delivery pipe 403, its material is allowed to be passed into delivery pipe 403, then by gravity sensor piece 401 to material Accumulation degree carries out gravity sensing, and the transfer passage of delivery pipe 403 is closed in accumulation by control valve 404 again to a certain extent, in this way Facilitate subsequent electronic plug-in strip 406 to do shearing work, then, be provided with electronic plug-in strip 406, when control valve 404 closes delivery pipe After 403 transfer passage, 405 pairs of follow block cooling TPR plastic materials are squeezed, and make its TPR plastic material by follow block 405 By plastotype circular hole 407, then electronic plug-in strip 406 is controlled by control valve 404 and is moved up and down, TPR plastic material is subjected to truncated position Reason, treated, and TPR plastic material passes through delivery pipe 403, is transported in collection device 2 and is collected processing, then, plastotype circle Hole 407 is provided with four rows, and there are five every rows, amounts to 20 plastotype circular holes 407, so as to the processing of TPR plastic material plastotype It is more efficient, while plastotype circular hole 407 is arranged uniformly, is allowed and is obtained the plastotype circular hole 407 that TPR plastic material passes through by cooling treatment Speed is identical, so that the TPR plastic material shape size of plastotype processing is equal, and then, is provided with rotation axis 503, leads to It crosses motor 3 and drives rotation axis 503, the first turnover panel 504 and the first turnover panel that are fixed in fixing axle 502 are driven by rotation axis 503 50 are rotated, and are carried out cooling processing to the rubber solutions inside condensing unit 5, in temperature-fall period, and are facilitated electric wind External air engine can be entered inside by fan 11, accelerate the cooling rate of TPR plastic material, finally, it is provided with heat release hole 10, Heat dissipation channel is provided, heat release hole 10 and fan 12 is made to form convection current, condensing unit 5 to is taken external cold air by fan 11 Cool down, the thermal current of condensing unit 5 is then dispersed into the outside of condensing unit 5 by heat release hole 10.So that the drop of condensing unit 5 Temperature becomes faster, and here it is the working principles of this kind of TPR particles manufacturing device.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (7)

1. a kind of TPR particles manufacturing device, including apparatus main body (1), collection device (2) and forming devices (4), feature exists In: the bottom end of described device main body (1) is provided with fixed bracket (8), and the fixed bracket (8) and apparatus main body (1) are closely welded It connects, the lower left of the fixed bracket (8) is provided with collection device (2), and the collection device (2) and fixed bracket (8) are fixed Connection, the fixed bracket (8) are provided with motor (3) close to the side of collection device (2), the motor (3) and fixed bracket (8) close to weld, forming devices (4) are set behind the collection device (2), the forming devices (4) and collection device (2) The upper right side of nested encryptions, the forming devices (4) is provided with condensing unit (5), the condensing unit (5) and forming devices (4) it is fixedly connected, is provided with conveying pipeline (6) above the condensing unit (5), the conveying pipeline (6) and condensing unit (5) are embedding Set connection, the top of the conveying pipeline (6) are provided with high-temperature smelting pot (7), and the high-temperature smelting pot (7) and conveying pipeline (6) insertion connect It connecing, the upper surface of the high-temperature smelting pot (7) is provided with feed inlet (9), and the feed inlet (9) and high-temperature smelting pot (7) insertion connect, The lower surface of the condensing unit (5) is provided with electric fan (11), and the electric fan (11) and condensing unit (5) insertion connect, The inner bottom of the forming devices (4) is provided with gravity sensor piece (401), the gravity sensor piece (401) and moulding Device (4) is fixedly connected, and the upper right side of the gravity sensor piece (401) is provided with delivery pipe (403), the delivery pipe (403) it being fixedly connected with gravity sensor piece (401), the top of the delivery pipe (403) is provided with temperature sense block (402), The temperature sense block (402) is fixedly connected with delivery pipe (403), and the inside left of the forming devices (4) is provided with follow block (405), the follow block (405) is flexibly connected with forming devices (4), and the follow block (405) is internally provided with plastotype circular hole (407), through connection, the centre of the condensing unit (5) is provided with rotation axis for the plastotype circular hole (407) and follow block (405) (503), the rotation axis (503) is fixedly connected with condensing unit (5), and the side of the rotation axis (503) is provided with first and turns over Plate (501), first turnover panel (501) are flexibly connected with rotation axis (503), and the other side of the rotation axis (503) is provided with Second turnover panel (504), second turnover panel (504) are flexibly connected with rotation axis (503).

2. a kind of TPR particles manufacturing device according to claim 1, it is characterised in that: the delivery pipe (403) and temperature The centre of degree sensor block (402) is provided with control valve (404), and the control valve (404) fits closely with delivery pipe (403).

3. a kind of TPR particles manufacturing device according to claim 1, it is characterised in that: the surface of the follow block (405) It is provided with electronic plug-in strip (406), the electronic plug-in strip (406) is fixedly connected with follow block (405).

4. a kind of TPR particles manufacturing device according to claim 1, it is characterised in that: in the rotation axis (503) Between be provided with fixing axle (502), the fixing axle (502) is flexibly connected with rotation axis (503).

5. a kind of TPR particles manufacturing device according to claim 1, it is characterised in that: a left side for the condensing unit (5) Side lower surface is provided with heat release hole (10), and the heat release hole (10) and condensing unit (5) insertion connect.

6. a kind of TPR particles manufacturing device according to claim 1, it is characterised in that: the collection device (2) uses Be groove type structure.

7. a kind of TPR particles manufacturing device according to claim 1, it is characterised in that: the plastotype circular hole (407) sets Four rows are equipped with, there are five every rows.