CN104354280B

CN104354280B - Cleansing bar production equipment

Info

Publication number: CN104354280B
Application number: CN201410606761.1A
Authority: CN
Inventors: 舒翔; 周兴考
Original assignee: SHENZHEN CHUANGYIXING INDUSTRIAL Co Ltd
Current assignee: SHENZHEN CHUANGYIXING INDUSTRIAL Co Ltd
Priority date: 2014-10-31
Filing date: 2014-10-31
Publication date: 2017-10-31
Anticipated expiration: 2034-10-31
Also published as: CN104354280A

Abstract

Cleansing bar production equipment of the present invention includes frame, glue-pouring device and shaped device, and glue-pouring device is arranged in frame and including heating component, injecting glue component, oil pipeline and feeding pipe；Heating component is connected the sizing material heating thought in injecting glue component by oil pipeline with injecting glue component；Injecting glue component in the sizing material injection moulding device after heating, will make sizing material in cooling and shaping in shaped device by feeding pipe.In the present invention by the way of indirect oil heating raw material, it is ensured that each point temperature is uniformly and without dead angle, so as to improve the degree of being heated evenly of material, the degree of the xanthochromia of material is reduced.

Description

Cleansing bar production equipment

Technical field

The present invention relates to the cleansing bar production equipment that cleansing bar in photosensitive drums in print copying equipment is applied to for manufacturing.

Background technology

So-called flying print duplicator, refers to the equipment of paper delivery per minute more than 60.This equipment is mainly used in business Purposes, to greatly improve operating efficiency, such as bank, accounting firm, large-scale sophisticated enterprise of country.The original of print copying machine Reason is that carbon dust is coated onto in photosensitive drums by electrical principles first, then by optical principle the carbon dust " writing " in photosensitive drums Go out image, then the carbon dust for having image is gone on paper, the print copying part that we are commonly seen just is formed finally by sizing .In this process, it is one of key carbon dust to be relayed on paper, if carbon dust transfer is incomplete, on the one hand can be caused Image is imperfect or unintelligible, and the carbon dust on the other hand remained in photosensitive drums can pollute next transfer process, further Influence the quality of print copying.This especially seems important in flying print duplicating.Because because print speed is fast, photosensitive drums are high Speed rotates and very short with the time that paper is contacted, and this requires carbon dust to be efficiently transferred on paper, it is therefore necessary to sense Light drum is lubricated and cleaned.Wherein, zinc stearate is because its is non-toxic and environmentally safe, by many print copying machine factories Family is employed as the lubrication cleaning material of photosensitive drums.

Zinc stearate is a kind of inorganic material, is at normal temperatures solid-state, and phase in version is carried out at 118 degree Celsius to 122 degree, As liquid.Conversely, also can be by liquid transition into solid-state when dropping to 118 degree Celsius.With the change of temperature, it also has certain Shrinkage factor.Due to being lower-molecular substance, its molecular separating force very little, the mobility due to solid in solid-state cooling procedure is small, receives The stress produced in compression process is easy to be broken product.So product shows very crisp, it is frangible.Secondly because general cooling is all It is ecto-entad, outer layer turns into after solid without mobility, and the contraction produced when internal layer is cooled down again easily causes internal sky Hole produces fluffy phenomenon.Finally because the intramolecular of zinc stearate contains unstable double bond, in temperature or the work of light Energy can be absorbed under, changes bond energy.Performance on product is exactly that the color and luster of product holds very much with the change of temperature and time Easily occur xanthochromia, influence the outward appearance of product.Due to these characteristics of material, processing difficulties are easily caused.

The content of the invention

Based on this, it is necessary to which providing a kind of have operability and can improve the cleansing bar production equipment of yield rate.

Cleansing bar production equipment includes frame, glue-pouring device and shaped device, and the glue-pouring device is arranged at the machine On frame and including heating component, injecting glue component, oil pipeline and feeding pipe；The heating component passes through the oil pipeline It is connected with the injecting glue component, thinks the sizing material heating in the injecting glue component；The injecting glue component passes through the feeding pipe Sizing material after heating is injected in the shaped device, makes sizing material in cooling and shaping in the shaped device.

In one of the embodiments, the shaped device includes the first mould and coordinate with first mould second Mould, first mould and second mould be uprightly installed in the first direction in the frame and with the feeding pipe Correspondence, and the check valve for controlling sizing material to enter die cavity is additionally provided between the two；First mould and second mould Tool includes the gum-injecting port and valve pool for setting gradually and being interconnected in the first direction, and the gum-injecting port connects with the feeding pipe Logical, the check valve is arranged in the valve pool and can moved back and forth in the first direction in the valve pool under external force, To control opening and the closing of the gum-injecting port.

In one of the embodiments, the heating component includes the first tank body and heating member for being used to take up oil；Institute The oil heating thought in the oil of first tank body in first tank body is stretched into the one end for stating heating member；The injecting glue component bag The second tank body and circulation interlayer are included, the circulation interlayer is sheathed on outside second tank body and protected between second tank body Certain intervals are held, to form recycle oil passage；The oil pipeline includes oil inlet pipe, oil pump, flowline and deep fat oil inlet pipe, The oil inlet pipe is connected with first tank body and pumped out the high temperature oil in the first tank body by the oil pump, the flowline It is connected and will be pumped out to the high temperature oil in the oil pump with the oil pump and is exported respectively by the deep fat oil inlet pipe to recycle oil In passage.

In one of the embodiments, the oil pipeline also includes oil return pipe, and the oil return pipe is communicated in described first Between tank body and recycle oil passage, so that the high temperature oil in first tank body is formed with the high temperature oil in the recycle oil passage Circulation.

In one of the embodiments, the heating component also includes the first stirring parts and for being stirred for described first Part provides the first stirring motor of power, and one end of first stirring parts is connected with first stirring motor, and the other end is stretched Enter in the oil of first tank body；The injecting glue component also includes the second stirring parts and for being provided for second stirring parts Second stirring motor of power, one end of second stirring parts is connected with second stirring motor, and the other end stretches into described In the sizing material of second tank body；It is provided with second stirring parts for increasing the paddle with sizing material contact area.

In one of the embodiments, the first temperature-sensing probe for sensing oil temperature is provided with first tank body, It is provided with and is flowed for sensing in the second temperature-sensing probe of recycle oil passage interior circulation oil temperature on the circulation interlayer.

In one of the embodiments, the feeding pipe includes discharge nozzle, discharging motor, measuring pump and discharging Spray gun, one end of the discharge nozzle is connected with second tank body, and the other end is connected by the spray gun that discharges with the shaped device, The discharging motor is connected with the measuring pump, for the sizing material after heating to be pumped out with certain flow through the discharge nozzle And injected by the discharging spray gun in the shaped device.

In one of the embodiments, the discharging pipe outer wall is enclosed with the thermo electric material of low heating.

In one of the embodiments, first mould and second mould are with 1.7 degree per minute of rate of temperature fall Cooled down.

In one of the embodiments, first mould is also included with second mould and set successively in the first direction Drainage trough, sow (channel), splitter box, forming tank, escape hole and the feed supplement groove put and be interconnected, the drainage trough are surrounded on institute State outside the one end of valve pool away from the gum-injecting port, and be communicated between the valve pool and the sow (channel)；The splitter box and institute State sow (channel) connection and by the one end of the sow (channel) away from the valve pool be formed separately in the way of being divided into two with it is described into Type groove corresponds the branch road of connection；The forming tank extends in a first direction and is communicated in the splitter box and the escape hole Between, the escape hole, which is corresponded, to be arranged at the one end of the forming tank away from the splitter box and connects with the feed supplement groove It is logical.

In the present invention by the way of using oil heating raw material indirectly, it is ensured that each point temperature is uniformly and without dead angle, so as to carry The high degree of being heated evenly of material, reduces the degree of the xanthochromia of material.

Brief description of the drawings

Fig. 1 is the structural representation of cleansing bar production equipment of the present invention；

Fig. 2 is the optical cable of cleansing bar production equipment shown in Fig. 1；

Fig. 3 is another angle schematic diagram of cleansing bar production equipment shown in Fig. 1；

Fig. 4 is the structural representation of mould in cleansing bar production equipment shown in Fig. 1.

Embodiment

For the ease of understanding the present invention, the present invention is described more fully below with reference to relevant drawings.In accompanying drawing Give presently preferred embodiments of the present invention.But, the present invention can be realized in many different forms, however it is not limited to this paper institutes The embodiment of description.On the contrary, the purpose for providing these embodiments is to make the understanding to the disclosure more thorough Comprehensively.

It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element Or can also have element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or it may be simultaneously present centering elements.

Unless otherwise defined, all of technologies and scientific terms used here by the article is with belonging to technical field of the invention The implication that technical staff is generally understood that is identical.Term used in the description of the invention herein is intended merely to description tool The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term as used herein " and/or " include one or more phases The arbitrary and all combination of the Listed Items of pass.

Cleansing bar production equipment 100 in Fig. 1, the present invention is refer to, is applied to beat by raw material of zinc stearate for manufacturing Print the zinc stearate cleansing bar in photosensitive drums in copier.Cleansing bar production equipment 100 includes frame 10, may be contained within frame Stay-warm case 30, glue-pouring device 50, shaped device 70 and control device 90 on 10.Stay-warm case 30 is substantially square, and its cover is set In being enclosed with frame 10 in frame 10 and jointly and set an incubation cavity (not shown).The part of glue-pouring device 50 is surrounded in stay-warm case 30 And be connected with shaped device 70, the sizing material for providing shaping zinc stearate cleansing bar for shaped device 70.Control device 90 is used According to user's operational control glue-pouring device 50 and shaped device 70.

Please in the lump referring to Fig. 2 and Fig. 3, glue-pouring device 50 include heating component 51, injecting glue component 53, oil pipeline 54 and Feeding pipe 55.Heating component 51 is connected by oil pipeline 54 with injecting glue component 53, is thought to the sizing material in injecting glue component 53 Heating；Injecting glue component 53 by feeding pipe 55 in the liquid sizing material injection moulding device 70 after heating, will make liquid sizing material in It is cooled and shaped in shaped device 70.

Heating component 51 includes the first tank body 510, the first cover 511, heating member 512, the first stirring parts 513 and is used for First stirring motor 514 of power is provided for the first stirring parts 513.First tank body 510 is the cylindrical shape of one end open.In this reality Apply in example, the first tank body 510 is used to take up high temperature oil, and is provided with the first temperature-sensing probe 515 for sensing oil temperature. First cover 511 is covered on one end that the first tank body 510 is in opening, is provided with and adding for oil is injected into the first tank body 510 Hydraulic fluid port 516.One end of heating member 512 is stretched into the oil of the first tank body 510, to be heated to the oil in the first tank body 510.In this reality Apply in example, one end of heating member 512 is arranged on the first cover 511, the other end extends and stretches into the first tank body 510 in the shape of a spiral Oil in.In some other embodiment, the shape and set location of heating member 512 can according to demand depending on, herein not It is construed as limiting.One end of first stirring parts 513 is connected with the first stirring motor 514, and the other end stretches into the first tank through heating member 512 In the oil of body 510, make its thermally equivalent to stir the oil in the first tank body 510.In the present embodiment, the first stirring parts 513 are Puddler.

Injecting glue component 53 includes the second tank body 530, the second cover 531, circulation interlayer 532, the second stirring parts 533 and used In the second stirring motor 534 that power is provided for the second stirring parts 533.Second tank body 530 is the cylindrical shape of one end open.At this In embodiment, the second tank body 530 is used to take up sizing material (i.e. solid-state zinc stearate).Second cover 531 is arranged at the second tank body 530 In one end of opening, the charge door 536 that sizing material is injected into the second tank body 530 is provided with.Circulate interlayer 532 also generally The cylindrical shape of one end open, it is sheathed on outside the second tank body 530 and keeps certain intervals between the second tank body 530, to be formed Recycle oil passage (non-label) between the second tank body 530 and circulation interlayer 532.Being provided with circulation interlayer 532 is used for Sensing is flowed in the second temperature-sensing probe 535 of recycle oil passage interior circulation oil temperature.One end of second stirring parts 533 is stirred with second Mix motor 534 to connect, the other end is stretched into the sizing material of the second tank body 530, make its uniform to stir the sizing material in the second tank body 530 It is heated.In the present embodiment, it is provided with the second stirring parts 533 for increasing the paddle 537 with sizing material contact area.

Continuing with reference to Fig. 3, oil pipeline 54 includes oil inlet pipe 540, flowline 541, deep fat oil inlet pipe (non-label), returned Oil pipe (non-label) and waste oil discharge pipe 547.Deep fat oil inlet pipe includes the first deep fat oil inlet pipe 542 and the second deep fat respectively Oil inlet pipe 543.Wherein, the first deep fat oil inlet pipe 542 is connected with one end of the second deep fat oil inlet pipe 543 with flowline 541, another End is respectively communicated with the relative both sides of recycle oil passage.Oil return pipe includes the first oil return pipe 544 and the second oil return pipe 545.Its In, the first oil return pipe 544 and the second oil return pipe 545 are communicated between the first tank body 510 and recycle oil passage.

Oil inlet pipe 540 is connected with the first tank body 510 and is pumped out the high temperature oil in the first tank body 510 by oil pump 546.Go out Oil pipe 541 is connected with oil pump 546, and will be pumped out to the high temperature oil in oil pump 546 respectively by the first deep fat oil inlet pipe 542 and Two branch roads of deep fat oil inlet pipe 543 two are exported to the recycle oil passage between the circulation tank body 530 of interlayer 532 and second., when going out Oil pipe 541 into recycle oil passage constantly injection high temperature oil when, high temperature oil rises and can be through the from the bottom up in recycle oil passage One oil return pipe 544 and the second oil return pipe 545 are flow back into the first tank body 510 again so that the high temperature oil in the first tank body 510 with High temperature oil formation circulation in recycle oil passage.Waste oil discharge pipe 547 is connected with oil pump 546, for when carrying out plant maintenance Open, to discharge the oil in the first tank body 510 pumped out through oil pump 546.

Please in the lump referring to Fig. 2 and Fig. 3, feeding pipe 55 includes discharge nozzle 550, discharging motor 551, measuring pump 552 And discharging spray gun 553.One end of discharge nozzle 550 is connected with the second tank body 530, and the other end passes through spray gun 553 and the placement of discharging Connected in the shaped device 70 in frame 10.Discharging motor 551 is connected with measuring pump 552, for by the sizing material after heating Pumped out with certain flow through discharge nozzle 550 and by discharging in the injection moulding device 70 of spray gun 553.In order that the liquid after heating Sizing material keeps melt and dissolved state in course of conveying, and the outer wall of discharge nozzle 550 is enclosed with the thermo electric material of low heating.In the present embodiment In, the outer wall of discharge nozzle 550 uses electric heating piece mode of heating.

Please in the lump referring to Fig. 1 and Fig. 4, shaped device 70 includes the first mould 71 and the second mould coordinated with the first mould 71 Tool 72.Wherein, the first mould 71 and the second mould 72 are the rectangle tabular being mutually adapted, and both of which includes forming surface 73. Two forming surfaces 73 face each other face and cooperatively form die cavity (not shown) for being molded zinc stearate cleansing bar.Retouch for convenience State, the length direction using the first mould 71 and the second mould 72 is first direction below, with the first mould 71 and the second mould 72 Width be the second direction vertical with first direction.

First mould 71 and the second mould 72 be uprightly installed in the first direction in frame 10 and with discharging 553 pairs of spray gun Should, and the check valve 74 for controlling sizing material to enter die cavity is additionally provided between the two.On first mould 71 and the second mould 72 Include set gradually and be interconnected in the first direction gum-injecting port 710, valve pool 711, drainage trough 712, sow (channel) 713, point Chute 714, forming tank 715, escape hole 716 and feed supplement groove 717.Wherein, gum-injecting port 710 and discharge nozzle in feeding pipe 55 550 connections, and sizing material is injected into die cavity by the spray gun 553 that discharges.Wherein, gum-injecting port 710 is hole radially away from discharging spray gun The bellmouth that 553 directions become narrow gradually.Valve pool 711 is communicated in the one end of gum-injecting port 710 away from discharging spray gun 553, for housing Check valve 74.Drainage trough 712 is surrounded on outside the one end of valve pool 711 away from gum-injecting port 710, and is communicated in valve pool 711 and sow (channel) Between 713.Check valve 74 is arranged in valve pool 711 and can moved back and forth in the first direction in valve pool 711 under external force, To control opening and the closing of gum-injecting port 710.In the present embodiment, check valve 74 is the steel ball being arranged in valve pool 711.Shunting Groove 714 connected with sow (channel) 713 and by the one end of sow (channel) 713 away from valve pool 711 be formed separately in the way of being divided into two with Forming tank 715 corresponds the branch road of connection.In the present embodiment, splitter box 714 is formed separately four branch roads.At some other In embodiment, the quantity of branch road can be not limited thereto depending on the quantity according to forming tank 715 in splitter box 714.Each shaping Groove 715 is in substantially strip, and extend in a first direction and be communicated between splitter box 714 and escape hole 716.Escape hole 716 One-to-one corresponding is arranged at each one end of forming tank 715 away from splitter box 714 and connected with each feed supplement groove 717.

Operationally, zinc stearate raw material is added in the second tank body 530 by charge door 536, and the oil in the first tank body 510 exists Preset temperature is heated in the presence of heating member 512, and is pumped out in the presence of oil pump 546 through oil inlet pipe 540；Flowline 541 It will pump out to the high temperature oil in oil pump 546 and exported respectively by the first deep fat oil inlet pipe 542 and the second deep fat oil inlet pipe 543 to following In recycle oil passage between the tank body 530 of ring interlayer 532 and second；Zinc stearate raw material in second tank body 530 is in recycle oil The sizing material of liquid is heated properly and is melted into passage in the presence of high temperature oil and the second stirring parts 533.Wherein, using heat The mode of oily the second tank body of indirectly heat 530, can make the temperature of each point of the second tank body 530 uniform without hot centrostigma, make Zinc stearate raw material in second tank body 530 avoids producing because of the phenomenon of xanthochromia caused by temperature overheating.In addition, using first 535 pairs of different regions of temperature-sensing probe 515 and the second temperature-sensing probe carry out temperature sensing, and corresponding temperature is fed back into control dress 90 carry out multiparty controls are put, so that material keeps stable.

Sizing material discharging motor 551 with being pumped out in the presence of measuring pump 552 through discharge nozzle 550 with certain flow, and By discharging, spray gun 553 is injected in gum-injecting port 710.Due to employing INSULATION DESIGN on discharge nozzle 550, so that sizing material is in conveying During also keep melt and dissolved state.

Sizing material from bottom to top injects mould in the first direction by the gum-injecting port 710 of the first mould 71 and the bottom of the second mould 72 Chamber, and check valve 74 is pushed into one end that valve pool 711 is connected with sow (channel) 713 upwards in the first direction, to open sprue 710.Sizing material is entered in valve pool 711 by sprue 710, is flowed into along the both sides of check valve 74 in drainage trough 712, and in drainage trough 712 In the presence of flow into sow (channel) 713.Sizing material branches to shaping in corresponding forming tank 715 through splitter box 714.In the injecting glue During, also mould chamber air is pushed up and by the row of escape hole 716 at top while sizing material gum-injecting port 710 injects and risen Go out.Due to being controlled in perfusion using measuring pump 552 to the speed of sizing material, sizing material can uniformly rise so that in die cavity There is no gas residue.Meanwhile, the design of feed supplement groove 717 can make up the hollow phenomenon produced due to material cooling meat.

After material feeding terminates, sizing material pressure release, check valve 74 falls and blocks sprue 710 so that sizing material can not leak.Together When, after injecting glue the cooling procedure placement of the first mould 71 and the second mould 72 within the enclosed space, with 1.7 degree per minute of cooling Speed is preferred, and temperature control, in 65-75 degree, so that sizing material is preferably molded, prevents the zinc stearate being molded into during form removal Cleansing bar is broken.

In the present invention, by the way of indirect oil heating raw material, it is ensured that take up each point temperature of the second tank body 530 of raw material Uniformly and without dead angle, so as to improve the degree of being heated evenly of material, the degree of the xanthochromia of material is reduced.During injecting glue, adopt Designed with the combination of vertical type mould (i.e. the first mould 71 and the second mould 72) and check valve 74, so as to be conducive to controlling material Density and prevent liquid flow from going out die cavity.Meanwhile, the flow and temperature of sizing material be controlled, so that effective guarantee glue Material keeps melt and dissolved state in course of conveying and so that does not have gas residue in die cavity.After the completion of injecting glue, the cooling to mould Temperature control when speed and injection are with depanning, effectively reduces Materials Fracture, yields greatly improved.

Embodiment described above only expresses the several embodiments of the present invention, and it describes more specific and detailed, but simultaneously Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the guarantor of the present invention Protect scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.

Claims

1. cleansing bar production equipment, it is characterised in that：Including frame, glue-pouring device and shaped device, the glue-pouring device is set It is placed in the frame and including heating component, injecting glue component, oil pipeline and feeding pipe；The heating component passes through institute State oil pipeline to be connected with the injecting glue component, it includes the first tank body for being used to take up high temperature oil, the injecting glue component includes Second tank body and circulation interlayer, the circulation interlayer are sheathed on outside second tank body and kept between second tank body Certain intervals, to form recycle oil passage, the oil pipeline includes deep fat oil inlet pipe, and the high temperature oil is entered by the deep fat Oil pipe is exported to recycle oil passage, thinks the sizing material heating in the injecting glue component；The injecting glue component passes through the conveying Pipeline injects the sizing material after heating in the shaped device, makes sizing material in cooling and shaping in the shaped device；

Wherein, the heating component also includes heating member, the first stirring parts and for providing power for first stirring parts The first stirring motor, one end of the heating member, which is stretched into the oil of first tank body, thinks that the oil in first tank body adds Heat, one end of first stirring parts is connected with first stirring motor, and the other end is stretched into the oil of first tank body；Institute Stating oil pipeline includes oil inlet pipe, oil pump and flowline, and the oil inlet pipe is connected with first tank body and by the oil Pump pumps out the high temperature oil in the first tank body, and the flowline is connected with the oil pump and will pumped out to the high temperature in the oil pump Oil is not exported to recycle oil passage by the deep fat oil inlet pipe, and the feeding pipe includes discharge nozzle, discharging driving electricity Machine, measuring pump and discharging spray gun, one end of the discharge nozzle is connected with second tank body, the other end by discharge spray gun and Shaped device connection, the discharging motor is connected with the measuring pump, for by the sizing material after heating with a constant current Amount is pumped out through the discharge nozzle and injected by the discharging spray gun in the shaped device, and the discharging pipe outer wall is enclosed with low The thermo electric material of heating；

The shaped device include the first mould and with first mould coordinate the second mould, first mould with it is described Second mould is uprightly installed in the frame and corresponding with the feeding pipe in the first direction, and is additionally provided between the two For controlling sizing material to enter the check valve of die cavity；First mould includes setting successively in the first direction with second mould The gum-injecting port and valve pool put and be interconnected, the gum-injecting port are connected with the feeding pipe, and the check valve is arranged in described Can move back and forth in the first direction in valve pool and in the valve pool under external force, with control the gum-injecting port opening and Close；First mould and second mould also include set gradually and be interconnected in the first direction drainage trough, Sow (channel), splitter box, forming tank, escape hole and feed supplement groove, the drainage trough are surrounded on the valve pool away from the gum-injecting port One end outside, and be communicated between the valve pool and the sow (channel)；The splitter box is connected with the sow (channel) and by described The one end of sow (channel) away from the valve pool is formed separately in the way of being divided into two corresponds the branch connected with the forming tank Road；The forming tank is extended in a first direction and is communicated between the splitter box and the escape hole, and the escape hole is one by one Be correspondingly arranged in the one end of the forming tank away from the splitter box and connected with the feed supplement groove, first mould with it is described Second mould is cooled down with 1.7 degree per minute of rate of temperature fall, and during form removal temperature control in 65-75 degree.

2. cleansing bar production equipment as claimed in claim 1, it is characterised in that：The oil pipeline also includes oil return pipe, institute State oil return pipe to be communicated between first tank body and recycle oil passage, so that the high temperature oil in first tank body is followed with described High temperature oil formation circulation in ring oil passage.

3. cleansing bar production equipment as claimed in claim 1, it is characterised in that：The injecting glue component also includes the second stirring parts And for providing the second stirring motor of power, one end of second stirring parts and described second for second stirring parts Stirring motor is connected, and the other end is stretched into the sizing material of second tank body；Be provided with second stirring parts for increase with The paddle of sizing material contact area.

4. cleansing bar production equipment as claimed in claim 1, it is characterised in that：It is provided with first tank body for sensing It is provided with and is flowed for sensing in recycle oil passage interior circulation oil temperature on first temperature-sensing probe of oil temperature, the circulation interlayer The second temperature-sensing probe.