CN205086385U - Composite sheet make -up machine - Google Patents
Composite sheet make -up machine Download PDFInfo
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- CN205086385U CN205086385U CN201520890480.3U CN201520890480U CN205086385U CN 205086385 U CN205086385 U CN 205086385U CN 201520890480 U CN201520890480 U CN 201520890480U CN 205086385 U CN205086385 U CN 205086385U
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Abstract
The utility model provides a composite sheet make -up machine belongs to panel former field, including frame, heating device, main hydraulic cylinder, two supplementary pneumatic cylinders and hydraulic fluid tank, fixedly connected with top template and the sliding connection template of knowing how things stand and feel confident in the frame, top template and die block board are connected with heating device respectively, the common extrusion mechanism that is used for the shaping composite sheet that forms of top template and die block board, the cylinder of main hydraulic cylinder and two supplementary pneumatic cylinders communicates with the hydraulic fluid tank respectively, the piston rod of main hydraulic cylinder and two supplementary pneumatic cylinders respectively with the die block board is connected, and two supplementary pneumatic cylinders are located main hydraulic cylinder's both sides respectively, and the diameter of the cylinder of two supplementary pneumatic cylinders all is less than main hydraulic cylinder. This composite sheet make -up machine can effectively improve the rising velocity of die block board and the production efficiency of composite sheet, and the service function of hydraulic pressure oil is kept to frictional force that greatly reduced hydraulic oil produced, the life of extension hydraulic oil.
Description
Technical field
The utility model relates to plates forming equipment field, in particular to composite board shaping machine.
Background technology
Existing high pressure composite board shaping machine is generally containing organic frame, workbench, plunger cylinder, patrix, left conveyer and right conveyer, patrix is arranged on the plunger of plunger cylinder by connecting plate, plunger cylinder is arranged on the top of frame, left conveyer and right conveyer lay respectively at left side and the right side of high-pressure molding machine worktable, the shape of left conveyer and right conveyer and construct identical, all containing counterdie and framed, counterdie is positioned at framed below, the left side of described frame and right side are respectively equipped with left stripper apparatus and right stripper apparatus, left stripper apparatus is identical with right stripper apparatus structure.
But, the hydraulic oil of above-mentioned high pressure composite board shaping machine comes and goes repeatedly due to needs between hydraulic fluid tank and hydraulic cylinder, and hydraulic oil capacity in master cylinder is larger, stretching speed is comparatively slow, and cause the counterdie rate of climb slow, plate forming efficiency is low, the frictional force that hydraulic oil produces simultaneously can be very large, cause hydraulic oil easily to pressurize intensification, function lowers, and benefits from the lost of life.
Utility model content
The purpose of this utility model is the composite board shaping machine providing a kind of operating efficiency higher, to improve the problems referred to above.
The utility model is achieved in that
This composite board shaping machine comprises frame, heater, main hydraulic cylinder, two auxiliary hydraulic cylinders and hydraulic fluid tank, described frame is fixedly connected with top template and slidably connects end template, described top template is connected with heater respectively with end template, described top template and end template form the pressing mechanism for molded composite board jointly, the cylinder barrel of described main hydraulic cylinder and two auxiliary hydraulic cylinders is communicated with hydraulic fluid tank respectively, the piston rod of described main hydraulic cylinder and two auxiliary hydraulic cylinders is connected with described end template respectively, two auxiliary hydraulic cylinders lay respectively at the both sides of main hydraulic cylinder, the diameter of the cylinder barrel of two auxiliary hydraulic cylinders is all less than described main hydraulic cylinder.
As preferably, multiple middle template is provided with between described top template and end template, multiple middle template vertically interval is arranged, described frame is provided with the boss for supporting each middle template, each middle template all can be slided straight up, each middle template is all connected with heater, and described top template, multiple middle template and end template form the pressing mechanism for molded composite board jointly.
The object arranging multiple middle template is to strengthen the function of this composite board shaping machine, can simultaneously multiple composite plates shaping, greatly improves the operating efficiency of this composite board shaping machine.
As preferably, heat exchanging pipe is provided with in described top template, multiple middle template and end template, described heater comprises ascending pipe and discharge pipe, the inlet communication of described ascending pipe one end and heat exchanging pipe, the other end is communicated with vapour source, the outlet of described discharge pipe and heat exchanging pipe.
The object arranging heater is like this that its structure is simple, easily manufactured, effectively can realize the direct heating to top template, middle template and end template, thus realizes the raw-material indirect of composite plate, improves the matter quality of composite plate finished product.
As preferably, described ascending pipe comprises injecting to be responsible for and many injection arms, many inject arm respectively with described inject to be responsible for be communicated with, every root injects arm and is communicated with injection hose respectively away from the one end injecting supervisor, many injection hoses away from the one end injecting arm respectively with the inlet communication of the heat exchanging pipe in described top template, multiple template and end template; Described discharge pipe comprises discharges supervisor and many exhaust outlets, many exhaust outlets respectively with described discharge to be responsible for be communicated with, every root exhaust outlet is all communicated with many drain hoses away from the one end of discharging supervisor, one end of many drain hoses respectively with the outlet of the heat exchanging pipe in described top template, multiple middle template and end template, the other end is responsible for discharge respectively and is communicated with.
The object arranging ascending pipe and discharge pipe is like this its compact conformation, saves space, convenient setting.
As preferably, the injection arm be interconnected by injection hose and the outer wall of template scribble identical color, often the color of the injection arm that is interconnected of group and template is different.
The object arranging multiple color is user according to the actual requirements, can be contrasted each template of Color pair and heat separately, improve the convenience of this composite board shaping machine operation.
As preferably, described injection supervisor and discharge supervisor are four-way pipe, described of injecting supervisor is in charge of and injects arm with many and be communicated with, be in charge of and be communicated with vapour source, cooling water source and air-source respectively for other three, described discharge supervisor wherein one be in charge of and be communicated with many exhaust outlets, be in charge of and be respectively used to exhaust steam, cooling water and air for other three.
Arrange the object injected supervisor and discharge supervisor to be like this to carry out cooling processing to the composite plate of the high temperature after shaping, thus improve the quality of composite plate finished product.
As preferably, described vapour source is boiler, and the vapor generating cavity of described boiler is communicated with described ascending pipe, and burning water cavity is communicated with described discharge pipe.
Select the object of boiler to be to obtain stable vapour source, ensure the normal operation of composite board shaping machine; The object arranging discharge pipe is like this to make high-temperature steam can be recovered in boiler combustion water when discharging template and being outer, makes its water temperature increase, is beneficial to boiler and is burning into steam, increased flame speeds, fuel saving thus reach energy saving effect.
As preferably, the upper surface of described end template and each middle template is provided with layering backform spring.
The object arranging layering backform spring is to facilitate steam discharge.
As preferably, this composite board shaping machine also comprises steam exhaust device, and described steam exhaust device comprises gland steam exhauster, and the inlet end of described gland steam exhauster is provided with exhaust fan and gas skirt, the top of the corresponding described frame of described gas skirt.
The object arranging steam exhaust device is to facilitate in raw material the concentrated discharge of steam of vaporizing and producing.
As preferably, the position of described hydraulic fluid tank is higher than described main hydraulic cylinder and two auxiliary hydraulic cylinders.
The object of such setting is the potential energy difference utilizing hydraulic oil in hydraulic cylinder and hydraulic fluid tank, hydraulic oil is made to inject in main hydraulic cylinder voluntarily, above-mentionedly be arranged so that speed of production is accelerated, there is power savings, the oil temperature of hydraulic oil is more made slowly to increase, ensure the result of use of hydraulic oil, service life increases.
The beneficial effects of the utility model are:
This composite board shaping machine adopts the structure of setting up two auxiliary hydraulic cylinders, effectively can improve the rate of climb of end template and the production efficiency of composite plate, greatly reduce the frictional force that hydraulic oil produces, the using function of maintenance medium force feed, extend the service life of hydraulic oil, make up the defect of prior art.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the utility model embodiment, be briefly described to the accompanying drawing used required in embodiment below, be to be understood that, the following drawings illustrate only some embodiment of the present utility model, therefore the restriction to scope should be counted as, for those of ordinary skill in the art, under the prerequisite not paying creative work, other relevant accompanying drawings can also be obtained according to these accompanying drawings.
The structural representation of the composite board shaping machine that Fig. 1 provides for the utility model embodiment;
The structural representation of another angle of composite board shaping machine that Fig. 2 provides for the utility model embodiment;
Fig. 3 for the utility model embodiment provide in the scheme of installation of template and boss.
Reference numeral gathers:
Frame 100; Top template 200; Middle template 220;
End template 240; Main hydraulic cylinder 300;
Auxiliary hydraulic cylinder 400; Hydraulic fluid tank 500;
Inject supervisor 600; Discharge supervisor 700;
Boss 800; Gland steam exhauster 900.
Detailed description of the invention
For making the object of the utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.The assembly of the utility model embodiment describing and illustrate in usual accompanying drawing herein can be arranged with various different configuration and design.Therefore, below to the detailed description of the embodiment of the present utility model provided in the accompanying drawings and the claimed scope of the present utility model of not intended to be limiting, but selected embodiment of the present utility model is only represented.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
In description of the present utility model, it should be noted that, term " " center ", " on ", D score, " left side ", " right side ", " vertically ", " level ", " interior ", orientation or the position relationship of the instruction such as " outward " are based on orientation shown in the drawings or position relationship, or this utility model product orientation of usually putting or position relationship when using, only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.In addition, term " first ", " second ", " the 3rd " etc. only for distinguishing description, and can not be interpreted as instruction or hint relative importance.
In description of the present utility model, also it should be noted that, unless otherwise clearly defined and limited, term " setting ", " installation ", " being connected ", " connection " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, concrete condition the concrete meaning of above-mentioned term in the utility model can be understood.
With reference to Fig. 1-3, this composite board shaping machine comprises frame 100, heater, main hydraulic cylinder 300, two auxiliary hydraulic cylinders 400 and hydraulic fluid tank 500, described frame 100 is fixedly connected with top template 200 and slidably connects end template 240, described top template 200 is connected with heater respectively with end template 240, described top template 200 and end template 240 form the pressing mechanism being used for molded composite board jointly, the cylinder barrel of described main hydraulic cylinder 300 and two auxiliary hydraulic cylinders 400 is communicated with hydraulic fluid tank 500 respectively, the piston rod of described main hydraulic cylinder 300 and two auxiliary hydraulic cylinders 400 is connected with described end template 240 respectively, two auxiliary hydraulic cylinders 400 lay respectively at the both sides of main hydraulic cylinder 300, the diameter of the cylinder barrel of two auxiliary hydraulic cylinders 400 is all less than described main hydraulic cylinder 300.
Wherein, described frame 100 comprises top board and the column of cuboid, and described column has four, is vertically installed on four angles of described top board lower surface respectively; Described top template 200 and end template 240 are all in cuboid, and described end template 240 can reciprocatingly slide along strut length direction under the driving of the piston rod of main hydraulic cylinder 300 and auxiliary hydraulic cylinder 400; Described heater is prior art, is mainly used in directly heating top template 200 and end template 240, thus realizes the heating to composite plate raw material, promotes and ensures that stablizing of composite plate is shaping; Hydraulic oil is full of in described hydraulic fluid tank 500, described main hydraulic cylinder 300, two auxiliary hydraulic cylinders 400 are connected with hydraulic fluid tank 500 respectively by oil pipe, and oil pipe is provided with hydraulic pump, thus provide power for the conveying of hydraulic oil, ensure the normal work of main hydraulic cylinder 300 and auxiliary hydraulic cylinder 400; The diameter of the cylinder barrel of described auxiliary hydraulic cylinder 400 is the 1/5-1/10 of main hydraulic cylinder 300; This composite board shaping machine also comprises the electric control box automatically run for realizing whole equipment, and described electric control box is arranged at the back side of described frame 100.
This composite board shaping machine is mainly used in the machine-shaping of stalk composite board, its operation principle and process are such: first put on end template 240 by composite plate raw material (stalk), then main hydraulic cylinder 300 and two auxiliary hydraulic cylinders 400 are started, end template 240 rises gradually near top template 200 under the driving of above-mentioned three hydraulic cylinders, until composite plate raw material (stalk) are compressed into the thickness of needs, start heater afterwards to heat the effigurate composite plate raw material of tool, the colloidal materials making composite plate raw material and be mixed in advance is wherein by thermal softening, to obtain the composite plate finished product of relatively stable Sum fanction.
Compared with existing composite board shaping machine, the composite board shaping machine that the technical program provides has set up two auxiliary hydraulic cylinders 400 to coordinate main hydraulic cylinder 300, because the cylinder diameter of auxiliary hydraulic cylinder 400 is less, therefore under it injects the hydraulic pressure oil condition of same volume, upwards drive the speed of end template 240 relatively faster, when auxiliary hydraulic cylinder 400 rises, main hydraulic cylinder 300 can be promoted mutually level stroke, this just can improve the efficiency that composite plate is produced; Simultaneously because the hydraulic oil volume of auxiliary hydraulic cylinder 400 is relatively little, correspondingly frictional force also just reduces relatively, thus effectively weakens speed and degree that hydraulic oil pressurization heats up.
In the present embodiment, multiple middle template 220 is provided with between described top template 200 and end template 240, multiple middle template 220 vertically interval is arranged, described frame 100 is provided with the boss 800 for supporting each middle template 220, each middle template 220 all can be slided straight up, each middle template 220 is all connected with heater, and described top template 200, multiple middle template 220 and end template 240 form the pressing mechanism being used for molded composite board jointly.
Wherein, multiple middle template 220, all in cuboid, its four angles is respectively arranged with the raised line coordinated with boss 800, and described raised line and described middle template 220 are bolted, and multiple middle template 220 is positioned on boss 800 respectively by raised line; The relative position of four boss 800 of each middle template 220 correspondence is all not identical with distance, distance between multiple boss 800 of same layer should enough large to prevent it from stopping, in low one deck, template 220 rises, namely the distance between multiple boss 800 of every layer reduces from top to bottom successively, the template of low layer can be made like this can to pass boss 800 corresponding to high-rise template and can not be stopped, thus ensure that end template 240 and multiple middle template 220 can freely rise and can not be stopped by the boss 800 of eminence, and then ensure the normal work of whole pressing mechanism; During operation, only need raw material to be positioned between adjacent template (comprising top template 200, multiple middle template 220 and end template 240), then carry out the machine-shaping that subsequent operation can complete multiple composite plates simultaneously.
The object arranging multiple middle template 220 is to strengthen the function of this composite board shaping machine, can simultaneously multiple composite plates shaping, greatly improves the operating efficiency of this composite board shaping machine.
In the present embodiment, heat exchanging pipe is provided with in described top template 200, multiple middle template 220 and end template 240, described heater comprises ascending pipe and discharge pipe, the inlet communication of described ascending pipe one end and heat exchanging pipe, the other end is communicated with vapour source, the outlet of described discharge pipe and heat exchanging pipe.
Wherein, described heat exchanging pipe is bending, to extend its path in template, improves the heat conductivility of template; Described ascending pipe and described discharge pipe removably connect with multiple template respectively, and carry out encapsulation process with the connectivity part of heat exchanging pipe, to prevent the leakage of heat medium (high-temperature steam); Described ascending pipe, by two, is arranged at the two ends of the sidewall of template respectively, and correspondingly, the import of heat exchanging pipe also has two, and corresponding with two ascending pipes respectively.
The object arranging heater is like this that its structure is simple, easily manufactured, effectively can realize the direct heating to top template 200, middle template 220 and end template 240, thus realize the raw-material indirect of composite plate, improve the matter quality of composite plate finished product.
In the present embodiment, described ascending pipe comprises injection supervisor 600 and Duo Gen injects arm, many are injected arm and inject supervisor 600 be communicated with described respectively, every root injects arm and is communicated with injection hose respectively away from the one end injecting supervisor 600, many injection hoses away from the one end injecting arm respectively with the inlet communication of the heat exchanging pipe in described top template 200, multiple template 220 and end template 240; Described discharge pipe comprises discharges supervisor 700 and Duo Gen exhaust outlet, many exhaust outlets are discharged supervisor 700 be communicated with described respectively, every root exhaust outlet is all communicated with many drain hoses away from the one end of discharging supervisor 700, one end of many drain hoses respectively with the outlet of the heat exchanging pipe in described top template 200, multiple middle template 220 and end template 240, the other end is communicated with discharge supervisor 700 respectively.
Wherein, described injection supervisor 600 and Duo Gen inject arm and are rigid and one-body molded, and described discharge supervisor 700 and Duo Gen exhaust outlet are rigid and one-body molded; Described injection supervisor 600, injection arm, discharge supervisor 700 and exhaust outlet are pipe; Described injection hose is sheathed on and injects on arm and encapsulation process is carried out in junction, and described drain hose is sheathed on exhaust outlet and junction and carries out encapsulation process; High-temperature steam enters from injection supervisor 600, then shunting is as many injection arms, entered respectively in each template by many injection hoses afterwards and heat, flow out template afterwards and enter in drain hose, eventually pass through exhaust outlet and conflux to concentrate discharge supervisor 700 and discharge.
The object arranging ascending pipe and discharge pipe is like this its compact conformation, saves space, convenient setting.
In the present embodiment, the injection arm be interconnected by injection hose and the outer wall of template 220 scribble identical color, often the color of the injection arm that is interconnected of group and template 220 is different.
Wherein, the selection of described color has white, blue, green, red, yellow etc., specifically according to user's request design and arrangement; The carrier of described color is paint, and described paint application is on the sidewall of top template 200, middle template 220 and end template 240 and inject on the outer wall of arm, so that user easily observes.
The object arranging multiple color is user according to the actual requirements, can be contrasted each template of Color pair and heat separately, improve the convenience of this composite board shaping machine operation.
In the present embodiment, described injection supervisor 600 and discharge supervisor 700 are four-way pipe, described injection one of supervisor 600 is in charge of and is injected arm with many and be communicated with, be in charge of and be communicated with vapour source, cooling water source and air-source respectively for other three, described discharge supervisor 700 wherein one be in charge of and be communicated with many exhaust outlets, be in charge of and be respectively used to exhaust steam, cooling water and air for other three.
Arrange the object injected supervisor 600 and discharge supervisor 700 to be like this to carry out cooling processing to the composite plate of the high temperature after shaping, thus improve the quality of composite plate finished product.After composite board material is shaping, way is in the market all directly connect at high temperature to open template taking-up high-temperature molding material, object saves heat energy faster production, finished product is not got in die sinking after the cooling period, in order that the fast heating that next round is produced, but the defect of operation so also clearly, finished product composite plate at high temperature meets the environment of normal temperature, its surface temperature instantaneous variation, central interior and surface temperature change inconsistent, are easy to cause composite plate smooth bending unstable with moisture regain.
For above-mentioned situation, the technical program adopts and is first discharged by air heat energy in template (and heat energy of steam), air duct in template is injected again with high-speed circulating cooling water, template itself is made to lower the temperature, the temperature of composite plate finished product can convey to template conversely, composite plate is concora crush in fixation pressure template, uniform decrease in temperature, and the temperature dropping to setting opens template taking-up finished product again.Now sheet material and environment are more or less the same, when next round material loading is shaping again, injected by pressure-air in template pipeline, will discharge by reserved cooling water in pipeline, to prevent remaining cooling water from running into high-temperature steam, to produce vapour quick-fried and damage power to template interior conduit weld.
In the present embodiment, described vapour source is boiler, and the vapor generating cavity of described boiler is communicated with described ascending pipe, and burning water cavity is communicated with described discharge pipe.
Wherein, described boiler is conventional steam generator, and described vapor generating cavity and burning water cavity are the part of boiler.
Select the object of boiler to be to obtain stable vapour source, ensure the normal operation of composite board shaping machine; The object arranging discharge pipe is like this to make high-temperature steam can be recovered in boiler combustion water when discharging template and being outer, makes its water temperature increase, is beneficial to boiler and is burning into steam, increased flame speeds, fuel saving thus reach energy saving effect.
In the present embodiment, the upper surface of described end template 240 and each middle template 220 is provided with layering backform spring.
Wherein, every layer of layering backform spring all has four, is arranged on four angles of described end template 240 and each middle template 220 respectively; Every layer of layering backform spring is all fixedly connected in corresponding end template 240 or middle template 220.
The object arranging layering backform spring is to facilitate steam discharge.While the template of this composite board shaping machine and raw material are heated, because of raw material this in time mixing colloid, have a certain proportion of moisture, the difference that aforementioned proportion designs because of individual and selecting.Contained humidity in raw material, can vaporize because of high temperature, now must discharge (i.e. steam discharge) by after the moisture vaporization in material, the principle of steam discharge is after raw material main hydraulic cylinder 300 is compressed to predetermined thickness, treat that vaporization starts to be formed, by main hydraulic cylinder 300 release, and the spacing of template and template is strengthened a little, the compression material of the spacing of template and template can strengthen because of main hydraulic cylinder 300 release, add the inherent expansive force of vaporization, material meeting self-expansion, this thickness space increased after expanding, it is exhaust space, slight distance between template with template separate be referred to as be vented die sinking, be called for short steam discharge, and layering backform spring the slow step-down that can realize between main hydraulic cylinder 300 release rear pattern plate and template is set, for providing deboost between adjacent template, thus greatly facilitate and be beneficial to the formation in above-mentioned steam discharge space, improve the steam discharge effect of this composite board shaping machine, simultaneously, the load (increasing successively from top to bottom) that the bearing strength of the layering backform spring of every layer carries as required determines, arrange like this and can ensure that the distance between many group adjacent forms is identical as far as possible, thus ensure composite plate shaping after thickness identical as far as possible, improve the quality of composite plate finished product.
In the present embodiment, this composite board shaping machine also comprises steam exhaust device, and described steam exhaust device comprises gland steam exhauster 900, and the inlet end of described gland steam exhauster 900 is provided with exhaust fan and gas skirt, the top of the corresponding described frame 100 of described gas skirt.
Wherein, described gland steam exhauster 900 is L-shaped, is fixed by support; Described gas skirt is the truncated rectangular pyramids cover of hollow, and it shrouds the top of frame 100, thus ensures the discharge of steam.
The object arranging steam exhaust device is to facilitate in raw material the concentrated discharge of steam of vaporizing and producing.
In the present embodiment, the position of described hydraulic fluid tank 500 is higher than described main hydraulic cylinder 300 and two auxiliary hydraulic cylinders 400.
The object of such setting is the potential energy difference utilizing hydraulic oil in hydraulic cylinder and hydraulic fluid tank 500, hydraulic oil can be injected in main hydraulic cylinder 300 voluntarily, above-mentionedly be arranged so that speed of production is accelerated, there is power savings, the oil temperature of hydraulic oil is more made slowly to increase, ensure the result of use of hydraulic oil, service life increases.
This composite board shaping machine adopts the structure of setting up two auxiliary hydraulic cylinders 400, effectively can improve the rate of climb of end template 240 and the production efficiency of composite plate, greatly reduce the frictional force that hydraulic oil produces, the using function of maintenance medium force feed, extend the service life of hydraulic oil, make up the defect of prior art.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a composite board shaping machine, it is characterized in that, comprise frame, heater, main hydraulic cylinder, two auxiliary hydraulic cylinders and hydraulic fluid tank, described frame is fixedly connected with top template and slidably connects end template, described top template is connected with heater respectively with end template, described top template and end template form the pressing mechanism for molded composite board jointly, the cylinder barrel of described main hydraulic cylinder and two auxiliary hydraulic cylinders is communicated with hydraulic fluid tank respectively, the piston rod of described main hydraulic cylinder and two auxiliary hydraulic cylinders is connected with described end template respectively, two auxiliary hydraulic cylinders lay respectively at the both sides of main hydraulic cylinder, the diameter of the cylinder barrel of two auxiliary hydraulic cylinders is all less than described main hydraulic cylinder.
2. composite board shaping machine according to claim 1, it is characterized in that, multiple middle template is provided with between described top template and end template, multiple middle template vertically interval is arranged, described frame is provided with the boss for supporting each middle template, each middle template all can be slided straight up, and each middle template is all connected with heater, and described top template, multiple middle template and end template form the pressing mechanism for molded composite board jointly.
3. composite board shaping machine according to claim 2, it is characterized in that, heat exchanging pipe is provided with in described top template, multiple middle template and end template, described heater comprises ascending pipe and discharge pipe, the inlet communication of described ascending pipe one end and heat exchanging pipe, the other end is communicated with vapour source, the outlet of described discharge pipe and heat exchanging pipe.
4. composite board shaping machine according to claim 3, it is characterized in that, described ascending pipe comprises injecting to be responsible for and many injection arms, many inject arm respectively with described inject to be responsible for be communicated with, every root injects arm and is communicated with injection hose respectively away from the one end injecting supervisor, many injection hoses away from the one end injecting arm respectively with the inlet communication of the heat exchanging pipe in described top template, multiple template and end template; Described discharge pipe comprises discharges supervisor and many exhaust outlets, many exhaust outlets respectively with described discharge to be responsible for be communicated with, every root exhaust outlet is all communicated with many drain hoses away from the one end of discharging supervisor, one end of many drain hoses respectively with the outlet of the heat exchanging pipe in described top template, multiple middle template and end template, the other end is responsible for discharge respectively and is communicated with.
5. composite board shaping machine according to claim 4, is characterized in that, the injection arm be interconnected by injection hose and the outer wall of template scribble identical color, and often the color of the injection arm that is interconnected of group and template is different.
6. composite board shaping machine according to claim 4, it is characterized in that, described injection supervisor and discharge supervisor are four-way pipe, described of injecting supervisor is in charge of and injects arm with many and be communicated with, be in charge of and be communicated with vapour source, cooling water source and air-source respectively for other three, described discharge supervisor wherein one be in charge of and be communicated with many exhaust outlets, be in charge of and be respectively used to exhaust steam, cooling water and air for other three.
7. composite board shaping machine according to claim 3, is characterized in that, described vapour source is boiler, and the vapor generating cavity of described boiler is communicated with described ascending pipe, and burning water cavity is communicated with described discharge pipe.
8. composite board shaping machine according to claim 2, is characterized in that, the upper surface of described end template and each middle template is provided with layering backform spring.
9. composite board shaping machine according to claim 1, is characterized in that, also comprises steam exhaust device, and described steam exhaust device comprises gland steam exhauster, and the inlet end of described gland steam exhauster is provided with exhaust fan and gas skirt, the top of the corresponding described frame of described gas skirt.
10. composite board shaping machine according to claim 1, is characterized in that, the position of described hydraulic fluid tank is higher than described main hydraulic cylinder and two auxiliary hydraulic cylinders.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520890480.3U CN205086385U (en) | 2015-11-10 | 2015-11-10 | Composite sheet make -up machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520890480.3U CN205086385U (en) | 2015-11-10 | 2015-11-10 | Composite sheet make -up machine |
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| CN205086385U true CN205086385U (en) | 2016-03-16 |
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| CN201520890480.3U Expired - Fee Related CN205086385U (en) | 2015-11-10 | 2015-11-10 | Composite sheet make -up machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105216361A (en) * | 2015-11-10 | 2016-01-06 | 张沙 | Composite board shaping machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105216361A (en) * | 2015-11-10 | 2016-01-06 | 张沙 | Composite board shaping machine |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160316 Termination date: 20201110 |