CN208714319U - A kind of rubber production foaming furnace - Google Patents

Abstract

The utility model discloses a kind of rubber production foaming furnaces, including pedestal, top plate and air-heater, the upper surface of the pedestal is fixed with first support, the upper surface left and right ends of first placement plate and the second placement plate are respectively and fixedly provided with sleeve, the top plate is located at the upper end of connecting rod, the air-heater is located at the right side of furnace body, the lower surface of the air-heater is equipped with buffer spring group, communicating pipe is provided with below the blast pipe, the left upper end of the furnace body is connected with discharge pipe, and the installed in front of the furnace body has furnace body door.The rubber production foaming furnace; pass through sleeve and connecting rod; it is convenient that spacing between each placement plate is adjusted; reduce the topical type that placement plate uses; its adaptability is improved, will be recycled in filtered gas communicating pipe, reduce the consumption of the energy; active carbon adsorbs the toxic and harmful gas distributed during rubber pange, protects ambient enviroment.

Description

A kind of rubber production foaming furnace

Technical field

The utility model relates to technical field of rubber production, specially a kind of rubber production foaming furnace.

Background technique

Rubber refers to the high elastic polymer material with reversible deformation, is divided into natural rubber and two kinds of synthetic rubber, High resilience at room temperature can generate larger deformation under the external force of very little, remove resilient after external force, and rubber belongs to Complete amorphous polymer, and used in people's daily life to rubber be all as processing made from, rubber production mistake Need to foam to rubber in journey, but existing foaming furnace inside install bracket and placement plate be it is fixed, no Its spacing can be adjusted according to the actual situation, adaptability is poor, and it is higher using limitation, and existing foaming furnaceman As when the energy that consumes it is more, so as to cause increased costs, while harmful gas of the generation generated in foaming process can pass through ventilation Pipe is dispersed into atmosphere, is polluted the environment, and is damaged to human health, so now developing a kind of rubber production hair Furnace is steeped, to solve the above problems.

Utility model content

The purpose of this utility model is to provide a kind of rubber production foaming furnaces, to solve to propose in above-mentioned background technique Existing foaming furnace inside install bracket and placement plate be it is fixed, its spacing cannot be adjusted according to the actual situation Section, adaptability is poor, higher using limitation, and the energy that when existing foaming furnace works consumes is more, so as to cause at This increase, while harmful gas of the generation generated in foaming process can be dispersed into atmosphere by ventilation duct, cause dirt to environment Dye, the problem of being damaged to human health.

To achieve the above object, the utility model provides the following technical solutions: a kind of rubber production foaming furnace, including bottom Seat, top plate and air-heater, the upper surface of the pedestal is fixed with first support, and the top of first support is connected with furnace body, institute The support rod that is internally provided with of furnace body is stated, and the upper end of support rod is equipped with the first placement plate, the top of first placement plate Second placement plate is installed, and third placement plate is installed above the second placement plate, first placement plate and second is placed The upper surface left and right ends of plate are respectively and fixedly provided with sleeve, and connecting rod is equipped on the inside of sleeve, and the top plate is located at connecting rod Upper end, and the upper surface of top plate is inlaid with ball, the upper surface of first placement plate, the second placement plate and third placement plate is left Right both ends are provided with baffle, and telescopic rod is fixed on the inside of baffle, and the top of telescopic rod is connected with backing plate, the heat Blower is located at the right side of furnace body, and the right surface of air-heater is connected with blast pipe, and the lower surface of the air-heater is equipped with buffering Groups of springs, and the lower end of buffer spring group is connected with second support, and the lower end of second support is fixed on the upper surface of pedestal, Communicating pipe is provided with below the blast pipe, and the left end of communicating pipe is connected with filter chamber, and the inside peace of filter chamber Equipped with filter screen, the left upper end of the furnace body is connected with discharge pipe, and purification pipe is connected on the inside of discharge pipe, and purify pipe Be internally provided with active carbon, control valve is provided with below the discharge pipe, the installed in front of the furnace body has furnace body door.

Preferably, second placement plate and third placement plate constitute lifting structure, and the second placement plate with connecting rod Be engraved structure in the middle part of third placement plate.

Preferably, the sleeve is threadedly coupled with connecting rod connection type, and connecting rod and the second placement plate and third The connection type of placement plate is to be connected together.

Preferably, the telescopic rod is symmetrically arranged with group about third placement plate, and the maximum elongation degree of telescopic rod is the The half of three placement plate length.

Preferably, the purification pipe is interior diameter and the outlet air for being threadedly coupled, and purifying pipe with the connection type of discharge pipe The overall diameter of pipe is equal.

Compared with prior art, the utility model has the beneficial effects that the rubber production foaming furnace, passes through sleeve and company Extension bar, it is convenient that spacing between each placement plate is adjusted, the topical type that placement plate uses is reduced, it is improved and adapts to energy Power, communicating pipe will recycle in filtered gas, reduce the consumption of the energy, during active carbon is to rubber pange The toxic and harmful gas distributed is adsorbed, and ambient enviroment is protected；

1, it is equipped with sleeve and connecting rod, by the thread connecting mode between sleeve and connecting rod, so that connecting rod is covering The inside of cylinder can elongate or shorten, and then have adjusted the first placement plate and the second placement plate and the second placement plate and third is put Spacing between plate is set, so that the mold of different height can be put between two placement plates, and then improves the suitable of placement plate Should be able to power, reduce using limitation；

2, it is equipped with telescopic rod, after the mold for filling rubber raw materials to be placed on to the upper surface of each placement plate, utilizes each placement Mold is fixed in the telescopic rod that plate upper surface left and right ends are respectively provided with, and avoids air-heater in the position of the process mold of blowing It sets and changes, keep the rubber-moulding in mold more intact；

3, it is equipped with buffer spring group and communicating pipe, the setting of buffer spring group reduces air-heater and generates during the work time Vibration, avoid and make air-heater and the untight phenomenon in furnace body junction because of the vibration of air-heater, the setting of communicating pipe It will be again fed in air-heater and be recycled by filtered hot wind, to save the energy consumed when device work Source reduces costs；

4, it is equipped with active carbon, logical active carbon adsorbs the toxic and harmful gas distributed during rubber pange, reduces The toxic and harmful gas generated during rubber pange, which permeates in air, to be absorbed by staff and influences health May, while also avoiding the pollution to ambient enviroment.

Detailed description of the invention

Fig. 1 is the utility model front cross-sectional structural schematic diagram；

Fig. 2 is the utility model positive structure schematic；

Fig. 3 is enlarged structure schematic diagram at A in the utility model Fig. 1；

Fig. 4 is the attachment structure schematic diagram of the utility model connecting rod and placement plate；

Fig. 5 is the overlooking structure diagram of the first placement plate of the utility model.

In figure: 1, pedestal；2, first support；3, furnace body；4, support rod；5, the first placement plate；6, the second placement plate；7, Three placement plates；8, sleeve；9, connecting rod；10, top plate；11, ball；12, baffle；13, telescopic rod；14, backing plate；15, air-heater； 16, blast pipe；17, buffer spring group；18, second support；19, communicating pipe；20, filter chamber；21, filter screen；22, discharge pipe； 23, purification pipe；24, active carbon；25, control valve；26, furnace body door.

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.

Fig. 1-5 is please referred to, the utility model provides a kind of technical solution: a kind of rubber production foaming furnace, including pedestal 1, first support 2, furnace body 3, support rod 4, the first placement plate 5, the second placement plate 6, third placement plate 7, sleeve 8, connecting rod 9, Top plate 10, ball 11, baffle 12, telescopic rod 13, backing plate 14, air-heater 15, blast pipe 16, buffer spring group 17, second support 18, communicating pipe 19, filter chamber 20, filter screen 21, discharge pipe 22, purification pipe 23, active carbon 24, control valve 25 and furnace body door 26, The upper surface of pedestal 1 is fixed with first support 2, and the top of first support 2 is connected with furnace body 3, and furnace body 3 is internally provided with branch Strut 4, and the upper end of support rod 4 is equipped with the first placement plate 5, the top of the first placement plate 5 is equipped with the second placement plate 6, and The top of second placement plate 6 is equipped with third placement plate 7, and the upper surface left and right ends of the first placement plate 5 and the second placement plate 6 are equal It is fixed with sleeve 8, and the inside of sleeve 8 is equipped with connecting rod 9, top plate 10 is located at the upper end of connecting rod 9, and the upper table of top plate 10 Face is inlaid with ball 11, and the upper surface left and right ends of the first placement plate 5, the second placement plate 6 and third placement plate 7 are provided with gear Plate 12, and the inside of baffle 12 is fixed with telescopic rod 13, and the top of telescopic rod 13 is connected with backing plate 14, air-heater 15 is located at The right side of furnace body 3, and the right surface of air-heater 15 is connected with blast pipe 16, the lower surface of air-heater 15 is equipped with buffer spring group 17, and the lower end of buffer spring group 17 is connected with second support 18, and the lower end of second support 18 is fixed on the upper table of pedestal 1 Face, the lower section of blast pipe 16 is provided with communicating pipe 19, and the left end of communicating pipe 19 is connected with filter chamber 20, and filter chamber 20 Inside filter screen 21 is installed, the left upper end of furnace body 3 is connected with discharge pipe 22, and the inside of discharge pipe 22 is connected with purification pipe 23, and purify pipe 23 is internally provided with active carbon 24, and the lower section of the discharge pipe 22 is provided with control valve 25, furnace body 3 Installed in front has furnace body door 26.

As the second placement plate 6 in Fig. 3 and third placement plate 7 constitute lifting structure, and the second placement plate 6 with connecting rod 9 Middle part with third placement plate 7 is engraved structure, and the design of lifting structure facilitates the adjusting to spacing between a placement plate, The adaptability of placement plate is improved, the design of engraved structure keeps the mold bottom for being placed on placement plate upper surface heated more Even, the rubber pange for keeping it internal is more smooth.

Sleeve 8 is threadedly coupled with 9 connection type of connecting rod as shown in figure 1, and connecting rod 9 and the second placement plate 6 and third The connection type of placement plate 7 is to be connected together, and using the threaded connection between sleeve 8 and connecting rod 9, can be placed to first Spacing between plate 5 and the second placement plate 6 and the second placement plate 6 and third placement plate 7 is adjusted, and be connected together mode User installation and removal between connecting rod 9 and the second placement plate 6 and third placement plate 7.

As telescopic rod 13 about third placement plate 7 is symmetrically arranged with 2 groups in Fig. 3, and the maximum elongation degree of telescopic rod 13 is The half of 7 length of third placement plate can be fixed the mold of placement plate upper surface by the telescopic rod 13 of setting, The interference for making it not dried by air-heater 15, the maximum elongation degree of telescopic rod 13 are the half of placement plate, are given full play to Fixed function when telescopic rod 13 extends, facilitates and different size of mold is fixed.

It is to be threadedly coupled, and purify the interior diameter of pipe 23 and go out with the connection type of discharge pipe 22 as purified pipe 23 in Fig. 4 The overall diameter of air hose 22 is equal, and the mode of threaded connection facilitates the installation and removal of purification pipe 23 and discharge pipe 22, while The replacement for facilitating active carbon 24 keeps the interior diameter for purifying pipe 23 equal with the overall diameter of discharge pipe 22, it is therefore an objective to prevent from out The exhaust gas that air hose 22 comes out is excessive, is dispersed into air, pollutes environment.

Working principle: when using the rubber production foaming furnace, rubber raw materials to be foamed are put into mold first In, then furnace body door 26 is opened, the mold for filling the raw material of rubber is sequentially placed into respectively to the first placement plate 5, second and is put It sets the upper surface of plate 6 and third placement plate 7, the spacing between two placement plates is if desired adjusted according to the height of mold, then it can be with By being rotatablely connected bar 9, so that its length is increased or is shortened, reach the adjustment to spacing between two placement plates, keep it more convenient Be put into, while the ball 11 of the upper surface setting of the top plate 10 of 9 upper end of connecting rod connection reduces in top plate 10 and placement plate The friction of side keeps the rotation of connecting rod 9 more smooth, with then by adjusting the extended length of telescopic rod 13, carries out to mold It is fixed, furnace body door 26 is shut after fixed, 25 upward sliding of control valve temporarily blocks discharge pipe 22, then opens heat The switch of blower 15, and the temperature of air-heater 15 is adjusted, it allows extraneous cold wind to enter by blast pipe 16, then leads to Cold wind is become hot wind by the processing for crossing air-heater 15, is foamed to the rubber placed inside furnace body 3, inside filter chamber 20 After be arranged, filter screen 21 is filtered the hot wind generated in foaming process, air-heater is again fed to by communicating pipe 19 It is recycled in 15, while the buffer spring group 17 of 15 lower surface of air-heater setting reduces the shake generated when air-heater 15 works It is dynamic, air-heater 15 is finally closed after rubber pange, opens control valve 25, passes through the active carbon being arranged inside purification pipe 23 24 pairs of exhaust gas come out from discharge pipe 22 adsorb, and avoid exhaust emissions from polluting the environment into air, mistake After the section time, furnace body door 26 is opened, finished product is taken out, here it is the whole process that the rubber production is used with foaming furnace.

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 (5)

1. a kind of rubber production foaming furnace, including pedestal (1), top plate (10) and air-heater (15), it is characterised in that: the bottom The upper surface of seat (1) is fixed with first support (2), and the top of first support (2) is connected with furnace body (3), the furnace body (3) It is internally provided with support rod (4), and the upper end of support rod (4) is equipped with the first placement plate (5), first placement plate (5) Top is equipped with the second placement plate (6), and third placement plate (7) are equipped with above the second placement plate (6), and described first places The upper surface left and right ends of plate (5) and the second placement plate (6) are respectively and fixedly provided with sleeve (8), and are equipped with connection on the inside of sleeve (8) Bar (9), the top plate (10) is located at the upper end of connecting rod (9), and the upper surface of top plate (10) is inlaid with ball (11), and described The upper surface left and right ends of one placement plate (5), the second placement plate (6) and third placement plate (7) are provided with baffle (12), and are kept off It is fixed on the inside of plate (12) telescopic rod (13), and the top of telescopic rod (13) is connected with backing plate (14), the air-heater (15) it is located at the right side of furnace body (3), and the right surface of air-heater (15) is connected with blast pipe (16), under the air-heater (15) Surface is equipped with buffer spring group (17), and the lower end of buffer spring group (17) is connected with second support (18), and second The lower end of frame (18) is fixed on the upper surface of pedestal (1), is provided with communicating pipe (19) below the blast pipe (16), and is connected to The left end of pipe (19) is connected with filter chamber (20), and the inside of filter chamber (20) is equipped with filter screen (21), the furnace body (3) left upper end is connected with discharge pipe (22), and purification pipe (23) is connected on the inside of discharge pipe (22), and purify pipe (23) Be internally provided with active carbon (24), be provided with control valve (25) below the discharge pipe (22), the front side of the furnace body (3) Furnace body door (26) are installed.

2. a kind of rubber production foaming furnace according to claim 1, it is characterised in that: second placement plate (6) and Third placement plate (7) constitutes lifting structure with extension bar (9), and is in the middle part of the second placement plate (6) and third placement plate (7) Engraved structure.

3. a kind of rubber production foaming furnace according to claim 1, it is characterised in that: the sleeve (8) and connecting rod (9) connection type is to be threadedly coupled, and connecting rod (9) and the connection type of the second placement plate (6) and third placement plate (7) are It is connected together.

4. a kind of rubber production foaming furnace according to claim 1, it is characterised in that: the telescopic rod (13) is about Three placement plates (7) are symmetrically arranged with 2 groups, and the maximum elongation degree of telescopic rod (13) be third placement plate (7) length two/ One.

5. a kind of rubber production foaming furnace according to claim 1, it is characterised in that: the purification pipe (23) and outlet air The connection type for managing (22) is to be threadedly coupled, and the interior diameter for purifying pipe (23) is equal with the overall diameter of discharge pipe (22).