CN201508033U - Pressure deaeration device - Google Patents
Pressure deaeration device Download PDFInfo
- Publication number
- CN201508033U CN201508033U CN2009201759343U CN200920175934U CN201508033U CN 201508033 U CN201508033 U CN 201508033U CN 2009201759343 U CN2009201759343 U CN 2009201759343U CN 200920175934 U CN200920175934 U CN 200920175934U CN 201508033 U CN201508033 U CN 201508033U
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- guiding gutter
- room
- air
- outlet
- outlet air
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Abstract
The utility model relates to a pressure deaeration device, which comprises a tank body, a partition plate, a heating assembly and a plurality of diversion grooves, wherein the partition plate is arranged in an interior space of the tank body to divide the interior space into a first accommodation chamber and a second accommodation chamber, and a plurality of wind outlets connected with the inner circumferential wall of the tank body are arranged on the peripheral edge of the partition plate; the heating assembly is arranged in the first accommodation chamber, and the diversion grooves are arranged in the second accommodation chamber; and the openings at the two ends of each diversion groove is respectively communicated with the wind outlet and the first accommodation chamber, and a first wind outlet surface, a second wind outlet surface and a side wind outlet surface of each diversion groove are provided with at least one wind supply opening communicated with the second accommodation chamber. Accordingly, the heat in the first accommodation chamber is uniformly supplied to the second accommodation chamber through the wind supply openings, and further the temperature uniformity in the second accommodation chamber is improved.
Description
Technical field
The utility model is about a kind of pressurized deairing device, and particularly a kind of have a pressurized deairing device that promotes the equal temp effect of internal capacity room.
Background technology
Please refer to shown in Fig. 1 and 2, a kind of existing pressurized deairing device, announce " loop heating system of pressure debubble pressure chamber " novel patent case of M297615 number as TaiWan, China, it comprises one barrel of groove body 7, several guiding gutters 8 and a heating component 9, and this guiding gutter 8 and heating component 9 are arranged at respectively in the inner space 71 of this barrel groove body 7.
The dismountable respectively lid 72,73 that is provided with in this barrel groove body 7 two ends, and combine closely on the two ends of this barrel groove body 7 by a rotary flange 74; The inner space 71 of this barrel groove body 7 is provided with a dividing plate 75, and this dividing plate 75 is separated into two room 71a, 71b with this inner space 71, and is formed with several and this guiding gutter 8 corresponding air outlets 751 between this dividing plate 75 and this barrel groove body 7 internal perisporiums.
Respectively this guiding gutter 8 is symmetricly set on this barrel groove body 7 internal faces, and the front opening of this guiding gutter 8 is greater than end openings, and this front opening and this air outlet 751 contraposition mutually, to be communicated with this room 71a; This end openings then is connected with this room 71b.In addition, respectively the side of this guiding gutter 8 is provided with several SAOs 81, and respectively slidably be provided with a valve 811 (as shown in Figure 2) on this SAO 81 respectively,, and then adjust the gas flow that passes through this SAO 81 by the aperture of these valve 811 these SAOs 81 of control.
This heating component 9 is arranged in this room 71a, and it comprises a turbofan 91 and several heating units 92, and this turbofan 91 is arranged at this lid 72, respectively this heating unit 92 then annular arrangement be distributed in the outside of this turbofan 91.
The bulk temperature that promotes this inner space 71 when desire is when carrying out deaeration pressurization program, this heating unit 92 heating earlier promotes the temperature in this room 71a, and utilize this turbofan 91 that the hot gas in this room 71a is sent in this guiding gutter 8 from this air outlet 751, then hot gas blows into this room 71b by several SAOs 81 and the end openings of this guiding gutter 8, promotes and keep the bulk temperature of this room 71b whereby.
Yet, because the SAO 81 of existing pressurized deairing device only is arranged on the single side of this guiding gutter 8 (this guiding gutter 8 has the side of big width as shown in Figure 2), and this side is towards the central part of this barrel groove body 7, therefore after hot gas enters this room 71b from this SAO 81, most of hot gas can concentrate on this inner space 71 central authorities earlier, directly flow by thermal convection principle again towards the top of this room 71b, cause hot gas to concentrate on this room 71b top mostly, and cause the lower situation of this room 71b bottom temp, so that the temperature contrast of the inner each point of this room 71b is excessive.Moreover, this valve 811 is only in order to control the gas flow of hot gas, hot gas can only be sent into towards this room 71b middle position with single angle or direction during by this SAO 81, and existing pressurized deairing device can't effectively promote the equal temp effect of this room 71b inside in fact.For these reasons, existing pressurized deairing device has necessity of being improved really.
The utility model content
The utility model provides a kind of pressurized deairing device, mainly makes each position of this pressurized deairing device inside maintain impartial temperature, and it is a purpose of design of the present utility model.
The utility model provides a kind of pressurized deairing device, mainly can promote the bulk temperature of this pressurized deairing device inside fast, in order to carrying out the pressure debubble program, is another purpose of the present utility model.
According to pressurized deairing device of the present utility model, it comprises one barrel of groove body, a dividing plate, a heating component and several guiding gutters, this barrel groove body has an inner space, and this dividing plate is arranged at this inner space and this inner space is separated into one first room and one second room, and this dividing plate is provided with several air outlet and air intake vents of being connected with this barrel groove body internal perisporium.This heating component is arranged in this first room, and it comprises a heat transmitter and several heating units, and this heat transmitter is arranged at a side of this air intake vent, and these several heating units then annular arrangement are distributed in the outside of this heat transmitter.Respectively this guiding gutter is symmetricly set in the internal face of this barrel groove body respectively, and be positioned at this second room, respectively this guiding gutter is provided with a front opening and an end openings respectively at two ends, and this front opening is communicated with this air outlet, and this end openings then is communicated with this second room; In addition, respectively this guiding gutter has one first outlet air surface, one second outlet air surface and a side air-out face respectively, and is provided with at least one SAO respectively at this first outlet air surface, second outlet air surface and side air-out face, and this SAO is connected with this second room.
Useful technique effect of the present utility model is: pressurized deairing device of the present utility model, owing to have one first outlet air surface respectively at this guiding gutter respectively, one second outlet air surface and a side air-out face, and respectively at this first outlet air surface, second outlet air surface and side air-out face are provided with at least one SAO, make the inner space of more quickly and evenly hot blast being delivered to groove bucket body, reaching respectively by the end openings at each guiding gutter simultaneously, this SAO is provided with pivotable guide vane, so that the user can adjust the respectively wind direction of this runner by this guide vane that pivots, make hot gas to be admitted in this second room with different wind directions by this runner respectively, further make the more even and dispersion in air-supply zone, and the internal temperature of this second room of fast lifting.
Description of drawings
Fig. 1: look and cutaway view on the existing pressurized deairing device.
Fig. 2: existing pressurized deairing device side-looking and cutaway view.
Fig. 3: look and cutaway view on the utility model first embodiment.
Fig. 4: forward sight and the cutaway view of the utility model first embodiment.
Fig. 5: the sectional perspective enlarged drawing of the guiding gutter of the utility model first embodiment.
Fig. 6: the utility model first embodiment is along the guiding gutter broken section and the top view of 6-6 line.
Fig. 7: the gas flow signal and the top view of the actual operating position of the utility model first embodiment.
Fig. 8: the gas flow signal and the rearview of the actual operating position of the utility model first embodiment.
Fig. 9: look and cutaway view on the utility model second embodiment.
Figure 10: the sectional perspective enlarged drawing of the guiding gutter of the utility model second embodiment.
Figure 11: the utility model second embodiment is along the guiding gutter broken section and the top view of 11-11 line.
The main element symbol description
The 1 barrel of groove body 11 inner space 11a first room 11b second room
12 lids, 13 lids, 14 conjunctions, 2 dividing plates
21 air outlets, 22 air intake vents, 3 heating components, 31 heat transmitters
32 heating units, 4 guiding gutters, 41 front openings, 42 end openings
43 first outlet air surfaces, 44 second outlet air surfaces, 45 side air-out faces, 46 SAOs
7 barrels of groove bodies of 47 guide vanes, 71 inner space 71a rooms
75 dividing plates, 751 air outlets, 8 guiding gutters, 81 SAOs
811 valves, 9 heating components, 91 turbofan, 92 heating units
The specific embodiment
For above-mentioned and other purpose of the present utility model, feature and advantage can be become apparent, preferred embodiment of the present utility model cited below particularly, and conjunction with figs. are described in detail below:
Please refer to shown in Fig. 3 and 4, pressurized deairing device of the present utility model comprises one barrel of groove body 1, a dividing plate 2, a heating component 3 and several guiding gutters 4.This barrel groove body 1 is a hollow cell body, and it has an inner space 11, and this dividing plate 2, heating component 3 and several guiding gutters 4 all are arranged at the inner space 11 of this barrel groove body 1, and this dividing plate 2 is at this heating component 3 and respectively between this guiding gutter 4.
This barrel groove body 1 is provided with two lids 12,13, and this two lid 12,13 is by dismountable respectively two end openings that are incorporated into this barrel groove body 1 respectively of a conjunction 14, and the conjunction 14 of present embodiment is chosen as an existing rotary flange.
This dividing plate 2 is arranged at the position of this inner space 11 near this lid 12, so that this inner space 11 is separated into one first room 11a and one second room 11b by this dividing plate 2, wherein this first room 11a is near this lid 12, this second room 11b is then near this lid 13, and the space of this second room 11b is greater than the space of this first room 11a, and this second room 11b is in order to ccontaining plate body object of desiring to carry out pressure debubble.In addition, this dividing plate 2 is provided with several air outlets 21 and an air intake vent 22, and respectively this air outlet 21 is arranged at the outer peripheral edges of this dividing plate 2, and is in close proximity to the internal perisporium of this barrel groove body 1; This air intake vent 22 is opened in the center of this dividing plate 2, and this first room 11a can be connected with this second room 11b by this air intake vent 22.
This heating component 3 is arranged in this first room 11a, this heating component 3 comprises a heat transmitter 31 and several heating units 32, these heat transmitter 31 a preferable fan or other wind dispelling members of being chosen as, the then preferable heaters such as an electrothermal tube or electronics pyrogenicity chip that are chosen as of this heating unit 32.The heat transmitter 31 of present embodiment is selected to be arranged on this lid 12, and air intake vent 22 contraposition mutually with this dividing plate 2,32 of this heating units are arranged on this dividing plate 2, and with this heat transmitter 31 is that center ring is established and is arranged in this heat transmitter 31 outsides, enters this guiding gutter 4 so that this heat transmitter 31 orders about the hot gas that this heating unit 32 produced by this air outlet 21.
Please refer to shown in Fig. 3 to 6, this guiding gutter 4 is an elongated slot road, and it is symmetricly set on this barrel groove body 1 internal face, and the quantity of this guiding gutter 4 is same as the quantity of the air outlet 21 of this dividing plate 2.Two ends of this guiding gutter 4 have an opening respectively, and this two opening has identical openings of sizes, are front opening 41 with these air outlet 21 mutual contrapositions and the opening that is communicated with wherein, and another opening that is connected with this second room 11b then is end openings 42.In addition, this guiding gutter 4 comprises one first outlet air surface 43, one second outlet air surface 44 and a side air-out face 45 in addition, the outer surface that this first outlet air surface 43, second outlet air surface 44 and side air-out face 45 adjoin each other for this guiding gutter 4, this side air-out face 45 is between this first outlet air surface 43 and second outlet air surface 44, and towards the shaft core position of this barrel groove body 1, this first outlet air surface 43 and second outlet air surface 44 are then individually towards the top and the bottoms (as shown in Figure 8) of this inner space 11.In addition, be respectively equipped with at least one SAO 46 on this first outlet air surface 43, second outlet air surface 44 and the side air-out face 45, and at least one guide vane 47 pivotable contrapositions are incorporated into respectively on this SAO 46 and end openings 42, reach the angle that changes hot gas output whereby.
Please refer to shown in Fig. 7 and 8, the SAO 46 of present embodiment and the quantity of guide vane 47 all are chosen as three and describe as embodiment.If when the user carries out the pressure debubble program with desire to the plate body object, at first the plate body object is inserted in this second room 11b, and by these two lids, 12,13 these inner spaces 11 of sealing; Then, open the temperature that this heating unit 32 promotes in this first room 11a, and continue the gas in this first room 11a is sent in this guiding gutter 4 by this air outlet 21 by this heat transmitter 31, order about hot gas and flow towards this end openings 42 from the front opening 41 of this guiding gutter 4.When hot gas in this guiding gutter 4 during by this SAO 46 respectively, hot gas can enter in this second room 11b by this SAO 46 respectively, because guiding gutter 4 of the present utility model is provided with this SAO 46 in this first outlet air surface 43, second outlet air surface 44 and side air-out face 45 simultaneously, so hot gas can be admitted to top, bottom and the central part of this second room 11b simultaneously equably, further effectively promote the uniform temperature and the firing rate at each position in this second room 11b.
In addition, the utility model reaches respectively in this end openings 42 especially, and this SAO 46 is provided with several pivotable guide vanes 47, this guide vane 47 can be distinguished into several runners (not indicating) with this end openings 42 or this SAO 46, and the user can adjust the respectively wind direction of this runner by this guide vane 47 that pivots, make hot gas to be admitted in this second room 11b with different wind directions by this runner respectively, further make the more even and dispersion in air-supply zone, hence one can see that, and the utility model pressurized deairing device not only has the effect of fast lifting room temperature, has more the effect of keeping each point temperature equalization in the room.Please refer to shown in Figure 9ly, it discloses the pressurized deairing device of second embodiment of the invention.Compared to first embodiment, the guiding gutter 4 of present embodiment is a tapering type conduit, the opening size of the front opening 41 of this guiding gutter 4 is greater than the opening size of the end openings 42 of this guiding gutter 4, thus when hot gas flows in this guiding gutter 4, two ends of this guiding gutter 4 produce a fluid pressure differential, force the easier SAO 46 of hot gas just to be admitted in this second room 11b from close this front opening 41, and can not allow most of hot gas all be admitted to this second room 11b from SAO 46 near this end openings 42, make the interior each point of room of the present utility model have more all temperature states whereby.
The pressurized deairing device entire length of present embodiment is shorter, so the quantity of this SAO 46 and guide vane 47 is chosen as one according to the length of this barrel groove body 1 and describes as embodiment, because first outlet air surface 43, second outlet air surface 44 and the side air-out face 45 in this guiding gutter 4 is provided with this SAO 46 simultaneously, so hot gas can be admitted to top, bottom and the central part of this second room 11b simultaneously equably, make each position of the second room 11b inside of the present utility model maintain impartial temperature, further effectively promote the uniform temperature of operating environment.
Pressurized deairing device of the present utility model, because reaching respectively in this end openings 42, this SAO 46 is provided with pivotable this guide vane 47, so that the user can adjust the respectively wind direction of this runner by this guide vane 47 that pivots, make hot gas to be admitted in this second room 11b with different wind directions by this runner respectively, further make the more even and dispersion in air-supply zone, and the internal temperature of this second room of fast lifting 11b.
Claims (6)
1. pressurized deairing device is characterized in that comprising:
A bucket groove body has an inner space;
A dividing plate is arranged at this inner space, and this inner space is separated into one first room and one second room, and this dividing plate is provided with an air intake vent and several air outlets, and respectively this air outlet is located at this dividing plate outer peripheral edges;
A heating component is arranged in this first room, and this heating component comprises a heat transmitter and several heating units, and this heat transmitter is arranged at a side of this air intake vent, and these several heating units lay respectively between this heat transmitter and this several air outlets; And
Several guiding gutters, be arranged at the internal face of this barrel groove body, and be positioned at this second room, respectively this guiding gutter is provided with a front opening and an end openings respectively at two ends, respectively this front opening is communicated with respectively this air outlet, this end openings then is communicated with this second room, respectively this guiding gutter has one first outlet air surface, second outlet air surface and a side air-out face respectively, and be provided with at least one SAO respectively at respectively this first outlet air surface, second outlet air surface and side air-out face, respectively this SAO is connected with this second room.
2. according to the described pressurized deairing device of claim 1, it is characterized in that, respectively this guiding gutter its end openings and respectively this SAO be respectively equipped with at least one pivotable guide vane, respectively this guide vane respectively this guiding gutter end openings and respectively this SAO be distinguished into several runners.
3. according to claim 1 or 2 described pressurized deairing devices, it is characterized in that respectively this guiding gutter is an elongated slot road, and respectively the both ends open of this guiding gutter has same size respectively.
4. according to claim 1 or 2 described pressurized deairing devices, it is characterized in that respectively this guiding gutter is a tapering type conduit, and respectively the front opening size of this guiding gutter greater than the end openings size of this guiding gutter.
5. according to the described pressurized deairing device of claim 1, it is characterized in that the quantity of described guiding gutter is same as the quantity of the air outlet of this dividing plate.
6. according to the described pressurized deairing device of claim 1, it is characterized in that, the outer surface that adjoins each other for this guiding gutter respectively of this first outlet air surface, second outlet air surface and side air-out face respectively, respectively this side air-out face is respectively between this first outlet air surface and second outlet air surface, and towards the shaft core position of this barrel groove body, respectively this first outlet air surface and second outlet air surface are then individually towards the top and the bottoms of this inner space.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201759343U CN201508033U (en) | 2009-08-27 | 2009-08-27 | Pressure deaeration device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201759343U CN201508033U (en) | 2009-08-27 | 2009-08-27 | Pressure deaeration device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201508033U true CN201508033U (en) | 2010-06-16 |
Family
ID=42469160
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201759343U Expired - Fee Related CN201508033U (en) | 2009-08-27 | 2009-08-27 | Pressure deaeration device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201508033U (en) |
-
2009
- 2009-08-27 CN CN2009201759343U patent/CN201508033U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100616 Termination date: 20130827 |