CN202428507U - Automatic electric heating wood deinsectization and drying equipment - Google Patents
Automatic electric heating wood deinsectization and drying equipment Download PDFInfo
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- CN202428507U CN202428507U CN2011205489798U CN201120548979U CN202428507U CN 202428507 U CN202428507 U CN 202428507U CN 2011205489798 U CN2011205489798 U CN 2011205489798U CN 201120548979 U CN201120548979 U CN 201120548979U CN 202428507 U CN202428507 U CN 202428507U
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Abstract
Automatic electric heating wood deinsectization and drying equipment is characterized by comprising a first working chamber (10) and a second working chamber (20) which are mutually communicated through a pipeline (30), a control device (40) is arranged outside the first working chamber (10), temperature circulation devices (51) are arranged in the first working chamber (10) and the second working chamber (20), a plurality of moisture-removing devices (52) are arranged in the pipeline (30), a heating device (60) is respectively arranged in the first working chamber (10) and the second working chamber (20), a humidifying device (70) is arranged at the top of the second working chamber (20), a plurality of air valves (80) for controlling the temperature in the working chambers are arranged in the pipeline (30), and the heating devices (60) and the humidifying device (70) are both in electric connection with the control device (40). The automatic electric heating wood deinsectization and drying equipment has the advantages of being high in automation degree, small in size, low in energy resource consumption and environment pollution, low in production cost, convenient to operate and the like.
Description
Technical field
The utility model relates to Wood Processing, particularly relates to a kind ofly can be automatically timber being carried out automatic electric heating timber that drying and high temperature sterilization, deinsectization the use drying equipment of removing the evil.
Background technology
Traditional Wood Processing technology comprises basic process technology such as wood cutting, drying, gummed, incrustation, and function treatment technology such as wood protection, Wooden modifying.In the treating of wood, the moisture content of timber can impact cut, as needing in veneer method for making and the Chip Production timber is carried out the moist wood cutting, and large-scale workpiece then needs the bole cutting.The dry specially finger lumber drying usually of timber.The existing timber drying equipment of removing the evil is to use steam boiler to produce heat energy and steam, and its treatment facility is bulky, and energy resource consumption and environmental pollution are bigger, in case misoperation is blasted easily.In addition, the said equipment also needs two workmans that hold the special equipment employee's card on duty in turn, and operation inconvenience has increased the enterprise production cost.
Summary of the invention
The utility model is intended to address the above problem; Through automatic control timber is carried out the high temperature sterilization deinsectization and provide a kind of, also can be automatically the temperature in the workplace and humidity be made corresponding adjustment with the automatic electric heating timber that satisfies suitable temperature and the damp condition drying equipment of removing the evil.
For realizing above-mentioned purpose; The utility model provides a kind of automatic electric heating timber drying equipment of removing the evil, and it is characterized in that it comprises first workplace and second workplace; First workplace and second workplace are interconnected through pipeline; The said first workplace outside is provided with control device, is provided with the temperature cycles device in said first workplace, second workplace, is provided with a plurality of humidity-discharging devices in the pipeline; Be respectively equipped with heat riser in said first workplace and second workplace; The said second workplace top is provided with damping device, is provided with a plurality of air valves that temperature is used in the workplace that are used to control in the said pipeline, and said temperature cycles device, humidity-discharging device, heat riser, damping device all are electrically connected with said control device.
Said pipeline comprises many interior conduits being located at first workplace and second workplace and the yard piping that is connected with said interior conduit.
Said interior conduit comprises two first interior conduits, two second interior conduits and two article of the 3rd interior conduit; Wherein, Article two, first interior conduit is separately positioned on the middle part in first workplace and second workplace; And along first workplace and interior two side and the top setting of second workplace, two second interior conduits are separately positioned on the partition wall both sides in first workplace and second workplace, and two article of the 3rd interior conduit is separately positioned on first workplace and both sides, second workplace inner bottom part front and back; Wherein the 3rd interior conduit of front side is connected with said two second interior conduits; And extend in first workplace and second workplace, and its open at both ends, the 3rd interior conduit of rear side is communicated with described two first interior conduits and two second interior conduits respectively.
Said yard piping is a three-way pipeline, the upper end of yard piping and exterior, the lower end of yard piping respectively with first workplace and second workplace in interior conduit be connected.
Said air valve comprises first air valve, second air valve, the 3rd air valve and the 4th air valve; Wherein, first air valve is located at the air intake place of yard piping and junction, the first workplace top, and said second air valve is located at the air intake place of yard piping and junction, the second workplace top; Said the 3rd air valve is located at the place, gas outlet of yard piping; Said the 4th air valve is located at and is communicated with in first workplace and the second workplace foot passage, closes and first air valve and second air valve when opening when the 3rd air valve, and the steam while circulates in first workplace and second workplace; When first air valve is closed and second air valve and the 3rd air valve when opening; Steam circulates in second workplace, closes and first air valve and the 3rd air valve when opening when second air valve, and steam circulates in first workplace.
Said temperature cycles device is a circulating fan, and humidity-discharging device is a wet-emitting blower, and said temperature cycles device is located at the interior conduit internal upper part of said first workplace and second workplace; Said a plurality of humidity-discharging device is located at respectively and is leaned on first workplace and second workplace, one side in the said yard piping, and said temperature cycles device is electrically connected with said control device, when temperature reaches setting value in a certain workplace; Then the temperature cycles device starts, and steam is blown in another workplace, thereby the temperature in two workplaces is consistent; When the temperature of two workplaces reaches setting value simultaneously; Then the temperature cycles device quits work, and when humidity reached setting value in first workplace and second workplace, then humidity-discharging device started; Air valve is opened; Unnecessary steam is gone out workplace through row of conduits, and when humidity reached normal value in the workplace, humidity-discharging device quit work.
Said heat riser is an electrothermal tube; It is loaded in the interior conduit of said first workplace and second workplace, and said heat riser is connected with the temperature cycles device, and the temperature in first workplace and second workplace is lower than preset value; Then control device is connected the heat riser heating; If temperature surpasses the early warning temperature, then heat riser outage, heating up stops.
Said damping device comprises electromagnetic induction heater, water tank and condensate tank of dehumidifier, and wherein, said electromagnetic induction heater is located at the said second workplace top; The one of which end is electrically connected with said control device; Its other end links to each other with said heating tube through coil, and an end of this heating tube is connected with water tank through condensate tank of dehumidifier, and the other end of heating tube is connected with second workplace through pipeline; Water level in condensate tank of dehumidifier detects water tank then begins water filling in the water tank when being lower than preset value; Water in the water tank is delivered in the heating tube, and produces eddy current through electromagnetic induction heater, thereby makes the heating tube heating; And make the water boiling in the heating tube produce steam, if the water level in the condensate tank of dehumidifier detection water tank is higher than preset value then stops water filling.
The inwall of said first workplace and second workplace is processed by stainless steel.
The contribution of the utility model is, it has effectively overcome the timber dry defective of using traditional steam boiler to carry out the high temperature sterilization deinsectization of removing the evil.The utility model carries out the automatic control of high temperature sterilization deinsectization process through programmable automaton to timber, and automatically temperature in the workplace and humidity is made corresponding adjustment, to satisfy optimum condition.The utlity model has that volume is little, energy resource consumption and environmental pollution be low, characteristics such as easy to operate.
[description of drawings]
Fig. 1 is the overall structure cutaway view of the utility model.
Fig. 2 is that the A-A of Fig. 1 analyses and observe intention.
Fig. 3 is the interior conduit overall structure schematic perspective view of the utility model.
Fig. 4 is the condensate tank of dehumidifier of the utility model and the sketch map that is connected of water tank.
[specific embodiment]
The following example is to the further explanation of the utility model and replenishes, the utility model is not constituted any limitation.
Shown in Fig. 1～3; A kind of automatic electric heating timber of the utility model drying equipment of removing the evil, it comprises first workplace 10, second workplace 20, pipeline 30, control device 40, temperature cycles device 51, humidity-discharging device 52, heat riser 60, damping device 70 and a plurality of air valve 80.In the present embodiment, the inwall of said first workplace 10 and second workplace 20 is processed by stainless steel.Said first workplace 10 and second workplace 20 are interconnected through pipeline 30.Said first workplace 10 outsides are provided with in control device 40, the first workplaces 10, second workplace 20 and are respectively equipped with temperature cycles device 51 and heat riser 60.
As shown in Figure 3; Said pipeline 30 comprises interior conduit 31 and yard piping 32; Said interior conduit 31 comprises two first interior conduits 311, two second interior conduits 312 and two article of the 3rd interior conduit 313; Wherein, two first interior conduits 311 are separately positioned on the middle part in first workplace 10 and second workplace 20, and are provided with along two side and the top in first workplace 10 and second workplace 20; Article two, second interior conduit 312 is separately positioned on the partition wall both sides in first workplace 10 and second workplace 20; Article two, the 3rd interior conduit 313 is separately positioned on first workplace 10 and both sides, second workplace, 20 inner bottom parts front and back, and wherein the 3rd interior conduit of front side is connected with said two second interior conduits 312, and extends in first workplace 10 and second workplace 20; And its open at both ends, the 3rd interior conduit of rear side are communicated with described two first interior conduits 311 and two second interior conduits 312 respectively.Said yard piping 32 is a three-way pipeline, the upper end of yard piping 32 and exterior, and the lower end of yard piping 32 is connected with first workplace 10 and second workplace, 20 interior interior conduits 31 respectively
As shown in Figure 1, said air valve 80 is used to control temperature in the workplace, and it comprises first air valve 81, second air valve 82, the 3rd air valve 83 and the 4th air valve 84, and wherein, first air valve 81 is located at the air intake place of yard piping 32 and junction, first workplace, 10 top.Said second air valve 82 is located at the air intake place of yard piping 32 and junction, second workplace, 20 top.Said the 3rd air valve 83 is located at the place, gas outlet of yard piping 32.Said the 4th air valve 84 is located at and is communicated with in first workplace 10 and second workplace, 20 foot passages 33.When the 3rd air valve 83 is closed and first air valve 81 and second air valve 82 when opening; Steam circulates in first workplace 10 and second workplace 20 simultaneously; When first air valve 81 is closed and second air valve 82 and the 3rd air valve 83 when opening; Steam circulates in second workplace 20, closes and first air valve 81 and the 3rd air valve when opening when second air valve 82, and steam circulates in first workplace.Article three, the air channel is controlled separately through three-way pipeline 30 and a plurality of air valve 80 respectively, can make the temperature in two workplaces more even effectively.After a workplace is finished dealing with, can the heat in this workplace be incorporated in another workplace through pipeline, thereby can practice thrift the part heating-up time, reach energy-conservation effect.
Like Fig. 1, shown in Figure 3, said temperature cycles device 51 is a circulating fan, and said humidity-discharging device 52 is a wet-emitting blower, and said circulating fan and wet-emitting blower can be axial fan or cross flow blower.Said temperature cycles device 51 is located at interior conduit 31 internal upper parts of said first workplace 10 and second workplace 20; Two humidity-discharging devices 52 relatively are arranged in the said yard piping 32 and lean on first workplace 10 and second workplace, 20 1 sides, and said temperature cycles device 51 and humidity-discharging device 52 are electrically connected with said control device 40 respectively.When temperature reaches setting value in a certain workplace; Then the temperature cycles device starts; Unnecessary heat in this workplace is incorporated in another workplace through pipeline; Thereby the temperature in two workplaces is consistent, and when the temperature of two workplaces reached setting value simultaneously, then temperature cycles device 50 quit work.When humidity reached setting value in first workplace 10 and second workplace 20, then humidity-discharging device 52 started, and air valve 80 is opened, and unnecessary steam is discharged workplace through pipeline 30, and when humidity reached normal value in the workplace, humidity-discharging device 52 quit work.
As shown in Figure 1, said heat riser 60 is an electrothermal tube, and it is used for the timber in the workplace is carried out the high temperature sterilization deinsectization.Said heat riser 60 is loaded in the interior conduit 31 of said first workplace 10 and second workplace 20; Said heat riser 60 is electrically connected with control device 40; Temperature in first workplace 10 and second workplace 20 is lower than preset value, and then control device 40 is connected heat riser 60 heatings, if temperature surpasses the early warning temperature; Then heat riser 60 outages, heating up stops.
Like Fig. 1, shown in Figure 4, said damping device 70 is used for to increasing humidity in the workplace, and it is located at second workplace, 20 tops.Said damping device 70 comprises electromagnetic induction heater 71, water tank 72 and condensate tank of dehumidifier 73; Wherein, Said electromagnetic induction heater 71 is the bearing induction heater; It utilizes the electric current of alternation to produce alternating magnetic fields, and this alternating magnetic fields makes the inner generation of metallic conductor eddy current wherein, thereby immerging metal tube heater 74 is generated heat rapidly.Said electromagnetic induction heater 71 is located at said second workplace 20 tops; The one of which end is electrically connected with said control device 40; Its other end links to each other with said heating tube 74 through coil; One end of this heating tube 74 is connected with water tank 72 through condensate tank of dehumidifier 73, and the other end of heating tube 74 is connected with second workplace 20 through pipeline 75.Water level in condensate tank of dehumidifier detects water tank 72 then begins water filling in the past water tank 72 when being lower than preset value; Water in the water tank 72 is delivered in the heating tube 74; And through electromagnetic induction heater 71 generation eddy current; Thereby make heating tube 74 heatings, and make the water boiling in the heating tube produce steam, if the water level in the condensate tank of dehumidifier detection water tank 72 is higher than preset value then stops water filling.
As shown in Figure 1, said control device 40 is a programmable processor, in the present embodiment, and the programmable processor that is adopted is a general purpose programmable processors, and it can write corresponding control programs.Said programmable processor is electrically connected with temperature cycles device 51, humidity-discharging device 52, heat riser 60 and damping device 70 respectively.
The workflow of the utility model is following:
At first start and increase income, after the master switch energising, each parts brings into operation, and waits for that control device 40 sends instruction.At this moment; Start heat riser 60 by the preset time, when temperature reached setting value in a certain workplace, then temperature cycles device 51 started; Unnecessary heat in this workplace is incorporated in another workplace through pipeline; Thereby the temperature in two workplaces is consistent, and when the temperature of two workplaces reached setting value simultaneously, then temperature cycles device 51 quit work.If temperature surpasses the early warning temperature, then heat riser 60 outages heat up and interrupt.After workplace 10 heated up end, humidity-discharging device 52 started, and control device 40 sending controling instructions make wet-emitting blower begin the hydrofuge operation, and hydrofuge finishes, and humidity-discharging device 52 quits work.Humidity between control device 40 testings, when the humidity in the workplace was lower than preset value, damping device 70 started; And through electromagnetic induction heater 71 generation eddy current, thereby make heating tube 74 heatings, and make the water boiling in the heating tube produce high-temperature steam; Make the workplace humidification; Humidification is accomplished, and damping device 70 quits work, and whole workflow finishes.
By this, realized the automatic control of Wood Processing through the automatic electric heating timber of the utility model drying equipment of removing the evil.
Although the utility model is disclosed through above embodiment; But the scope of the utility model is not limited thereto; Do not departing under the condition of the utility model design, more than each member can replace with the similar or equivalent element that affiliated person skilled is understood.
Claims (9)
1. automatic electric heating timber drying equipment of removing the evil; It is characterized in that; It comprises first workplace (10) and second workplace (20); First workplace (10) and second workplace (20) are interconnected through pipeline (30); Said first workplace (10) outside is provided with control device (40), is provided with temperature cycles device (51) in said first workplace (10), second workplace (20), is provided with a plurality of humidity-discharging devices (52) in the pipeline (30); Be respectively equipped with heat riser (60) in said first workplace (10) and second workplace (20); Said second workplace (20) top is provided with damping device (70), is provided with a plurality of air valves (80) that temperature is used in the workplace that are used to control in the said pipeline (30), and said temperature cycles device (51), humidity-discharging device (52), heat riser (60), damping device (70) all are electrically connected with said control device (40).
2. the automatic electric heating timber as claimed in claim 1 drying equipment of removing the evil; It is characterized in that said pipeline (30) comprises many interior conduits (31) of being located at first workplace (10) and second workplace (20) and the yard piping (32) that is connected with said interior conduit (31).
3. the automatic electric heating timber as claimed in claim 2 drying equipment of removing the evil; It is characterized in that; Said interior conduit (31) comprises two first interior conduits (311), two second interior conduits (312) and two article of the 3rd interior conduit (313); Wherein, Article two, first interior conduit (311) is separately positioned on the middle part in first workplace (10) and second workplace (20); And two side in edge first workplace (10) and second workplace (20) and top setting, two second interior conduits (312) are separately positioned on first workplace (10) and the interior partition wall both sides of second workplace (20), and two article of the 3rd interior conduit (313) is separately positioned on first workplace (10) and both sides, second workplace (20) inner bottom part front and back; Wherein the 3rd interior conduit of front side is connected with said two second interior conduits (312); And extend in first workplace (10) and second workplace (20), and its open at both ends, the 3rd interior conduit of rear side is communicated with described two first interior conduits (311) and two second interior conduits (312) respectively.
4. the automatic electric heating timber as claimed in claim 2 drying equipment of removing the evil; It is characterized in that; Said yard piping (32) is a three-way pipeline; The upper end and the exterior of yard piping (32), the lower end of yard piping (32) are connected with first workplace (10) and the interior interior conduit (31) of second workplace (20) respectively.
5. the automatic electric heating timber as claimed in claim 1 drying equipment of removing the evil; It is characterized in that; Said air valve comprises first air valve (81), second air valve (82), the 3rd air valve (83) and the 4th air valve (84); Wherein, first air valve (81) is located at the air intake place of yard piping (32) and first workplace (10) junction, top, and said second air valve (82) is located at the air intake place of yard piping (32) and second workplace (20) junction, top; Said the 3rd air valve (83) is located at the place, gas outlet of yard piping (32); Said the 4th air valve (84) is located at and is communicated with in first workplace (10) and second workplace (20) foot passage (33), closes and first air valve (81) and second air valve (82) when opening when the 3rd air valve (83), and steam circulates in first workplace (10) and second workplace (20) simultaneously; When first air valve (81) is closed and second air valve (82) and the 3rd air valve (83) when opening; Steam circulates in second workplace (20), closes and first air valve (81) and the 3rd air valve when opening when second air valve (82), and steam circulates in first workplace.
6. the automatic electric heating timber as claimed in claim 1 drying equipment of removing the evil is characterized in that said temperature cycles device (51) is a circulating fan; Humidity-discharging device (52) is a wet-emitting blower, and said temperature cycles device (51) is located at interior conduit (31) internal upper part of said first workplace (10) and second workplace (20), and said a plurality of humidity-discharging devices (52) are located at respectively and are leaned on first workplace (10) and second workplace (20) one sides in the said yard piping (32); Said temperature cycles device (50) is electrically connected with said control device (40), and when temperature reached setting value in a certain workplace, then the temperature cycles device started; Steam is blown in another workplace; Thereby the temperature in two workplaces is consistent, and when the temperature of two workplaces reached setting value simultaneously, then temperature cycles device (50) quit work; When humidity reaches setting value in first workplace (10) and second workplace (20); Then humidity-discharging device (52) starts, and air valve (80) is opened, and unnecessary steam is discharged workplace through pipeline (30); When humidity reached normal value in the workplace, humidity-discharging device (52) quit work.
7. the automatic electric heating timber as claimed in claim 1 drying equipment of removing the evil; It is characterized in that said heat riser (60) is an electrothermal tube, it is loaded in the interior conduit (31) of said first workplace (10) and second workplace (20); Said heat riser (60) is connected with temperature cycles device (50); Temperature in first workplace (10) and second workplace (20) is lower than preset value, and then control device (40) is connected heat riser (60) heating, if temperature surpasses the early warning temperature; Then heat riser (60) outage, heating up stops.
8. the automatic electric heating timber as claimed in claim 1 drying equipment of removing the evil; It is characterized in that; Said damping device (70) comprises electromagnetic induction heater (71), water tank (72) and condensate tank of dehumidifier (73), and wherein, said electromagnetic induction heater (71) is located at said second workplace (20) top; The one of which end is electrically connected with said control device (40); Its other end links to each other with said heating tube (74) through coil, and an end of this heating tube (74) is connected with water tank (72) through condensate tank of dehumidifier (73), and the other end of heating tube (74) is connected with second workplace (20) through pipeline (75); Water level in condensate tank of dehumidifier detects water tank (72) then begins water filling in the past water tank (72) when being lower than preset value; Water in the water tank (72) is delivered in the heating tube (74), and produces eddy current through electromagnetic induction heater (71), thereby makes heating tube (74) heating; And make the water boiling in the heating tube produce steam, if the water level in the condensate tank of dehumidifier detection water tank (72) is higher than preset value then stops water filling.
9. the automatic electric heating timber as claimed in claim 1 drying equipment of removing the evil is characterized in that the inwall of said first workplace (10) and second workplace (20) is processed by stainless steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205489798U CN202428507U (en) | 2011-12-26 | 2011-12-26 | Automatic electric heating wood deinsectization and drying equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205489798U CN202428507U (en) | 2011-12-26 | 2011-12-26 | Automatic electric heating wood deinsectization and drying equipment |
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| Publication Number | Publication Date |
|---|---|
| CN202428507U true CN202428507U (en) | 2012-09-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205489798U Expired - Fee Related CN202428507U (en) | 2011-12-26 | 2011-12-26 | Automatic electric heating wood deinsectization and drying equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202428507U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144157A (en) * | 2012-12-13 | 2013-06-12 | 广东省宜华木业股份有限公司 | Pneumatic recycling system for stabilizing moisture content of wood workpiece |
| CN107318821A (en) * | 2017-06-28 | 2017-11-07 | 国家林业局林产工业规划设计院 | Timber removes the evil method and timber is removed the evil kiln |
-
2011
- 2011-12-26 CN CN2011205489798U patent/CN202428507U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144157A (en) * | 2012-12-13 | 2013-06-12 | 广东省宜华木业股份有限公司 | Pneumatic recycling system for stabilizing moisture content of wood workpiece |
| CN103144157B (en) * | 2012-12-13 | 2015-12-30 | 广东省宜华木业股份有限公司 | A kind of strength recovery system of stable wood workpiece moisture content |
| CN107318821A (en) * | 2017-06-28 | 2017-11-07 | 国家林业局林产工业规划设计院 | Timber removes the evil method and timber is removed the evil kiln |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120912 Termination date: 20161226 |
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| CF01 | Termination of patent right due to non-payment of annual fee |