CN102141267A - Constant temperature and humidity main frame - Google Patents
Constant temperature and humidity main frame Download PDFInfo
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- CN102141267A CN102141267A CN2010106051352A CN201010605135A CN102141267A CN 102141267 A CN102141267 A CN 102141267A CN 2010106051352 A CN2010106051352 A CN 2010106051352A CN 201010605135 A CN201010605135 A CN 201010605135A CN 102141267 A CN102141267 A CN 102141267A
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- 238000010168 coupling process Methods 0.000 claims description 47
- 238000005859 coupling reaction Methods 0.000 claims description 47
- 230000008878 coupling Effects 0.000 claims description 42
- 239000000956 alloy Substances 0.000 claims description 37
- 229910045601 alloy Inorganic materials 0.000 claims description 37
- 238000009423 ventilation Methods 0.000 claims description 10
- 238000009434 installation Methods 0.000 claims description 2
- 229910001285 shape-memory alloy Inorganic materials 0.000 abstract 3
- 238000010521 absorption reaction Methods 0.000 description 10
- 238000010438 heat treatment Methods 0.000 description 6
- 238000005516 engineering process Methods 0.000 description 4
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- 230000000694 effects Effects 0.000 description 3
- 239000000853 adhesive Substances 0.000 description 2
- 230000001070 adhesive effect Effects 0.000 description 2
- 238000004134 energy conservation Methods 0.000 description 2
- 230000007613 environmental effect Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
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- 230000003647 oxidation Effects 0.000 description 1
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Abstract
The invention discloses a constant temperature and humidity main frame, which comprises a turning air duct (1), a shell internal air inlet, a shell external air inlet, a T-shaped turning air door (1), a turning air duct (2), a shell internal air outlet, a shell external air outlet and a T-shaped turning air door (2). A turning control system comprises a turning air door control rocker arm, a connecting hanger, a memory alloy positive temperature coefficient (PTC) mounting plate, a memory alloy (1), a PTC (1), a memory alloy (2), a PTC (2), a turning air door tension spring, a tension spring connecting set screw and a fan device mounting plate. In the main frame, the turning control system is used for automatically controlling the turning of the T-shaped turning air doors, so that the air ducts can be controlled to be opened and closed in a rotation way.
Description
[technical field]
The present invention relates to a kind of thermo-humidistat cabinet, specifically the thermo-humidistat cabinet the inside is used for controlling a kind of main frame of temperature and humidity.
[background technology]
The high speed development of modern economy, high technology industry, biotechnology, military project, pharmaceutical manufacturer grow with each passing day, and bring earth-shaking variation for our material life.Be the fast changing of weather on the other hand, temperature, humidity, oxidation are to the high article of ask for something and finally several big problems of storage surface of parts.
Now the main frame of some constant temperature cabinet moisture-resistant cabinets of selling on the market adopts common plain batton door, one outwards opens, one opens inside two states.Because normal hosts all has the several weakness of oneself, the one, the ordinary flat door in the switch motion process of door, can't stop the convection current of interior air of case and case outer air, causes the Temperature and Humidity Control precision not high.The 2nd, common plain batton door has only the two states of one open-one close, and a kind of state is the interior moisture absorption of case, and when humidity reaches setting value, with regard to necessary outwards hydrofuge, otherwise humidity is above setting value in the case, and the weakness of normal hosts just is necessary outwards hydrofuge.Main frame is in the duty of heating otherwise outwards moisture absorption always in the process of external hydrofuge, and influence is next to circulate.Because main frame is in heated condition always, the one, power consumption is very much not energy-conservation, and the 2nd, influence not environmental protection of environment temperature.In today that people pursue energy-conserving and environment-protective, and inadvisable.
[summary of the invention]
In order to overcome the deficiency of existing technology, the utility model provides a kind of constant temperature and humidity main frame, and this device adopts the switch of the automatic main control system door of break-in control system, and this device is rationally novel in design, energy-conservationly effectively is very practical.
Technical problem to be solved by this invention is: in the prior art constant temperature and humidity main frame its in the switch motion process of door, can't stop the convection current of interior air of case and case outer air, cause in the work of the not high and normal hosts of Temperature and Humidity Control precision outwards hydrofuge, main frame is in the duty of heating otherwise outwards moisture absorption always in the process of external hydrofuge, the next circulation of influence, because main frame is in heated condition always, power consumption is very much not energy-conservation, influences not environmental protection of environment temperature.
The technical solution adopted in the present invention is: a kind of constant temperature and humidity main frame is characterized in that it is made up of ventilation circulation system and break-in control system, and wherein ventilation circulation system comprises air inlet in break-in air channel (1), the shell, shell external air inlet mouth, T type break-in air door (1), break-in air channel (2), the interior air outlet of shell, the outer air outlet of shell, T type break-in air door; The break-in control system comprises that shifting wind gate control rocking arm, coupling hook, memorial alloy PTC installing plate, memorial alloy (1), PTC (1), memorial alloy (2), PTC (2), the extension spring of break-in air door, extension spring are connected and fixed screw, blower fan apparatus installing plate.
Break-in air channel (1) and break-in air channel (2) are that cylindrical channel is corresponding to the main frame upper and lower side, air outlet in the air inlet and shell one opening arranged to should be arranged in the shell in its left side, there is an opening on its right side to the outer air outlet of shell external air inlet mouth and shell should be arranged, installation respectively has its transverse axis of T type break-in air door to pass on left coupling hook in break-in air channel (1) and break-in air channel (2), memorial alloy (1), coupling hook, memorial alloy (2), coupling hook is linked in sequence, and coupling hook is passed through on T type break-in air door (1) and T type break-in air door (2) transverse axis right side, the extension spring of break-in air door, extension spring is connected and fixed screw, break-in air door extension spring coupling hook is linked in sequence.
Described a kind of constant temperature and humidity main frame is characterized in that described break-in air channel (1) is consistent with break-in air channel (2) diameter, its internal diameter is consistent with T type break-in air door (1) and T type break-in air door (2) transverse axis length, T type break-in air door (1) and T type break-in air door (2) vertical pivot length be lateral length half.
Described a kind of constant temperature and humidity main frame is characterized in that described T type break-in air door (1) and T type break-in air door (2) can be moving around the fixed axis rotation.
Described a kind of constant temperature and humidity main frame is characterized in that length overall that described T type break-in air door (1) and its transverse axis of T type break-in air door (2) pass on left coupling hook, memorial alloy (1), coupling hook, memorial alloy (2), coupling hook equals the length overall of the coupling hook on T type break-in air door (1) and T type break-in air door (2) transverse axis right side, the extension spring of break-in air door, coupling hook.
Described a kind of constant temperature and humidity main frame is characterized in that described PTC (1) correspondence is installed on memorial alloy (1) zone, and PTC (2) correspondence is installed on memorial alloy (2) zone.
Be connected in its transverse axis of T type break-in air door (1) and T type break-in air door (2) left side memorial alloy (1) and memorial alloy (2) PTC (1) or PTC (2) energising heating change memorial alloy (1) and memorial alloy (2) environment temperature and length variations takes place as required in work, and the break-in air door extension spring on right side tension, T type break-in air door is rotated, and T type break-in air door (1) is opposite with T type break-in air door (2) direction of motion.
Described a kind of constant temperature and humidity main frame is characterized in that its break-in control device can be connected and fixed screw by shifting wind gate control rocking arm, coupling hook, electromagnet (1), electromagnet (2), the extension spring of break-in air door, extension spring, the blower fan apparatus installing plate is formed, and electromagnet is connected the two ends, back and respectively is connected in its transverse axis left side of T type break-in air door by a coupling hook with electromagnet (2).
Described a kind of constant temperature and humidity main frame is characterized in that its break-in control device can be by shifting wind gate control rocking arm, coupling hook, tooth bar (1), micromachine, gear (1), gear (2), the motor thread spindle, electromagnetism outage clutch, tooth bar (2), the extension spring of break-in air door, extension spring is connected and fixed screw, the blower fan apparatus installing plate is formed, its transverse axis left side of upper end T type break-in air door connects a coupling hook, the other end of coupling hook connects a tooth bar (1), its transverse axis left side of lower end T type break-in air door connects a coupling hook, the other end of coupling hook connects a tooth bar (2), engagement one gear (1) between tooth bar (1) and the tooth bar (2), gear (1) and gear (2) coaxial rotation, gear (2) and the engagement of motor thread spindle, the motor thread spindle connects motor, and by electromagnetism outage clutch control switch.
Described a kind of constant temperature and humidity main frame is characterized in that, display operation can be provided with the interior humidity temperature on the host control panel, can show the inside and outside temperature humidity of casing, can show on computers to connect the network computer setting that a host control panel can connect a plurality of constant temperature and humidity main frames.
Beneficial effect of the present invention: this device adopts the break-in control system to control the break-in of T type break-in air door automatically, so that rotates the switching in control air channel, and this device is effectively simple, and energy-conserving and environment-protective are very practical.
For making feature and the technology contents of further understanding type of the present invention, see drawings and embodiments of the present invention for details, yet appended graphic only for reference and explanation usefulness is limited to the present invention.
[description of drawings]
Figure (1) is a structure chart of the present invention;
Figure (2) is a side-looking structure chart of the present invention;
Figure (3) is a holding state structure chart of the present invention;
Figure (4) is the inner sucting wet state structure chart of the present invention;
Figure (5) is the outside hydrofuge structure graph of the present invention;
Figure (6) is a circuit controling drawing of the present invention;
Figure (7) is the embodiment of the invention (a 2) holding state structure chart;
Figure (8) is the inner sucting wet state structure chart of the embodiment of the invention (2);
Figure (9) is the outside hydrofuge structure graph of the embodiment of the invention (2);
Figure (10) is the embodiment of the invention (a 3) holding state structure chart;
Figure (11) is the inner sucting wet state structure chart of the embodiment of the invention (3);
Figure (12) is the outside hydrofuge structure graph of the embodiment of the invention (3);
Among the figure, 101-break-in air channel (1); Air inlet in the 102-shell; 103-T type break-in air door (1); 104-lid screw installing hole; 105-blower fan apparatus installing plate; 106-moisture absorption thermostat; 107-break-in air channel (2); 108-T type break-in air door (2); Air outlet in the 109-shell; The 110-power pack; 111-shell external air inlet mouth; The 112-blower fan; 113-shifting wind door assembly installing plate; 114-shifting wind gate control rocking arm; The 115-coupling hook; 116-memorial alloy PTC installing plate; 117-memorial alloy (1); 118-PTC (1); 119-memorial alloy (2); 120-PTC (2); The extension spring of 121-break-in air door; The 122-shell; 123-shell lid; The 124-extension spring is connected and fixed screw; 125-electromagnet (1); 126-electromagnet (2); 127-tooth bar (1); The 128-micromachine; 129-gear (1); 130-gear (2); 131-motor thread spindle; 132-electromagnetism outage clutch; 133-tooth bar (2).
[specific embodiment]
The present invention will be further described below in conjunction with drawings and Examples:
1 one kinds of constant temperature and humidity main frames of embodiment its by 101-break-in air channel (1); Air inlet in the 102-shell; 103-T type break-in air door (1); 104-lid screw installing hole; 105-blower fan apparatus installing plate; 106-moisture absorption thermostat; 107-break-in air channel (2); 108-T type break-in air door (2); Air outlet in the 109-shell; The 110-power pack; 111-shell external air inlet mouth; The 112-blower fan; 113-shifting wind door assembly installing plate; 114-shifting wind gate control rocking arm; The 115-coupling hook; 116-memorial alloy PTC installing plate; 117-memorial alloy (1); 118-PTC (1); 119-memorial alloy (2); 120-PTC (2); The extension spring of 121-break-in air door; The 122-shell; 123-shell lid, 124-extension spring are connected and fixed screw and form.
As shown in Figure 1-Figure 3, this device is not worked in the holding state main body, the host computer control device detects the Data Control power supply according to warm and humid sensor, make blower fan, the dehumidifying thermostat, 120-PTC (2) is in off position, 118-PTC (1) heating of switching on, 117-memorial alloy (1) is heated to shorten, and the length variation does not take place in 119-memorial alloy (2), its with middle connect 115-coupling hook length and 103-T type break-in air door (1) and 108-T type break-in air door (2) transverse axis right side to be connected length consistent, so 103-T type break-in air door (1) and 108-T type break-in air door (2) are in level, make like this in the 102-shell in 101-break-in air channel (1) and 107-break-in air channel (2) in the air inlet and 111-shell external air inlet mouth and 109-shell to be in obstructed state between the air outlet and 111-shell external air inlet mouth.
As Fig. 1, Fig. 2, shown in Figure 4, main frame is in inner sucting wet state, the host computer control device detects the Data Control power supply according to warm and humid sensor, make blower fan, the work of dehumidifying thermostat, 118-PTC (1), 120-PTC (2) is in the no power state, 118-PTC (1) no power like this, make 117-memorial alloy (1) reply original length, the 121-break-in air door extension spring on 103-T type break-in air door (1) and 108-T type break-in air door (2) transverse axis right side tension like this, 103-T type break-in air door (1) is turned clockwise, 108-T type break-in air door (2) is rotated counterclockwise, the anglec of rotation is identical, the interior air outlet of the 109-shell in air inlet and 107-break-in air channel (2) is in ventilation state in the 102-shell of 101-break-in air channel (1) like this, and being in stuffy state for the outside between the air outlet in 111-shell external air inlet mouth and the 109-shell, host work makes inner moisture absorption like this, so is provided with to guarantee, device externally has a power failure when can't provide power supply, and whole device also can reach the effect of internal moisture removal.
As Fig. 1, Fig. 2, shown in Figure 5, main frame is in outside hydrofuge state, the host computer control device detects the Data Control power supply according to warm and humid sensor, make blower fan, dehumidifying thermostat energising work, 118-PTC (1), 120-PTC (2) heating of switching on, 117-memorial alloy (1) and 119-memorial alloy (2) are shortened, the 121-break-in air door extension spring on 103-T type break-in air door (1) and 108-T type break-in air door (2) transverse axis right side is stretched like this, 103-T type break-in air door (1) is rotated counterclockwise, 108-T type break-in air door (2) turns clockwise, the anglec of rotation is identical, the interior air outlet of the 109-shell in air inlet and 107-break-in air channel (2) is in closed condition in the 102-shell of 101-break-in air channel (1) like this, and is in ventilation state between the air outlet in 111-shell external air inlet mouth and the 109-shell, and host work makes outside hydrofuge like this.
This device adopts memorial alloy, T type break-in air door, break-in air channel and PTC (1) or PTC (2) energising heating change memorial alloy (1) and memorial alloy (2) environment temperature and length variations takes place, so that rotate the switching in control air channel, this device is effectively simple, and energy-conserving and environment-protective are very practical.
Embodiment 2, a kind of constant temperature and humidity main frame its by, 101-break-in air channel (1); Air inlet in the 102-shell; 103-T type break-in air door (1); 104-lid screw installing hole; 105-blower fan apparatus installing plate; 106-moisture absorption thermostat; 107-break-in air channel (2); 108-T type break-in air door (2); Air outlet in the 109-shell; The 110-power pack; 111-shell external air inlet mouth; The 112-blower fan; 113-shifting wind door assembly installing plate; 114-shifting wind gate control rocking arm; The 115-coupling hook; The extension spring of 121-break-in air door; The 122-shell; 123-shell lid; The 124-extension spring is connected and fixed screw; 125-electromagnet (1); 126-electromagnet (2) is formed.
As Fig. 2, shown in Figure 7, main frame is in holding state and does not work, host control panel control provide (2) 126 adhesives of electric current electromagnet its with coupling hook connection length and 103-T type break-in air door (1) and 108-T type break-in air door (2) transverse axis right side to be connected length consistent, so 103-T type break-in air door (1) and 108-T type break-in air door (2) are in level, make like this in the 102-shell in 101-break-in air channel (1) and 107-break-in air channel (2) in the air inlet and 111-shell external air inlet mouth and 109-shell to be in obstructed state between the air outlet and 111-shell external air inlet mouth.
As Fig. 2, shown in Figure 8, main frame is in inner sucting wet state, host control panel detects the Data Control power supply according to warm and humid sensor, make blower fan, the work of dehumidifying thermostat, host computer control provides two groups of electric currents, the length of electromagnet (1) 125 and electromagnet (2) 126 adhesives simultaneously itself and coupling hook is elongated, the 121-break-in air door extension spring tension on 108-T type break-in air door (2) transverse axis right side, 103-T type break-in air door (1) is turned clockwise, 108-T type break-in air door (2) is rotated counterclockwise, the anglec of rotation is identical, the interior air outlet of the 109-shell in air inlet and 107-break-in air channel (2) is in ventilation state in the 102-shell of 101-break-in air channel (1) like this, and be in stuffy state for the outside between the air outlet in 111-shell external air inlet mouth and the 109-shell, host work makes inner moisture absorption like this, so be provided with and can guarantee, device externally has a power failure when can't provide power supply, and whole device also can reach the effect of internal moisture removal.
As Fig. 2, shown in Figure 9, main frame is in outside hydrofuge state, host control panel detects the Data Control power supply according to warm and humid sensor, make blower fan, dehumidifying thermostat energising work, host control panel disconnects electromagnet (1) 125 and electromagnet (2) 126 electric currents itself and coupling hook total length and shortens, the 121-break-in air door extension spring on 108-T type break-in air door (2) transverse axis right side is stretched, 103-T type break-in air door (1) is rotated counterclockwise, 108-T type break-in air door (2) turns clockwise, the anglec of rotation is identical, the interior air outlet of the 109-shell in air inlet and 107-break-in air channel (2) is in closed condition in the 102-shell of 101-break-in air channel (1) like this, and being in ventilation state between the air outlet in 111-shell external air inlet mouth and the 109-shell, host work makes outside hydrofuge like this.
This device adopts memorial alloy, T type break-in air door, break-in air channel and electromagnet (1), whether electromagnet (2) switches on according to it, and length variations takes place, so that rotates the switching in control air channel, and this device is effectively simple, and energy-conserving and environment-protective are very practical.
Embodiment 3, a kind of constant temperature and humidity main frame its by 101-break-in air channel (1); Air inlet in the 102-shell; 103-T type break-in air door (1); 104-lid screw installing hole; 105-blower fan apparatus installing plate; 106-moisture absorption thermostat; 107-break-in air channel (2); 108-T type break-in air door (2); Air outlet in the 109-shell; The 110-power pack; 111-shell external air inlet mouth; The 112-blower fan; 113-shifting wind door assembly installing plate; 114-shifting wind gate control rocking arm; The 115-coupling hook; The extension spring of 121-break-in air door; The 122-shell; 123-shell lid; The 124-extension spring is connected and fixed screw; 127-tooth bar (1); The 128-micromachine; 129-gear (1); 130-gear (2); 131-motor thread spindle; 132-electromagnetism outage clutch; 133-tooth bar (2) is formed.
As Fig. 2, shown in Figure 10, main frame is in holding state and does not work, host control panel control electromagnetism outage clutch 132 disconnects micromachine 128 electric currents, tooth bar (1) and tooth bar (2) add the coupling hook wheelbase constant with 103-T type break-in air door (1) and 108-T type break-in air door (2) transverse axis right side be connected the length unanimity, so 103-T type break-in air door (1) and 108-T type break-in air door (2) are in level, make like this in the 102-shell in 101-break-in air channel (1) and 107-break-in air channel (2) in the air inlet and 111-shell external air inlet mouth and 109-shell to be in obstructed state between the air outlet and 111-shell external air inlet mouth.
As Fig. 2, shown in Figure 11, main frame is in inner sucting wet state, host control panel detects the Data Control power supply according to warm and humid sensor, make blower fan, the work of dehumidifying thermostat, host computer control control electromagnetism outage clutch 132 provides electric current, micromachine turns round clockwise, it drives motor thread spindle 131 and rotates, motor thread spindle 131 driven gears (2) 130 rotate, gear (2) 130 drives coaxial gear (1) 129 transmitting gear (1) 129 moves upward the tooth bar (1) 127 with its engagement, tooth bar (2) 133 dislocation motion downwards, make tooth bar (1) 127 like this, tooth bar (2) 130 is elongated with the wheelbase of coupling hook, the 121-break-in air door extension spring tension on 108-T type break-in air door (2) transverse axis right side, 103-T type break-in air door (1) is turned clockwise, 108-T type break-in air door (2) is rotated counterclockwise, the anglec of rotation is identical, the interior air outlet of the 109-shell in air inlet and 107-break-in air channel (2) is in ventilation state in the 102-shell of 101-break-in air channel (1) like this, and be in stuffy state for the outside between the air outlet in 111-shell external air inlet mouth and the 109-shell, host work makes inner moisture absorption like this, so be provided with and guarantee, device externally has a power failure when can't provide power supply, and whole device also can reach the effect of internal moisture removal.
As Fig. 2, main frame shown in Figure 12 is in outside hydrofuge state, host control panel detects the Data Control power supply according to warm and humid sensor, make blower fan, the work of dehumidifying thermostat, host computer control control electromagnetism outage clutch 132 provides electric current, micromachine turns round counterclockwise, it drives motor thread spindle 131 and rotates, motor thread spindle 131 driven gears (2) 130 rotate, gear (2) 130 drives coaxial gear (1) 129 transmitting gear (1) 129 moves downward the tooth bar (1) 127 with its engagement, upwards dislocation motion of tooth bar (2) 133, make tooth bar (1) 127 like this, tooth bar (2) 130 shortens with the wheelbase of coupling hook, the 121-break-in air door extension spring on 108-T type break-in air door (2) transverse axis right side is stretched, 103-T type break-in air door (1) is rotated counterclockwise, 108-T type break-in air door (2) turns clockwise, the anglec of rotation is identical, the interior air outlet of the 109-shell in air inlet and 107-break-in air channel (2) is in closed condition in the 102-shell of 101-break-in air channel (1) like this, and being in ventilation state between the air outlet in 111-shell external air inlet mouth and the 109-shell, host work makes outside hydrofuge like this.
This device adopts between tooth bar (1), micromachine, gear (1), gear (2), motor thread spindle, electromagnetism outage clutch, the tooth bar (2) and cooperates, the host computer control electric current makes micromachine different directions rotation as required, tooth bar (1) and tooth bar (2) are misplaced up and down turn round length variations takes place, so that rotate the switching in control air channel, this device is effectively simple, and energy-conserving and environment-protective are very practical.
Yet the preferable feasible embodiment of above-mentioned only the present invention, non-so limitation protection domain of the present invention is done various distortion or is applied mechanically all within this technical scheme protection domain according to the foregoing description.
Claims (8)
1. a constant temperature and humidity main frame is characterized in that it is made up of ventilation circulation system and break-in control system, and wherein ventilation circulation system comprises air inlet in break-in air channel (1), the shell, shell external air inlet mouth, T type break-in air door (1), break-in air channel (2), the interior air outlet of shell, the outer air outlet of shell, T type break-in air door; The break-in control system comprises that shifting wind gate control rocking arm, coupling hook, memorial alloy PTC installing plate, memorial alloy (1), PTC (1), memorial alloy (2), PTC (2), the extension spring of break-in air door, extension spring are connected and fixed screw, blower fan apparatus installing plate.
2. a kind of constant temperature and humidity main frame according to claim 1 is characterized in that break-in air channel (1) and break-in air channel (2) are that cylindrical channel is corresponding to the main frame upper and lower side, air outlet in the air inlet and shell one opening arranged to should be arranged in the shell in its left side, there is an opening on its right side to the outer air outlet of shell external air inlet mouth and shell should be arranged, installation respectively has its transverse axis of T type break-in air door to pass on left coupling hook in break-in air channel (1) and break-in air channel (2), memorial alloy (1), coupling hook, memorial alloy (2), coupling hook is linked in sequence, and coupling hook is passed through on T type break-in air door (1) and T type break-in air door (2) transverse axis right side, the extension spring of break-in air door, extension spring is connected and fixed screw, break-in air door extension spring coupling hook is linked in sequence.
3. a kind of constant temperature and humidity main frame according to claim 1 is characterized in that described break-in air channel (1) is consistent with break-in air channel (2) diameter, its internal diameter is consistent with T type break-in air door (1) and T type break-in air door (2) transverse axis length, T type break-in air door (1) and T type break-in air door (2) vertical pivot length be lateral length half.
4. a kind of constant temperature and humidity main frame according to claim 1 is characterized in that described T type break-in air door (1) and T type break-in air door (2) can be moving around the fixed axis rotation.
5. a kind of constant temperature and humidity main frame according to claim 1 is characterized in that length overall that described T type break-in air door (1) and its transverse axis of T type break-in air door (2) pass on left coupling hook, memorial alloy (1), coupling hook, memorial alloy (2), coupling hook equals the length overall of the coupling hook on T type break-in air door (1) and T type break-in air door (2) transverse axis right side, the extension spring of break-in air door, coupling hook.
6. a kind of constant temperature and humidity main frame according to claim 1 is characterized in that described PTC (1) correspondence is installed on memorial alloy (1) zone, and PTC (2) correspondence is installed on memorial alloy (2) zone.
7. a kind of constant temperature and humidity main frame according to claim 1 is characterized in that its break-in control device can be connected and fixed screw by shifting wind gate control rocking arm, coupling hook, electromagnet (1), electromagnet (2), the extension spring of break-in air door, extension spring, the blower fan apparatus installing plate is formed, and electromagnet is connected the two ends, back and respectively is connected in its transverse axis left side of T type break-in air door by a coupling hook with electromagnet (2).
8. a kind of constant temperature and humidity main frame according to claim 1 is characterized in that its break-in control device can be by shifting wind gate control rocking arm, coupling hook, tooth bar (1), micromachine, gear (1), gear (2), the motor thread spindle, electromagnetism outage clutch, tooth bar (2), the extension spring of break-in air door, extension spring is connected and fixed screw, the blower fan apparatus installing plate is formed, its transverse axis left side of upper end T type break-in air door connects a coupling hook, the other end of coupling hook connects a tooth bar (1), its transverse axis left side of lower end T type break-in air door connects a coupling hook, the other end of coupling hook connects a tooth bar (2), engagement one gear (1) between tooth bar (1) and the tooth bar (2), gear (1) and gear (2) coaxial rotation, gear (2) and the engagement of motor thread spindle, the motor thread spindle connects motor, and by electromagnetism outage clutch control switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010605135.2A CN102141267B (en) | 2010-12-23 | 2010-12-23 | A kind of constant temperature and humidity main frame |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010605135.2A CN102141267B (en) | 2010-12-23 | 2010-12-23 | A kind of constant temperature and humidity main frame |
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| CN102141267A true CN102141267A (en) | 2011-08-03 |
| CN102141267B CN102141267B (en) | 2016-03-30 |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61122440A (en) * | 1984-11-19 | 1986-06-10 | Matsushita Electric Ind Co Ltd | Temperature and humidity control in air conditioner |
| CN87214924U (en) * | 1987-10-31 | 1988-10-26 | 上海市造纸研究所 | High-precision constant-temp. comstant-humidity automatically-controlling system |
| JPH03161054A (en) * | 1989-11-20 | 1991-07-11 | Hitachi Ltd | Control of temperature and humidity in constant temperature and humidity chamber |
| CN2237825Y (en) * | 1995-08-31 | 1996-10-16 | 吴进明 | Dehumidifier for drying box |
| JPH11125451A (en) * | 1997-10-22 | 1999-05-11 | Nippon Piimakku Kk | Temperature/humidity control device of fan coil unit |
| CN1699856A (en) * | 2005-04-26 | 2005-11-23 | 黑龙江省电信电源维护中心 | Energy-saving air conditioner with an air heat exchanger rig used in communication machine room and control method therefor |
-
2010
- 2010-12-23 CN CN201010605135.2A patent/CN102141267B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61122440A (en) * | 1984-11-19 | 1986-06-10 | Matsushita Electric Ind Co Ltd | Temperature and humidity control in air conditioner |
| CN87214924U (en) * | 1987-10-31 | 1988-10-26 | 上海市造纸研究所 | High-precision constant-temp. comstant-humidity automatically-controlling system |
| JPH03161054A (en) * | 1989-11-20 | 1991-07-11 | Hitachi Ltd | Control of temperature and humidity in constant temperature and humidity chamber |
| CN2237825Y (en) * | 1995-08-31 | 1996-10-16 | 吴进明 | Dehumidifier for drying box |
| JPH11125451A (en) * | 1997-10-22 | 1999-05-11 | Nippon Piimakku Kk | Temperature/humidity control device of fan coil unit |
| CN1699856A (en) * | 2005-04-26 | 2005-11-23 | 黑龙江省电信电源维护中心 | Energy-saving air conditioner with an air heat exchanger rig used in communication machine room and control method therefor |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102141267B (en) | 2016-03-30 |
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