CN1467013A - Stopping degree sensing method of gauze filter - Google Patents
Stopping degree sensing method of gauze filter Download PDFInfo
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- CN1467013A CN1467013A CNA021242135A CN02124213A CN1467013A CN 1467013 A CN1467013 A CN 1467013A CN A021242135 A CNA021242135 A CN A021242135A CN 02124213 A CN02124213 A CN 02124213A CN 1467013 A CN1467013 A CN 1467013A
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- exhaust blower
- gauze filter
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Abstract
A method for sensing the blocked degree of gauze filter features that during baking job, the rotation speed (RPM) of variable exhaust blower is monitored, and when said rotation speed is higher than a reference value to some extent the blocked degree of gauze filter and exhaust pipe can be sensed and a signal is sent to user for scavenging them.
Description
Technical field
The invention belongs to dryer, particularly be a kind of stopping degree sensing method of gauze filter.
Background technology
Fig. 1 is the exploded perspective view of the major part of prior art dryer.As shown in the figure, the enclosure of formation dryer outward appearance is provided with cylinder 1.Cylinder 1 is the drum of both ends open, and the drum belt that drives by independent drive source is wrapped on the belt grooves 2, and belt grooves 2 is formed on the outer peripheral face pars intermedia of cylinder 1.The inside of cylinder 1 is formed with oven dry space 5.The inside in oven dry space 5 is formed with a plurality of baffle plates 6, and a plurality of baffle plates overturn to the oven dry object in oven dry 5 inside, space when cylinder 1 rotation.
The front-end and back-end of cylinder 1 corresponding respectively be provided with drive end bearing bracket 7 and rear end cap 9.Wherein drive end bearing bracket 7 and rear end cap 9 stop up the open portion of cylinder 1, form oven dry space 5, and the front-end and back-end of difference back-up roller 1.At this moment in order to prevent the leakage between counterrotating drive end bearing bracket 7 and cylinder 1, rear end cap 9 and the cylinder 1, between drive end bearing bracket 7 and cylinder 1, rear end cap 9 and cylinder 1, be provided with seal member.For back-up roller 1, the position of the front-end and back-end correspondence of cylinder 1 is provided with a plurality of the wheel.
Be formed with through hole 8 on the drive end bearing bracket 7, through hole 8 is communicated with the inside and outside of oven dry space 5.Through hole 8 optionally opens and closes by door.
Rear end cap 9 is provided with air feed passage 12, and the effect of air feed passage 12 is the inside that air (more precisely hot blast) is fed to oven dry space 5, so be connected with the inside in oven dry space 5.
In addition, a side of the drive end bearing bracket 7 of the lower end correspondence of the through hole 8 of drive end bearing bracket 7 is provided with spout assembly 13, and spout assembly 13 is used for the air of oven dry 5 inside, space is discharged.Spout assembly 13 is provided with gauze filter 14.The effect of gauze filter 14 is to filter being mingled in the airborne foreign matter (such as the end of a thread or dust etc.) of discharging from oven dry space 5.
Gauze passage 15 earthing that links to each other with spout assembly 13 is provided with, and gauze filter 14 is set to the inside of gauze passage 15.Exhaust blower 17 is connected with gauze passage 15, and the air that exhaust blower 17 will be dried interior volume by gauze passage 15 is extracted out to the outside.Exhaust blower 17 is arranged on the inside of exhaust blower shell 18.One side of exhaust blower shell 18 is connected with gauze passage 15, and the opposite side of exhaust blower shell 18 and blast pipe 19 are connected.So, discharge to the outside by blast pipe 19 by the suction of exhaust blower 17 from the air of 5 discharges of oven dry space and process gauze passage 15.
On the one hand, air feed passage 12 is connected with hot-air channel 20.Hot-air channel 20 is used for providing hot blast to the inside in oven dry space 5, so that the 5 inner execution oven dry effects in the oven dry space.Hot-air channel 20 is provided with and adds the structure that hot-air produces heat energy for this reason.
That is to say that the inlet of hot-air channel 20 is provided with jet for gas 22.The effect of jet for gas 22 is to spray the coal gas that supply is come.Jet for gas 22 is provided with the valve that is used to control gas supply.Coal gas flows into by gas pipe 23.
In order will to mix with primary air from the coal gas that jet for gas 22 sprays, prolongation is formed with mixing tube 24 to inside at the entrance side of hot-air channel 20.The inlet of mixing tube 24 is corresponding with the position of jet for gas 22.The extraneous air (that is to say primary air) that coal gas that will eject from jet for gas 22 in the inside of mixing tube 24 and the inlet by mixing tube flow into mixes.The front end of mixing tube 24 is provided with spark plug 26, and spark plug is used for igniting and produces spark.
The course of work to the dryer of prior art describes below: at first will dry the object washings and put in the oven dry space 5 that is formed on cylinder 1 inside, door is closed the back by starting button, then be wrapped in the driving of drum belt by motor on the belt grooves 2, cylinder is rotated.
Simultaneously, exhaust blower 17 is started working, and the air of oven dry 5 inside, space is extracted out by gauze passage 15, and extraneous air flows into the inside in oven dry space 5.
Wherein by air feed passage 12 air supplied process hot-air channel 20, burned coal gas heat heating becomes the higher hot blast of temperature.That is to say, coal gas is sprayed to the inside of mixing tube 24 by jet for gas 22, the extraneous air (that is to say primary air) that coal gas that will eject from jet for gas 22 in the inside of mixing tube 24 and the inlet by mixing tube flow into mixes, and burns by spark plug 26 igniting in the outlet of mixing tube 24.
The heat that produces after the gas-fired is sent to hot-air channel 20 inside, and inhaled air is heated the generation hot blast, and inhaled air is to be inhaled into by the inhalation power that drives exhaust blower 17 generations.Hot blast transmits to 5 inside, oven dry space of cylinder 1 inside by air feed passage 12.Hot blast absorbs after the moisture of washings inside in the inside in oven dry space 5, discharges to 5 outsides, oven dry space by spout assembly 13.At this moment, by the suction of exhaust blower 17, make hot blast pass through spout assembly 13 and discharge to the outside.The air of discharging by spout assembly 13 is through gauze filter 14, and foreign matters such as the end of a thread of inside air and dust are filtered.
Above-mentioned prior art has following problem: will by the driving of exhaust blower 17, by spout assembly 13, send gauze passage 15 to through gauze filter 14 again in oven dry space 5 at the air of the absorbed inside moisture of drying space 5.By said process, the foreign matter (that is, the end of a thread or dust etc.) that is blended in the air is filtered by gauze filter 14.So by a lot of foreign matters that gauze filter 14 filters, making can't be smooth and easy to gauze passage 15 flow air from oven dry space 5.
In prior art, the degree that gauze filter 14 filters foreign matter that is to say that prior art can't allow the user can easily confirm the chocking-up degree of gauze filter 14, makes dryer also carry out work under the state that gauze filter 14 almost stops up.So following problem occurred: dryer carries out work under the state that gauze filter 14 stops up, and the air that passes through oven dry space 5 is flowed can not be smooth and easy, can't reach normal drying effect.In addition, if gauze filter 14 is blocked, air is flowed have some setbacks, cylinder 1 temperature inside will sharply rise.So taken place the washings in the oven dry to be sustained damage by the temperature that rises.In order to confirm the chocking-up degree of gauze filter, to confirm just the user must directly extract gauze filter 14 out from gauze passage 15.
Summary of the invention
In order to solve the problem points of above-mentioned prior art, the purpose of this invention is to provide a kind of stopping degree sensing method of gauze filter, chocking-up degree that can the perception gauze filter.When the chocking-up degree of the chocking-up degree of perception gauze filter and blast pipe, information signal is offered the user, can carry out the cleaning of gauze filter and blast pipe at any time.
To achieve these goals, the present invention is undertaken by following scheme: dryer is provided with variable control exhaust blower and gauze filter, variable control exhaust blower produces the air mass flow of circulation cylinder, gauze filter is collected the foreign substances that produces in the drying work, and the control method of dryer comprises 3 stages:
Phase I: drive variable control type exhaust blower;
Second stage: the rotary speed that monitors exhaust blower rises more than certain value from reference set value;
Phase III: when the rotary speed of exhaust blower rises, the chocking-up degree of perception gauze filter.
In addition, when the rotary speed of exhaust blower rose, the present invention also included the stage of perception blast pipe chocking-up degree.
When the rotary speed of exhaust blower rose, the present invention also included the stage that information signal is offered the user.
The present invention also comprises the control stage of promising drying work, and the chocking-up degree perception of gauze filter is to finish in the drying work in each above-mentioned stage.
In sum, the stopping degree sensing method of gauze filter of the present invention has following effect: carry out in the drying course the chocking-up degree that can the perception gauze filter or the chocking-up degree of blast pipe.When the chocking-up degree of the chocking-up degree of perception gauze filter and blast pipe, information signal is offered the user, can carry out the cleaning of gauze filter and blast pipe.
In addition, the present invention can be in drying work the chocking-up degree of perception gauze filter and blast pipe, so also can be utilized as the basis signal of oven dry control.So the present invention is the same with prior art, can prevent increases drying time because the obstruction of gauze filter and blast pipe can not successfully be discharged with air.In addition, can prevent the energy dissipation that the increase by drying time causes, can prevent by temperature in the cylinder that raises give oven dry thing band damage.
Description of drawings
Fig. 1 is the exploded perspective view of prior art dryer major part.
Fig. 2 is the cross-sectional side view of dryer of the present invention.
Fig. 3 is the plane of dryer of the present invention.
Fig. 4 is the workflow diagram that dryer perception gauze filter of the present invention stops up.
Fig. 5 is exhaust blower control RPM and stops up relation property between the rising RPM with gauze filter
Figure.Fig. 6 is the chocking-up degree of blast pipe and the relation characteristic figure of exhaust blower RPM.
Fig. 7 is the chocking-up degree of blast pipe and the relation characteristic figure of drying time.
Fig. 8 is the control structure figure of dryer of the present invention.
Among the figure:
1: cylinder 2: belt grooves
5: oven dry space 6: baffle plate
7: drive end bearing bracket 8: through hole
9: rear end cap 12: air feed passage
13: spout assembly 14: gauze filter
15: gauze passage 17: exhaust blower
18: exhaust blower shell 19: blast pipe
20: hot-air channel 22: jet for gas
23: gas pipe 24: mixing tube
26: spark plug 30: the exhaust blower assembly
32: exhaust gas temperature sensor 34: exhaust passage
38: electrode sensor 41: front panel
42: heater 43: exhaust outlet
45: exhaust flow path 46: service duct
48: service duct temperature sensor 50: converter
52: mainboard 52a: control part
52b: speed perception sensor 52c: heater-driven portion
52d: exhaust blower drive division 53: external box of microvave
54: drum belt
The specific embodiment
Below in conjunction with the drawings and specific embodiments the present invention is described in further detail: Fig. 2 is the cross-sectional side view of dryer of the present invention, and Fig. 3 is the plane of dryer of the present invention.As shown in the figure, external box of microvave 53 forms the outward appearance of dryer.The front panel 41 of dryer front links the front end that is arranged on external box of microvave 53.The inside of external box of microvave 53 is provided with rotatable cylinder 1, and the washings that 1 pair on cylinder is dropped in cylinder 1 inside is dried.Cylinder 1 is rotated by drum driven belt 54, and drum driven belt 54 is centered around the outside of cylinder 1.
In addition, the inner face of corresponding front panel 41 forms exhaust outlet 43, and exhaust outlet 43 is to the inside opening of cylinder 1.The effect of exhaust outlet 43 is that the air of cylinder 1 inside is discharged to cylinder 1 outside.Inlet at exhaust outlet 43 is provided with gauze filter 14, the foreign matter in gauze filter 14 filtered airs.
Side in exhaust 43 is equipped with electrode sensor 38, cylinder 1 temperature inside when electrode sensor 38 is measured the oven dry operation.Electrode sensor 38 is temperature sensors, when touching washings, and the difference sense temperature of the voltage by applying the electrode two ends.Perceived signal is exported with voltage signal.
Exhaust flow path 45 links the inboard that is formed on front panel 41 with exhaust outlet 43.Exhaust blower assembly 30 is communicated with setting with exhaust flow path 45 in addition.Temperature sensor 32 is installed, the air themperature that temperature sensor 32 perception are discharged on the exhaust flow path 45.
Linking on exhaust blower assembly 30 has exhaust passage 34, and exhaust passage 34 will be discharged to the outside of dryer by the air that exhaust flow path 45 is discharged.Exhaust blower assembly 30 includes exhaust blower 17, and exhaust blower 17 circulations absorb the air of cylinder 1 inside, and the heat of heating 42 is flow in the cylinder 1, and the moisture on the clothing class is discharged to exhaust outlet 43.Exhaust blower 17 operating speeds are variable.
On the one hand, the inside of casing 53 externally, the part of cylinder 1 bottom correspondence is provided with service duct 46, and service duct 46 supplies air to the inside of cylinder 1.Service duct 46 is the rears by cylinder 1, supplies air to the inside of cylinder 1.Side at service duct 46 is provided with heater 42.In addition, a side of service duct 46 also is provided with temperature sensor 48, and temperature sensor 48 perception are to cylinder 1 inner air supplied temperature.
In addition, be provided with mainboard 52 and converter 50 in the inside of external box of microvave 53 an of the present invention side.Mainboard 52 whole control dryers, converter 50 is used for the drive source that produces the cylinder revolving force is carried out conversion and control.Mainboard 52 includes drive division, and drive division drives and receives the electrically various parts of control in the dryer.That is to say that Fig. 8 is the control structure figure of dryer of the present invention.As shown in Figure 8, mainboard 52 includes control part 52a, the 52c of heater-driven portion and exhaust blower drive division 52d.The whole control of control part 52a dryer; The 52c of heater-driven portion drives heater 42 under the control of control part 52a; Exhaust blower drive division 52d drives exhaust blower 17 under the control of control part 52a.In addition, control part 52a exports the driving signal of swing roller to converter 50, the driving of cylinder is controlled.
In addition, mainboard 52 also includes the structure by rotary speed perception gauze filter 14 chocking-up degrees of exhaust blower 17.So the control part 52a in the mainboard 52 can receive the rate signal of exhaust blower 17 from speed detecting sensor (for example can use photoelectric encoder).For the speed perception sensor of perception rotary speed is installed on the motor shaft of exhaust blower 17.
That is to say that mainboard 52 receives rotary speed from the photoelectric encoder of perception exhaust blower 17 rotary speeies, the rotary speed of perception exhaust blower 17.When the rotary speed of perceived exhaust blower 17 during from a reference value rising certain value, be judged as chocking-up degree along with gauze filter 14, the revolutions per minute (RPM) of exhaust blower 17 rotations rises.
Chocking-up degree by gauze filter 14 rises, and the rotary speed of exhaust blower 17 flows by the air of the inside and outside circulation of cylinder, and the rotary speed of exhaust blower 17 is risen.If gauze filter 14 is blocked, the air air quantity of circulation cylinder 1 will diminish, and the pressure that is attached on exhaust blower 17 rotating vanes also can diminish.Therefore the load that is attached on exhaust blower 17 motors diminishes, and the revolutions per minute (RPM) of motor is risen automatically.So when the rotation RPM that is set by the exhaust blower 17 of variable control surpasses certain value, can be judged as due to gauze filter 14 chocking-up degrees.
Mainboard 52 monitors the RPM of exhaust blowers 17, on a reference value that sets during the rising certain value, and the chocking-up degree of perception gauze filter 14.When the control part 52a in the mainboard 52 perceives the chocking-up degree of gauze filter 14 in drying course in addition, be implemented as the control that prevents to increase drying time and damage clothing.
Below the course of work of dryer of the present invention for the oven dry circulating air described: Fig. 4 is the workflow diagram that the perception gauze filter stops up in the dryer, Fig. 5 be exhaust blower control RPM and along with gauze filter stop up and rising RPM between relation characteristic figure.At first washings is put into the inside of cylinder 1.The user imports oven dry operation signal then, and signal is imported on the control part 52a in the mainboard 52.Control part 52a will drive signal and output on the converter 50, and the control drive source by converter 50 is driven afterwards, and drum belt 54 is rotated, so drive cylinder 1 rotation (the 100th stage).
Before and after the initial point of air, control part 52a will drive signal and export to the 52c of heater-driven portion in discharging cylinder 1.So heater-driven portion drives heater 42.
Discharge the air of cylinder 1 inside from the 110th stage, suck air outside to the inside of cylinder 1 by service duct 46, the heating of the heater 42 by being located at service duct 46 inlets, air is heated and forms certain temperature to cylinder 1 inner supply.Make inhaled air be fed to the inside of cylinder 1 by heater 42 heating by the attraction that drives exhaust blower 17.
Moisture on the inside of cylinder 1 air supplied absorption washings by the driving of exhaust blower assembly 30, flows to exhaust flow path 45 through exhaust outlet 43.On exhaust flow path 45, discharge to the outside through exhaust passage 34 by exhaust blower assembly 30.Air is discharged to cylinder 1 by exhaust outlet 43, is to finish by the attraction of exhaust blower 17.
At this moment, the air of process exhaust outlet 43 is purified by gauze filter 14, so that do not allow the foreign substances (for example the end of a thread of washings or burr etc.) that is included in the air be sent on the exhaust blower assembly 30.
On the one hand, mainboard 52 52a of inner control portion are according to the kind of oven dry thing and the value of detecting that the oven dry degree has configured electrode sensor 38.When beginning to dry operation, value of detecting of understanding oven dry species on the basis of the value of configuring.Control heater 42 operations are generated heat in addition.After heater 42 heatings, to the cylinder 1 inner extraneous air that sucks, form certain temperature to the supply of the inside of cylinder 1 by being located at the heating of the heater 42 on service duct 46 inlets, being heated by service duct 46.
By said process, under the cylinder 1 inner loop air state, the temperature of thing is dried in electrode sensor 38 perception, and perceptual signal is transmitted to the control part side with voltage signal.When sensor contact oven dry thing, electrode sensor 38 utilizes the difference sense temperature of the magnitude of voltage that imposes on the electrode two ends.Perceived in addition temperature is exported with voltage signal.
Continuation inputs to control part 52a with the perception value of electrode sensor 38, makes control part 52a judge ongoing oven dry degree with the variation of magnitude of voltage perceived in electrode sensor 38.
In said process, the air of cylinder 1 absorbed inside moisture by the driving of exhaust blower 17, is passed by gauze filter 14 from cylinder 1 through exhaust outlet 43, transmits to the gauze passage.Foreign matter in the air (the end of a thread or dust etc.) is filtered by gauze filter 14.So filtering the gauze filter 14 of a lot of foreign matters makes from the air of cylinder 1 inside to the gauze channel flow and can't flow smoothly.
At this moment, circulate the inside and outside of cylinder 1 in order to make air, because the mobile of air has some setbacks, exhaust blower 17 improves rotary speed, makes the mobile smooth and easy of air.
That is to say, when gauze filter 14 stops up, reduce the air quantity that flows into to exhaust blower 17, reduce the pressure that is attached on exhaust blower 17 blades, reduce the load that is attached on the motor simultaneously.Owing to reduce the load that is attached on exhaust blower 17 motors, the rotation RPM of motor risen automatically.
On the one hand, be installed in the speed perception sensor 52b of exhaust blower 17 motors one side, continue the rotary speed of exhaust blower 17 is imposed on control part 52a.By the signal that applies, the rotary speed of control part 52a perception exhaust blower 17.
At this moment, as shown in Figure 5, along with the chocking-up degree of gauze filter 14, the RPM of exhaust blower 17 is rising.That is to say, under normal driving condition, the rotary speed of exhaust blower 17 is to be set and control by 1300RPM, if risen certain limit (about 230RPM) when above because of the obstruction of gauze filter 14 makes the rotary speed of exhaust blower 17, is judged as due to gauze filter 14 obstructions.Be under the state of benchmark with 1700RPM in addition, the rotary speed of exhaust blower 17 has risen about 300RPM when above, is judged as due to gauze filter 14 stops up.
The control part 52a of mainboard 52 inside monitors the value of detecting of speed perception sensor 52b, if also rise to certain limit when above than a reference value, will increase the rotary speed (the 120th stage) of exhaust blower 17 automatically, judges that gauze filter 14 is blocked.So make the block information output of gauze filter 14, the plugged filter signal (the 130th stage) of telling the user.
In addition, when under the blocked state of gauze filter 14, proceeding drying work, can bring damage, therefore need rotation stop signal (the 140th stage) with converter 50 output rollers 1 to washings.At this moment, the user can be familiar with the chocking-up degree of gauze filter 14 from the plugged filter signal in the 130th stage, can carry out filter cleaning.
For the chocking-up degree of perception gauze filter 14, below to the RPM of exhaust blower 17 also can perception dryer inside the chocking-up degree of blast pipe carry out the exploded perspective view that simple explanation: Fig. 1 is the dryer major part of prior art.As shown in Figure 1, exhaust blower 17 is connected with gauze passage 15, and exhaust blower 17 is extracted the air of cylinder 1 inside out by gauze passage 15 to the outside.Exhaust blower 17 is arranged on the inside of exhaust blower shell 18.One side of exhaust blower shell 18 is connected with gauze passage 15, and the opposite side of exhaust blower shell 18 and blast pipe 19 are connected.So, discharge to the outside through blast pipe 19 by the suction of exhaust blower 17 from the air of 5 discharges of oven dry space and process gauze passage 15.
Even occur because foreign substances etc. makes blast pipe 19 stopping states, the RPM of exhaust blower 17 rotations also can rise.This be because blast pipe 19 even to be subjected to the influence of foreign substances etc. blocked, can not discharge to the outside through the air of exhaust blower 17, make cylinder 1 inside and outside air circulation can not get unimpeded.
Fig. 6 is the relation characteristic figure of the rotation RPM of the chocking-up degree of blast pipe and exhaust blower.Fig. 6 chocking-up degree of inch unit representation blast pipe 19.Blast pipe 19 is along with elongated can not the discharge effectively of length that prolongs pipe.In the drawings 2.5 inches mean that the length that prolongs pipe prolongs into 20 meters situation, and the length of 3.5 inches expression prolongation pipes prolongs into 10 meters situation.As shown in the figure, can know that along with the length that prolongs pipe is elongated the RPM of exhaust blower rotation is in increase.
Along with the chocking-up degree of blast pipe 19, the RPM of exhaust blower 17 rotations is increasing, and utilizes the Back ground Information of judging that blast pipe 19 stops up, the chocking-up degree of perception blast pipe 19.
Fig. 7 is the chocking-up degree of blast pipe and the relation characteristic figure of drying time.That is to say that as shown in Figure 7, along with the chocking-up degree of blast pipe 19, drying time is than long relatively under the normal condition.Also just caused energy dissipation.
In the present invention, the RPM of the exhaust blower of variable control 17 rotations, the chocking-up degree that can perception gauze filter 14 and the chocking-up degree of blast pipe 19.In addition, the RPM of exhaust blower 17 rotations also can detect the chocking-up degree of gauze filter 14 and the chocking-up degree of blast pipe 19.
Can recognize by said structure, the invention provides following basic fundamental thought: in drying work, monitor the RPM of exhaust blower 17 rotations of variable control, when the speed of the RPM of exhaust blower 17 rotation when a reference value is increased to a certain degree, chocking-up degree that can the above-mentioned gauze filter 14 of perception.In addition under similarity condition, chocking-up degree that can the perception blast pipe.
In basic fundamental thought range of the present invention, the technical staff who has common knowledge for the same industry can be out of shape arbitrarily in addition.
Claims (4)
1. the stopping degree sensing method of a gauze filter, it is characterized in that, dryer is provided with variable control exhaust blower and gauze filter, variable control exhaust blower produces the air mass flow of circulation cylinder, gauze filter is collected the foreign substances that produces in the drying work, and the control method of dryer comprises 3 stages:
Phase I: drive variable control type exhaust blower;
Second stage: the rotary speed that monitors exhaust blower rises more than certain value from reference set value;
Phase III: when the rotary speed of exhaust blower rises, the chocking-up degree of perception gauze filter.
2. according to the stopping degree sensing method of the described gauze filter of claim 1, it is characterized in that, when the rotary speed of exhaust blower rises, include the stage of perception blast pipe chocking-up degree.
3. according to the stopping degree sensing method of the described gauze filter of claim 1, it is characterized in that, when the rotary speed of exhaust blower rises, include the stage that information signal is offered the user.
4. according to the stopping degree sensing method of claim 1 or 2 or 3 described gauze filters, it is characterized in that, in the control stage that comprises promising drying work, the chocking-up degree perception of gauze filter is to finish in the drying work in each stage in aforesaid right requires.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA021242135A CN1467013A (en) | 2002-07-12 | 2002-07-12 | Stopping degree sensing method of gauze filter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA021242135A CN1467013A (en) | 2002-07-12 | 2002-07-12 | Stopping degree sensing method of gauze filter |
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| Publication Number | Publication Date |
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| CN1467013A true CN1467013A (en) | 2004-01-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA021242135A Pending CN1467013A (en) | 2002-07-12 | 2002-07-12 | Stopping degree sensing method of gauze filter |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101792967A (en) * | 2006-09-06 | 2010-08-04 | Lg电子株式会社 | Drier and control panel thereof with clogging detecting function |
| CN101139792B (en) * | 2006-09-06 | 2010-09-08 | Lg电子株式会社 | Dryer with clogging detecting function |
| CN101113870B (en) * | 2006-07-28 | 2010-09-29 | 南京乐金熊猫电器有限公司 | Automatically drying device and control method thereof |
| US8387272B2 (en) | 2006-09-06 | 2013-03-05 | Lg Electronics Inc. | Clogging detecting system for dryer |
| CN102971458A (en) * | 2010-07-12 | 2013-03-13 | 佩莱若林·米尔诺公司 | Modulated air flow clothes dryer and method |
-
2002
- 2002-07-12 CN CNA021242135A patent/CN1467013A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101113870B (en) * | 2006-07-28 | 2010-09-29 | 南京乐金熊猫电器有限公司 | Automatically drying device and control method thereof |
| CN101792967A (en) * | 2006-09-06 | 2010-08-04 | Lg电子株式会社 | Drier and control panel thereof with clogging detecting function |
| CN101139792B (en) * | 2006-09-06 | 2010-09-08 | Lg电子株式会社 | Dryer with clogging detecting function |
| CN101139793B (en) * | 2006-09-06 | 2010-09-29 | Lg电子株式会社 | Clogging detecting system for dryer |
| US7926201B2 (en) | 2006-09-06 | 2011-04-19 | Lg Electronics Inc. | Dryer with clogging detecting function |
| US8387272B2 (en) | 2006-09-06 | 2013-03-05 | Lg Electronics Inc. | Clogging detecting system for dryer |
| CN102971458A (en) * | 2010-07-12 | 2013-03-13 | 佩莱若林·米尔诺公司 | Modulated air flow clothes dryer and method |
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