CN106512670A

CN106512670A - Drier reduction method

Info

Publication number: CN106512670A
Application number: CN201610925517.0A
Authority: CN
Inventors: 曹云霞; 曹海燕
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-10-30
Filing date: 2016-10-30
Publication date: 2017-03-22

Abstract

The invention discloses a drier reduction method. A drier comprises a housing, drying units arranged in the housing, and a power plug. Each drying unit is composed of two netted boxes and a PTC heater, a heat conduction sheet is arranged in each netted box, a drying agent is placed between the heat conduction sheet and the netted box, each drying unit is composed of two parallel-placed netted boxes by clamping the PTC heater in an intermediate part; a conductive agent is arranged at the bottom of the drying unit, the conductive agent immerse at least a part of the netted box, the conductive agent has functions of absorbing moisture and energizing; the interfaces are arranged at two ends of the bottom of the drying unit, and the interface is respectively connected with a control circuit, a second display lamp and power supply. By employing the above technical scheme, the direct contact area of a drying agent and air in the netted box is enlarged, odor absorption and drying speed is accelerated; the contact area of the drying agent and a heat conduction sheet are increased, and the drying reduction speed is accelerated.

Description

A kind of method of reducing of drier

Technical field

The present invention relates to a kind of drier for removal moisture drying is carried out to the article in containment housing, especially, is related to To the method for reducing of this drier.

Background technology

The removal moisture drying of article in current containment housing, general by the way of drier or dehumidifier, drier moisture absorption Afterwards, can be dried by drying, micro-wave oven, it is also possible to repeat to use after reduction is dried by way of electric heating again.The side of drying Formula, is restricted by weather, and the slow efficiency of drying is low, and the mode of electric heating is convenient and easy.Dehumidifier is worked using electric work mode , although effect is preferable, but use cost and manufacturing cost are higher.

A kind of dehumidifier is disclosed in the invention of Patent No. ZL200720067195. 7, is provided with net box and is added Backing, the gap filling moisture absorption particle between heating plate and net box, advantage are simple structures, are dried by way of electric heating Repeat afterwards and use again, have the disadvantage that moisture absorption particle is not big enough with the area of air directly contact, cause dehumidifying speed slower, and plus , in planar design, heating plate is relatively small with the contact area of moisture absorption particle, and resulting in the need for longer time could be dried for backing Reduction is used again.

It is, thus, sought for a kind of dehumidifying effect is higher, the faster dehumidification equipment that is dried reduction rate.

The content of the invention

It is an object of the invention to provide one kind is in the case of equal volume, dehumidifying effect is higher, be dried reduction rate more Fast drier and its method of reducing.

The technical scheme is that：A kind of method of reducing of drier, the drier are included by shell, placement outside Drying unit and attaching plug composition in shell, each drying unit are made up of two net box, a ptc heater, often A conducting strip is mounted with individual net box, desiccant-filled with the gap of net box in conducting strip, conducting strip does corrugated, Centre is provided with the platform of a projection, protrudes from outside net box from the perforate that net box is reserved, and with ptc heater Face connects_；Each drying unit is clipped in the middle ptc heater by two net box being placed in parallel and constitutes；The bottom of drying unit Portion is additionally provided with conductive agent, and conductive agent floods at least a portion of net box, the function that conductive agent is powered after having absorption moisture； The two ends of the bottom of drying unit are additionally provided with interface, and interface is connected with control circuit, the second display lamp, power supply respectively；Work as water Part absorbs to a certain extent, and after drier and conductive agent water suction saturation, conductive agent is in "on" position, and the second display lamp is bright；Take When being out dried reduction, attaching plug is inserted on power panel, until drier and conductive agent drying, conductive agent is not in "on" position, the second display lamp are gone out.

The invention has the beneficial effects as follows：

1st, in the case of equal volume, drier is bigger with the contact area of air, and the speed that article is dried is faster；

2nd, user can more easily know whether the moisture in drier has been evaporated.

The present invention is further detailed explanation with reference to the accompanying drawings and detailed description.

Description of the drawings

Fig. 1 is the main structure diagram of the present invention；

Fig. 2 is the side structure schematic view of the present invention；

Fig. 3 is another side structure schematic view of the present invention.

Specific embodiment

As depicted in figs. 1 and 2, drier of the invention, by shell 1, the drying unit being placed in shell 12, Yi Jian The attaching plug 4 put on shell 1 is constituted.Each drying unit 2 is made up of two net box, 21, PTC heater 22, A conducting strip 23 is mounted with each net box 21, in conducting strip and the gap desiccant-filled 24 of net box.Conducting strip 23 Do corrugated, centre is provided with the platform of one piece of projection, protrude from outside net box from the perforate that net box 21 is reserved, and with One face connection of ptc heater 22, i.e. each drying unit are by two net box 21 being placed in parallel ptc heater 22 Be clipped in the middle composition.

The bottom of drying unit 2 is additionally provided with conductive agent 31, and conductive agent floods at least a portion of net box 21（Such as Fig. 3 It is shown）, with the same function of drier, conductive agent is simultaneously also with the function being powered after absorbing moisture for conductive agent 31.

The two ends of the bottom of drying unit 2 are additionally provided with interface 52, interface 52 respectively with control circuit 53, the second display lamp 5th, power supply 51 connects, and power supply 51 can be one kind of dry cell.When drier works, drier 24 and conductive agent 31 absorb water Point, after conductive agent 31 absorbs water, saturation is in conduction state, and power supply 51 is that the second display lamp 5 provides electric power, and the second display lamp 5 is bright Rise, user just can know that drier saturation by observing the second display lamp 5, and needs are thermally dried reduction.Work as drying After device heating, the moisture in drier 24 and conductive agent 31 is evaporated, and conductive agent 31 is non-conductive in the absence of water, and second Display lamp 5 just extinguishes.Therefore whether user can have moisture in just can know that drier by the light on and off of the second display lamp.

In addition to the perforate for disposing 23 protruding part of conducting strip, surrounding is designed with air vent to net box 21, expands dry Drying prescription 24 and the area of air contact, dehumidify faster.

As conducting strip 23 adopts ripple struction, expand drier and the contact area of conducting strip 23, can thus add The fast speed for being dried reduction.

During use, drier is put in closed casing, drier is absorbed by the moisture content in air, due in casing The humidity of air declines, and can also accelerate the evaporation of moisture content in article, and the moisture content being evaporated is absorbed by drier again, so that case Internal article keeps drying.

When moisture absorption to a certain extent, drier water suction saturation after, take out dry reduction, its method of reducing is：

When being dried reduction, attaching plug 4 is inserted on power panel, up to the drying of drier 24, pulls up plug, can put again Return in casing and reuse.

In view of lower section of the conductive agent 31 in drier 24, and the common grain diameter of conductive agent is all less, PTC heating The heat of device is difficult to be dried conductive agent 31, therefore the conductive agent 31 of the bottom of drying unit 2 is also provided with interface 32, connects Mouth 32 is connected with control circuit 33, the first display lamp 3, extraneous power supply 41 respectively（As shown in Figure 2）.When conductive agent 31 absorbs moisture After saturation, conductive agent 31 is electrically conductive.After extraneous power supply 41 is inserted on power panel, the first display lamp is bright, while electric current is by connecing Mouthfuls 32 are transferred in conductive agent 31, as the voltage of extraneous power supply 41 is higher, therefore can produce in 31 galvanization of conductive agent The higher heat of life, heat make the moisture in conductive agent fully evaporate.After moisture evaporation in conductive agent 31, the first display lamp 3 Go out, light on and off of the user by the first display lamp 3 of observation, in just can know that drier, whether moisture is evaporated.

First display lamp, the second display lamp can be used respectively, or while be used.

So that humidometer is installed on casing, the change of casing in humidity can be observed at any time, and it is just more accurate to control.

In addition, drier is in addition to from silica gel, can also be from dry matters with dehumidifying effect such as zeolite granulars.Lead Electric agent can both can absorb conduction after moisture from materials such as salt, also economical and practical.

Multiple drying units 2 can be arranged as required in shell 1, the ptc heater 22 of multiple drying units 2 is parallel to electricity On source plug 4.

Attaching plug 4 and external power supply 41 can be same power supplys.

A microheater can also be connected between interface 32, preferably to heat to conductive agent.

The effect of the moisture in 31 absorption air of conductive agent is better than or is equal to drier 24.

Above-described embodiment is intended merely to the purposes of the interpretation present invention, and is not limitation of the present invention, this technology The those of ordinary skill in field, in the essential scope of the present invention, makes a variety of changes or substitutes, and should also belong to the guarantor of the present invention Shield category.

Claims

1. a kind of method of reducing of drier, it is characterised in that：The drier includes by shell, is placed in the drying of inside the shell Unit and attaching plug composition, each drying unit is made up of two net box, a ptc heater, in each net box A conducting strip is mounted with, desiccant-filled with the gap of net box in conducting strip, conducting strip does corrugated, and centre is provided with one The platform of individual projection, is protruded from outside net box from the perforate that net box is reserved, and is connected with a face of ptc heater_；Often Individual drying unit is clipped in the middle ptc heater by two net box being placed in parallel and constitutes；The bottom of drying unit also sets up There is conductive agent, conductive agent floods at least a portion of net box, the function that conductive agent is powered after having absorption moisture；Drying unit The two ends of bottom be additionally provided with interface, interface is connected with control circuit, the second display lamp, power supply respectively；When moisture absorption is arrived To a certain degree, after drier and conductive agent absorb water saturation, conductive agent is in "on" position, and the second display lamp is bright；Take out drying During reduction, attaching plug is inserted on power panel, until drier and conductive agent drying, conductive agent is in no power shape State, the second display lamp are gone out.

2. a kind of method of reducing of drier as claimed in claim 1, it is characterised in that：When conductive agent absorbs water saturation Afterwards, conductive agent is electrically conductive；After extraneous power supply is inserted on power panel, the first display lamp is bright, while electric current is transferred to by interface In conductive agent, as the voltage of extraneous power supply is higher, therefore higher heat, heat can be produced in conductive agent galvanization The moisture in conductive agent is made fully to evaporate；After moisture evaporation in conductive agent, the first display lamp goes out, and user is shown by observation first Show the light on and off of lamp, whether moisture is evaporated in just can know that drier.

3. a kind of method of reducing of drier as claimed in claim 1, it is characterised in that：Net box is removed for disposing conducting strip Outside the perforate of protruding part, surrounding is designed with air vent.

4. a kind of method of reducing of drier as claimed in claim 1, it is characterised in that：The conductive agent of the bottom of drying unit Interface is also provided with, interface is connected with control circuit, the first display lamp, extraneous power supply respectively.

5. a kind of method of reducing of drier as claimed in claim 4, it is characterised in that：First display lamp, the second display lamp Can use respectively, or while use.

6. a kind of method of reducing of drier as claimed in claim 1, it is characterised in that：Moisture in conductive agent absorption air Effect be better than or be equal to drier.

7. a kind of method of reducing of drier as claimed in claim 1, it is characterised in that：Drier is gone back in addition to from silica gel Can be from dry matters with dehumidifying effect such as zeolite granulars；Conductive agent can be from materials such as salt.

8. a kind of method of reducing of drier as claimed in claim 1, it is characterised in that：Inside the shell can be arranged as required to many Individual drying unit, the ptc heater of multiple drying units are parallel on attaching plug.

9. a kind of method of reducing of drier as claimed in claim 1, it is characterised in that：Attaching plug and external power supply can be with It is same power supply.

10. a kind of method of reducing of drier as claimed in claim 4, it is characterised in that：One can also be connected between interface Individual microheater.