CN104114049A

CN104114049A - Atomization control unit and a portable atomizing apparatus having the same

Info

Publication number: CN104114049A
Application number: CN201380007601.9A
Authority: CN
Inventors: 崔东秀
Original assignee: ENBRIGHT Co Ltd
Current assignee: ENBRIGHT Co Ltd
Priority date: 2012-03-26
Filing date: 2013-03-26
Publication date: 2014-10-22
Also published as: WO2013147492A1; US20140334804A1

Abstract

A portable atomizing apparatus according to the present invention includes a battery case, an atomizing device, a body case, a control unit, and a suction adjustment. The battery case receives a battery, and the atomizing device includes a heating member electrically connected to the battery for generating heat to atomize a source material. The body case is connected between the battery case and atomizing device. Besides, the control unit is mounted inside the body case, electrically connected to the battery and to the heating member, so that the control unit receives an electrical power from the battery to control the output signal delivered to the heating member. Also the suction adjustment opens or closes an air inlet of the atomizing apparatus so as to adjust the amount of air entering the atomizing apparatus.

Description

Atomization control module and comprise the portable vaporization device of this atomization control module

Technical field

The present invention relates to a kind of atomization technique, in more detail, relate to the atomization control module that regulates raw-material atomization and the portable vaporization device that comprises this atomization control module.

Background technology

Portable vaporization device, so that the mode of carrying is researched and developed, and makes people suck the smog producing from above-mentioned portable vaporization device, meets hobby property, or as the method that realizes other objects of being scheduled to.As an example of portable vaporization device, can comprise electronic cigarette, above-mentioned electronic cigarette can replace smoking or aiding smoking cessation.Electronic cigarette has the characteristic similar to common cigarette in using method and aspect the effect producing in use, thereby user can experience the sensation of inhaling common cigarette by sucking electronic cigarette.

With regard to the application target of portable vaporization device, as the multiple factors that determine hobby property, except adding raw-material material, also have atomizer to make the condition of raw material atomization.Even the raw material that atomization is identical, in the case of portable vaporization device make the condition of raw material atomization different, user also can change sucking taste, the fragrance of experiencing in the process of smog and suck sense.In this case, there is user and change the situation of the expendable partses such as atomizer, cylinder (cartridge) and battery, can append thus generation user and use the problem of the expense of portable vaporization device.

And the respiratory time that user sucks portable vaporization device varies with each individual at every turn.Now, if user continues to suck for a long time, can be because of the heater block in atomizer overheated produce the damage of heater block or because of the liquid raw material in atomizer for burning too much make the local flavor of smog or fragrance impaired.

Summary of the invention

(1) technical problem that will solve

Technical problem to be solved by this invention is, provides sucking in the process of smog, can dynamic adjustments atomization condition, and can regulate accordingly with multiple derived components the atomization control module of atomization.

Another technical problem to be solved by this invention is, provides and both prevents the overheated of heater block, also can not make liquid raw-material local flavor or fragrance occur deteriorated, thereby can produce the atomization control module of fresh smog.

Another technical problem to be solved by this invention is, the portable vaporization device that comprises the atomization control module with above-mentioned advantage is provided.

(2) technical scheme

The atomization control device of the embodiments of the invention that solve the problems of the technologies described above, have for the atomizer of the heater block of heating raw materials and for depositing the portable vaporization device of battery case of battery as comprising, comprise atomization control module, comprise main body cover, control part and suck adjusting portion for solving the atomization control module of problem of the present invention.

One side of main body cover combines with battery case, and opposite side combines with atomizer.Control part leaves the inside of main body cover in, is electrically connected with battery and heater block, accepts supply voltage from battery, controls to the output signal of heater block side output.And above-mentioned soakage adjusting portion opens or closes the air inflow aperture that leads to above-mentioned atomizer side from outside, regulates to the amount of the air of above-mentioned atomizer side inflow.

Comprise battery case, atomizer, main body cover, control part and soakage adjusting portion for the portable vaporization device that solves another technical problem of the present invention.Battery case is used for depositing battery, and atomizer is electrically connected with battery, and this atomizer comprises for generation of the heater block that makes raw material atomization heat.Main body cover combines with battery case, atomizer between battery case and atomizer.

And control part leaves the inside of main body cover in, be electrically connected with battery, heater block, and accept electric power from battery, control to the output signal of heater block side output.And soakage adjusting portion opens or closes the air inflow aperture that leads to atomizer side from outside, regulate to the amount of the air of atomizer side inflow.

The portable vaporization device that is used for the embodiment of the present invention that solves another technical problem, it comprises: atomizer, be electrically connected with battery, this atomizer comprises for generation of the heater block that makes raw material atomization heat; Control part, comprise the detection part of the lasting push action that can identify user, the duration of the push action of detection part, to heater block output at least alternately during a heating work and the output signal of heating stopping period, during heating work, have the first voltage level, heating stopping period has the second voltage level lower than the first voltage level.

In a part of embodiment, detection part can be push button or touch.In a part of embodiment, can define the first voltage level according to the resistance measurement value of heater block.In a part of embodiment, second voltage level is preferably 0V.In a part of embodiment, during can having heating standby, heating refers to that at the appointed time, above-mentioned output signal is disconnected from the starting point of above-mentioned user's lasting push action during standby.In a part of embodiment, during above-mentioned heating standby, can there is the duration within the scope of 0.01 second in second to 1.In a part of embodiment, during above-mentioned heating work, can there is the duration within the scope of 0.1 second in second to 20, above-mentioned heating stopping period can have the duration within the scope of 0.05 second in second to 5.

In a part of embodiment, also comprise display part, display part shows during setting heating work sets interface with one or two user who all sets of heating stopping period; Control part use detection part as user's inputting interface, during regulating heating work according to user's push action and heating stopping period value.

In a part of embodiment, in the case of more than the push action of detection part stops predefined stand-by time, the push action based on detection part after control part can make it and the output signal that generates is exported during heating standby.In a part of embodiment, the output of output signal can be defined in the predefined maximum operating time.In a part of embodiment, the maximum operating time was preferably for 0.15 second in second to 25.

In a part of embodiment, can also comprise: battery case, for depositing battery; Main body cover combines with battery case, atomizer between battery case and atomizer; And soakage adjusting portion, open or close the air inflow aperture that leads to atomizer side from outside, carry out the amount of the air of adjusting atomizer side inflow.In a part of embodiment, portable vaporization device can be the one in electronic cigarette, aroma-therapeutic instrument, sterilizer, disinsector and respirator therapeutic equipment.

(3) beneficial effect

According to the present invention, can carry out regulation output signal according to the resistance sizes of the size of the supply voltage of battery or heater block, thereby the electric power providing to heater block side can be remained to constant.Therefore, can solve heater block and power-off occur because of high power consumption, or along with electric power declines, the amount of smoke of portable vaporization device be reduced, or make the fragrance of smog and the problem that taste changes.

And according to a part of embodiment of the present invention, user can directly control output signal according to user's hobby.Thus, can select to be more applicable to by user's operation the smog condition of my hobby.

And, can utilize soakage adjusting portion easily to regulate the amount of the extraneous air mixing with the raw material that are atomized.Therefore, user can utilize soakage adjusting portion easily to regulate amount of smoke.

And the printed circuit board (PCB) of control part not only can be anchored on the engagement groove of main body cover, the display part and the switch that are installed on printed circuit board (PCB) are supported, can also contact directly or indirectly with battery and multiple lead-out terminal, and mutually be electrically connected.Therefore, can produce even without extra attaching parts or bonded block, also can make the circuit structure of portable vaporization device and machinery assembling become easy effect.

Therefore, can there is the environmental protection characteristic of getting rid of the harmful substances such as lead, and because production process is more simplified and can produce the effect of saving cost of manufacture.

And user can utilize the contact witches such as detection part to drive portable vaporization device.Therefore, in the situation that portable vaporization device is applicable to electronic cigarette, even if continue to press unlike conventional push button, only the mode of the main body by controlling the portable vaporization device that disposes detection part just can drive portable vaporization device, thereby can improve user's convenience.

And, during utilization has the heating work of the first voltage level and lower than the output signal of the heating stopping period of the second voltage level of the first voltage level, control heater block, thereby can prevent the long-time heating of heater block and damage and the raw-material waste of the atomizer that causes.

And, making user or suck custom according to user's respiratory time regulates between the period of heating and the duration of stopping period, thereby can select/regulate to be more applicable to the smog condition of my hobby, and can obtain raw-material taste, the fragrance changing and suck sense.

And, set the stand-by time stopping of the maximum operating time of output signal and the push action of detection part, reduce thereby there is the power consumption of supplying with to heater block, finally there is the service time of battery of increasing.

Brief description of the drawings

Fig. 1 a is the decomposition diagram of the portable vaporization device of the embodiment of the present invention.

Fig. 1 b is the front view of the portable vaporization device shown in Fig. 1 a.

Fig. 2 a represents along I-I of Fig. 1 b ' profile of the part that intercepts.

Fig. 2 b is the figure of the soakage adjusting portion shown in Watch with magnifier diagram 1a.

Fig. 2 c is the figure of the action of the soakage adjusting portion shown in presentation graphs 2b.

Fig. 3 represents along II-II of Fig. 2 c ' profile of the part that intercepts.

Fig. 4 a and Fig. 4 b amplify the figure that represents the information that is shown in the display part shown in Fig. 1 a.

Fig. 5 is the block diagram of the portable vaporization device shown in Fig. 2 a.

Fig. 6 be for illustrate there is heating work during and the timing diagram of output signal of heating stopping period.

Fig. 7 is the timing diagram for the output signal of setting the maximum operating time is described.

Fig. 8 is the timing diagram for the output signal of setting stand-by time is described.

Detailed description of the invention

Portable vaporization device of the present invention comprises: battery case, for the battery of depositing; Atomizer, is electrically connected with battery, and this atomizer comprises for generation of the heater block that makes raw material atomization heat; Main body cover combines with battery case, atomizer between battery case and atomizer; Control part, deposits in the inside of main body cover, is electrically connected, and accepts electric power from battery with battery, heater block, controls to the output signal of heater block side output; And soakage adjusting portion, open or close the air inflow aperture that leads to atomizer side from outside, regulate to the amount of the air of atomizer side inflow.

And another portable vaporization device of the present invention comprises: atomizer, comprise heater block, heater block is connected with battery, for generation of making raw material atomization heat; Control part, comprise the detection part of the lasting push action that can identify user, during the push action of detection part continues, to heater block output at least alternately during a heating work and the output signal of heating stopping period, during heating work, have the first voltage level, heating stopping period has the second voltage level lower than the first voltage level.

Below, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Embodiments of the invention are for more intactly illustrating and provide to those of ordinary skill in the art, and following embodiment can be deformed into multitude of different ways, and scope of the present invention is not limited to following examples.On the contrary, these embodiment make the disclosure more substantial and complete, for more intactly passing on thinking of the present invention to one of ordinary skill in the art.

And thickness or the size of each layer in accompanying drawing are amplified to some extent, to guarantee convenience and the definition of explanation, and the identical Reference numeral on accompanying drawing is censured identical key element.The term "and/or" of use in this manual comprises the some and more than one all combinations in cited respective item.

The term that used is in this manual for specific embodiment is described, and is not for limiting the present invention.In this manual, so long as not situation about distinguishing with the word of clearly specifying, odd number form just can comprise plural form.And, be used in the situation of this description, " comprise (comprise) " and/or " comprising (comprising) " for the existence of specific mentioned shape, numeral, step, action, parts, key element and/or their combination, and do not get rid of the existence of more than one other shapes, numeral, action, parts, key element and/or multiple combinations or additional.

Below, with reference to the brief description of the drawings embodiments of the invention that schematically illustrate desirable embodiment of the present invention.In accompanying drawing, for example, the size and shape of parts amplifies to some extent, to guarantee convenience and the definition of explanation, and, in the time that reality embodies, can be contemplated to the various deformation of shown shape.Therefore, embodiments of the invention should not be construed as the given shape that only limits to the region shown in this description.

Fig. 1 a is the exploded view of the portable vaporization device 200 of the embodiment of the present invention, and Fig. 1 b is the front view of the portable vaporization device 200 shown in Fig. 1 a.

With reference to Fig. 1 a and Fig. 1 b, portable vaporization device 200 is for making raw material atomization, thus generation smog, and make user suck above-mentioned smog, meet thus people's hobby or reach the predetermined objects such as treatment.For example, as electronic cigarette, portable vaporization device 200 can be as the purposes of the suction of the common cigarette of replacement, and in this case, above-mentioned raw material can be the liquid materials that comprises nicotine.But portable vaporization device 200 of the present invention is not limited in the embodiment of electronic cigarette.For example, portable vaporization device 200 produces the smoking cessation auxiliary equipment of smog applicable to the liquid material atomization that makes not comprise nicotine, also go for healthy auxiliary equipment, above-mentioned healthy auxiliary equipment makes to comprise the raw material atomization that vanilla extract etc. is conducive to healthy composition.And, also can make the respiratory disease such as bronchitis and pneumonia have the material of pharmacologically active effect, for example contain the raw material atomization of Wan Tuolin or budesonide and suck for people, thus portable vaporization device 200 is used for the treatment of to purposes.These embodiment are only for illustrating, but not for limiting the present invention, it is apparent that the purposes of portable vaporization device 200 can become according to above-mentioned raw-material composition.

Portable vaporization device 200 comprises battery case 150, battery cap 190, atomizer 50, sucks mouthpiece 10 and atomization control module ACU.Battery case 150 has inner empty hollow shape, can deposit battery BT.In a part of embodiment, the inside of battery case 150 can have the structure communicating with the main body cover 110 of atomization control module ACU, thereby the electrode of the battery BT exposing, for example anode can directly contact with the electrode pad that is located at atomization control module ACU, and is electrically connected.In this case, another electrode of battery BT, for example negative electrode can contact with battery case 150, and fastening between main body cover 110 by atomization control module ACU and battery case 150 be electrically connected with atomization control module ACU, thus formation circuit.But this is only for illustrating, and battery BT can be hidden in battery case 150.In a part of embodiment, one end of battery case 150 can be covered by battery cap 190.

In a part of embodiment, can mutually combined in the mode that forms screw thread by battery case 150, battery cap 190 and the mutual fastening part of main body cover 110.Thus, user can be from easily split cell shell 150 or battery cap 190 of portable vaporization device 200, also can be in portable vaporization device 200 easily in conjunction with battery case 150 or battery cap 190, thereby easily periodically changed the battery BT in life-span.

And, suck mouthpiece 10 and be suitable for electronic cigarette use or respirator treatment use, and, in the time being applied to the purposes such as fragrance generator, sterilizer or disinsector, can omit, or replace with nozzle in order to promote the aerial dispersion of smog.

Atomization control module ACU comprises control part (Fig. 2 a100) and soakage adjusting portion 80, and above-mentioned control part has main body cover 110 and display part 90.Main body cover 110 is hollow shape shape, and its inside communicates with battery case 150, its internal storage control part (Fig. 2 a100).Fig. 1 a and Fig. 1 b show the display part 90 in the structural element of control part, and the peristome of the part of display part 90 by being formed at main body cover 110 exposes to outside.Display part 90 can comprise emissive type or the non-emissive type display units such as liquid crystal, organic illuminating element, vacuum fluorescent display.

Soakage adjusting portion 80 combines with an end of main body cover 110, and under the state combining with atomizer 50 at main body cover 110, opens or closes the air inflow aperture (Fig. 2 a H2) communicating with outside and atomizer 50.Therefore, can open or close according to soakage adjusting portion 80 state of air inflow aperture, be atomized and can change to the amount of the smog of outside discharge by sucking mouthpiece 10 at atomizer 50.

In a part of embodiment, soakage adjusting portion 80 can have the annular form combining with the end of main body cover 110 that is formed with above-mentioned air inflow aperture.In this case, soakage adjusting portion 80 can move along long axis direction from the end of main body cover 110, and opens inflow entrance or close inflow entrance in the process through on air inflow aperture.Structure and function to soakage adjusting portion 80 will be elaborated with reference to Fig. 2 b and Fig. 2 c below.

Atomizer 50 is to combine with atomization control module ACU with battery case 150 mode in opposite directions across atomization control module ACU.Atomizer 50 is electrically connected with battery BT by atomization control module ACU, and makes raw material atomization produce smog.In a part of embodiment, atomizer 50 can combine with atomization control module ACU by form threaded joint portion 40 at inner face, thereby user can easily separate atomizer 50 or change atomizer 50 from portable vaporization device 200.Therefore, make in the situation of its hydraulic performance decline along with long-time use atomizer 50, user can easily change atomizer 50.

Suck mouthpiece 10 and combine with an end of atomizer 50, thereby the smog producing in atomizer 50 can be discharged to outside by sucking mouthpiece 10., user can suck the smog producing at atomizer 50 by sucking mouthpiece 10.In a part of embodiment, sucking mouthpiece 10 can be formed by the outstanding material of the durability such as metal material, and can have flexible material by polymeric silicon resin etc. and form, to improve user's use sense.Below, with reference to Fig. 2 a and Fig. 2 b, the internal structure of portable vaporization device 200 is described in more details.

Fig. 2 a is along the I of Fig. 1 b, I ' cutaway view of part that intercepts, Fig. 2 b is the figure of the soakage adjusting portion 80 shown in Fig. 1 a amplifying, Fig. 2 c is the figure for the function of the soakage adjusting portion 80 shown in key diagram 2b.For shown in structural element in there is the structural element of the Reference numeral identical with the structural element of accompanying drawing before, only otherwise contradiction.Just can be with reference to above-mentioned explanation.

With reference to Fig. 2 a to Fig. 2 c, the main body cover 110 of atomization control module ACU comprises lead-out terminal 88 and the first joint portion 115.Lead-out terminal 88 is arranged on the position that main body cover 110 is connected with atomizer 50, supplies electric power by control part 100 to atomizer 50.

Extend to atomizer 50 from an end of main body cover 110 the first joint portion 115, and top opens, and the first joint portion 115 is the shape of the hollow shape of surrounding lead-out terminal 88.A part for lead-out terminal 88 can be exposed by the first joint portion 115.And, at the sidewall formation of the first joint portion 115 and the air inflow aperture H2 of one or more (more than) of exterior, in the inner face formation and the first screw thread S1 that the 3rd screw thread S3 of the second joint portion 40 of atomizer 50 combines of the first joint portion 115, form in the outside of the first joint portion 115 the second screw thread S2 combining with soakage adjusting portion 80.According to the structure of the first joint portion 115, insert in the inside of the first joint portion 115 and in conjunction with the second joint portion 40 of atomizer 50, thereby atomization control module ACU and atomizer 50 can be mutually fastening.

And, can be formed for connecting in the second joint portion 40 multiple pore H1 of the second joint portion 40, and the end of shell 20 forms one or more blow vent H3 outside atomizer.Therefore, outside air can pass through multiple blow vent H3, multiple air inflow aperture H2 and multiple pore H1 successively, provides to the inner side of atomizer 50.

Atomizer 50 comprises the second joint portion 40, the outer shell 20 of atomizer, cylinder 21, electrode tube 45, fuse 35, heater block 30 and blast pipe 25.Outside atomizer, an end of shell 20 configures the second joint portion 40.The top of the second joint portion 40 is opened, the second joint portion 40 is the shape of the hollow shape of the periphery that surrounds electrode tube 45, therefore, inserts the inside of the first joint portion 115 in the second joint portion 40, electrode tube 45 can combine with lead-out terminal 88, and is electrically connected with lead-out terminal 88.

Outside atomizer, the inside of shell 20 arranges cylinder 21, and cylinder 21 is accommodated raw material TL.In a part of embodiment, raw material TL can be liquid, and can decide according to the purposes of portable vaporization device 200 composition of raw material TL.And the inside of cylinder 21 has the spray chamber 28 of separating mutually with raw material TL, outside heater block 30 and the electrode tube 45 of fuse 35, encirclement fuse 35 is set in the inside of spray chamber 28.Electrode tube 45 is made up of conductive material, and is electrically connected with lead-out terminal 88, and a part for fuse 35 is exposed with respect to raw material TL, sucks raw material TL by fuse 35, and provides to heater block 30 sides.

Heater block 30 can be the electric conductivity coils such as filament, and heater block 30 receives output signal from lead-out terminal 88, and for example controlled voltage signal or current signal, produce heat.Output signal can be direct current (DC) or alternating current (AC) or pulse, preferably, and can be for easily carrying out the direct current of power control.Above-mentioned pulse can be controlled electric power by the size of control impuls or width.If apply output signal to heater block 30, heater block 30 is heated, be wound in the raw material TL atomization of permeating in the fuse 35 of heater block 30, and spray chamber 28 is filled up by smog.For output signal, will describe with reference to Fig. 6 below.

And, in the inside of cylinder 21, blast pipe 25 being set, an end of blast pipe 25 is connected with the suction line 5 that sucks mouthpiece 10, and the other end of blast pipe 25 is connected with spray chamber 28.Therefore, liquid raw material TL is atomized, and spray chamber 28 is filled up by smog, and, if people sucks mouthpiece 10, can suck the smog that fills up spray chamber 28 by blast pipe 25 and suction line 5.

In other embodiments, portable vaporization device 200 can comprise the atomizer with other structures, replaces the atomizer 50 with above-mentioned mode of heating work.For example, portable vaporization device 200 can comprise atomizer, and above-mentioned atomizer comprises oscillator, produces smog with ultrasonic vibration formula method.

Soakage adjusting portion 80 has the annular shape of the outside that surrounds the first joint portion 115, forms the screw thread (not shown) combining with the second screw thread S2, thereby combine with the first joint portion 115 at the inner face of its soakage adjusting portion 80.Therefore,, in the situation that user rotates soakage adjusting portion 80, soakage adjusting portion 80 can move by first direction D1 or second direction D2, thereby can open, partially opens or close multiple air inflow aperture H2 completely.For example, Fig. 2 b shows soakage adjusting portion 80 by the maximum mobile state of second direction D2, in this case, soakage adjusting portion 80 not with multiple air inflow aperture H2 overlaids, thereby multiple air inflow aperture H2 can be opened completely.

Unlike this, Fig. 2 c shows soakage adjusting portion 80 and rotates along the second screw thread S2, and the state moving by first direction D1.In this case, soakage adjusting portion 80 roughly with the half overlaid of air inflow aperture H2, thereby close the half left and right of air inflow aperture H2.Therefore, when the amount of the air providing to spray chamber 28 sides from outside by multiple air inflow aperture H2 in the position of the soakage adjusting portion 80 shown in Fig. 2 c is assumed to be to the first amount, in the position of the soakage adjusting portion 80 shown in Fig. 2 b, the amount of the air providing to spray chamber 28 sides from outside by multiple air inflow aperture H2 becomes the second amount that is greater than above-mentioned the first amount.

Therefore,, in the time that hypothesis user sucks mouthpiece 10 with identical pressure, than the position of the soakage adjusting portion 80 shown in Fig. 2 c, can suck the more smog of volume in the position of the soakage adjusting portion 80 shown in Fig. 2 b.This means that user can, by regulating the position of soakage adjusting portion 80, easily regulate the amount of the smog sucking.

In a part of embodiment, portable vaporization device 200 can also comprise elastomeric element 85.The same with the spring being formed by metallic alloy, elastomeric element 85 can have electric conductivity and elasticity.Elastomeric element 85, between lead-out terminal 88 and printed circuit board (PCB) 70, is guaranteed the electrical connection between lead-out terminal 88 and printed circuit board (PCB) 70, and proofreaies and correct contacting of lead-out terminal 88 and electrode tube 45.Lead-out terminal 88 can be electrically connected with battery BT by printed circuit board (PCB) 70.In more detail, elastomeric element 85 contacts with the second conductive layer C2 of lead-out terminal 88, printed circuit board (PCB) 70, the first conductive layer C1 of printed circuit board (PCB) 70 contacts with the terminal of battery BT, and thus, the supply voltage of battery BT can be exported to lead-out terminal 88 by printed circuit board (PCB) 70.

Itself form multiple conductive layers at printed circuit board (PCB) 70, and only utilize contacting of battery BT and printed circuit board (PCB) 70 and contacting of printed circuit board (PCB) 70 and electrode tube 45, be formed for supplying with to atomizer 50 circuit of electric power, thereby in the mode of fastening atomizer 50, atomization control module ACU and battery case 150, just can realize electrical connection.As a result, according to embodiments of the invention, even without as complicated wire guiding members such as metal wires, also can provide circuit structure simplify and make and the easy atomising device of assembling.

And, atomizer 50 is in order to fill up raw material TL at cylinder 21 and to separate and combine with portable vaporization device 200 from portable vaporization device 200 at any time, thereby in the situation that there is no elastomeric element 85, elongated along with service time of portable vaporization device 200 produces interval and makes electrically contacting between the second conductive layer C2 become unstable between lead-out terminal 88 and the second conductive layer C2.But according to embodiments of the invention, even produce interval between lead-out terminal 88 and the second conductive layer C2, also can improve the reliability electrically contacting between lead-out terminal 88 and the second conductive layer C2 by elastomeric element 85.

Fig. 3 is along the II of Fig. 2 c, II ' cutaway view of part that intercepts.

Together again with reference to Fig. 2 a, control part 100 is deposited in the inside of main body cover 110 with Fig. 3.Control part 100 is electrically connected with battery BT, heater block 30, and accepts electric power from battery BT, for example controls, to the electricity output of heater block 30 side outputs, the size of output voltage.

Control part 100 comprises printed circuit board (PCB) 70, resistance measurement portion 71, voltage correction portion 74, microcomputer element 72, detection part 75, light source 95 and display part 90.Although illustrate with resistance measurement portion 71, voltage correction portion 74, microcomputer element 72, detection part 75 and the separate mode of light source 95, but this is only for illustrating, at least two in them can turn to system IC (integrated circuit) with the mode monolithic mutually combining, and realize compactization, the present invention is not limited thereto.Printed circuit board (PCB) 70 is inserted in the engagement groove 112 of the inner face that is formed at main body cover 110, thereby deposits in the inside of main body cover 110, and is electrically connected with battery BT and heater block 30.In more detail, form the first conductive layer C1 on a sidepiece of the printed circuit board (PCB) 70 adjacent with battery case 150, the first conductive layer C1 is electrically connected with the terminal of battery BT.And, on the other side of the printed circuit board (PCB) 70 adjacent with atomizer 50, forming the second conductive layer C2, the second conductive layer C2 can contact with lead-out terminal 88 by the elastomeric element of electric conductivity 85, and is electrically connected with heater block 30.The first conductive layer C1 and the second conductive layer C2 can be for being formed at the weld layer of sidepiece or the electrically conductive plate of printing of printed circuit board (PCB) 70.

According to said structure, printed circuit board (PCB) 70, in the case of not having extra metal wire or welding, can be electrically connected with battery BT, heater block 30 by the first conductive layer C1 and the second conductive layer C2.And printed circuit board (PCB) 70 is completing circuit structure not only, also play the function of the mechanical support of each parts 71,74,72,75,95,90, thereby the internal structure of main body cover 110 is reduced to monomer.Therefore, can have and get rid of the plumbous environmental protection characteristic that waits hazardous substances, also can have and more simplify the effect of saving cost of manufacture because of production process.

Resistance measurement portion 71, voltage correction portion 74, microcomputer element 72, detection part 75, light source 95 and display part 90 are installed on printed circuit board (PCB) 70.In a part of embodiment, resistance measurement portion 71 can comprise the circuit being formed on printed circuit board (PCB) 70 for detection of the resistance of heater block 30, and voltage correction portion 74 can comprise the size of the supply voltage of proofreading and correct battery BT as mu balanced circuit or booster circuit the circuit of output power signal.And in other embodiments, resistance measurement portion 71 and voltage correction portion 74 can be built in microcomputer element 72.Resistance measurement portion 71 can apply mensuration electric current to heater block 30, and measure the resistance of heater block 30 by measuring the voltage level of heater block 30, or on the contrary, apply mensuration voltage to heater block 30, and measure resistance by being determined at the mobile output current of heater block 30.

According to said structure, at the resistance of heater block 30 along with the standard of atomizer 50 or the reliability of product and be less than predetermined value, for example adjust the atomizer of the condition that is applicable to oneself than user, in the little situation of the resistance value of the power conditions applying, the resistance of heater block 30 detects in resistance measurement portion 71, voltage correction portion 74 can be according to the resistance value of measured heater block 30, and it is lower than predetermined value that above-mentioned output voltage is proofreaied and correct.Therefore, with the resistance value of heater block 30 independently, can to the constant electric power with regulated setting value that provides of heater block 30 sides, for example, supply with identical electric power to atomizer, thereby can maintain in the same manner atomization and amount of smoke.And, the size of the electric power providing can be provided according to resistance sizes, thereby can prevent that heater block 30 from the phenomenon of power-off occurring because of high power consumption.To this, be described in detail later with reference to Fig. 5.

Detection part 75 is supported by silicon supporting member 73, and is installed on printed circuit board (PCB) 70, and detection part 75 exposes to outside by the peristome 111 that is formed at main body cover 110, and generates accordingly input signal with touch event.The microcomputer element 72 side inputs that the input signal generating by detection part 75 is mentioned rearwards, are used in the molar behavior of controlling portable vaporization device 200.In other embodiments, detection part 75 can replace with the contact witch that electrostatic switch and decompression type switch etc. are otherwise worked.

Microcomputer element 72 utilizes a large amount of circuit is carried out to integrated large scale integrated circuit (LSI), and there is central operation circuit, memory circuit and input/output control circuit, carry out simple algorithm calculations and logical calculated, receive above-mentioned input signal and control the molar behavior of portable vaporization device 200.For example, in a part of embodiment, microcomputer element 72 can be switched on or switched off in response to input signal the voltage of portable vaporization device 200, or the electric power of controlling battery provides to heater block 30 sides, or change the mode of operation of portable vaporization device 200, or regulate the size of above-mentioned electric power according to above-mentioned mode of operation.In a part of embodiment, control part 100 can also comprise Electrically Erasable Read Only Memory (EEPROM, Electrically Erasable Programmable Read-Only Memory), the nonvolatile storage such as flash memory and phase transition storage, these nonvolatile storages can be equipped on microcomputer element 72 or install separately.User's setting value or database part described later can be stored in above-mentioned memory element or nonvolatile storage.

In more detail, in the situation that user touches repeated detection parts 75, microcomputer element 72 can be connected the power supply of portable vaporization device 200.And after switching on power, during user touches detection part 75, microcomputer element 72 can provide above-mentioned electric power to heater block 30 sides, thereby starts raw-material atomization.

And, after connecting portable vaporization device 200, user can touch detection part 75 in a predetermined manner, and microcomputer element 72 can be the first big or small mode of operation of automatic control electric power by the Working mode set of portable vaporization device 200 with above-mentioned touch accordingly.In this case, can maintain or change the electric power applying to atomizer 50 by the function of voltage correction portion 74 as above and resistance measurement portion 71 is constant.

And, after connecting portable vaporization device 200, user can touch detection part 75 in other modes of being scheduled to, and microcomputer element 72 can be the second big or small mode of operation of controlling above-mentioned electric power by user's manual operation by the Working mode set of portable vaporization device 200 with above-mentioned touch accordingly.For example, in this case, microcomputer element 72 can manually be controlled according to the number of times of user's touch event the size of above-mentioned electric power.Therefore, user can easily increase or reduce above-mentioned electric power according to the hobby that sucks smog.

In a part of embodiment, microcomputer element 72 detects the supply voltage of battery BT power supply, and according to the size of detected above-mentioned supply voltage, is default value by the size adjustment of output voltage.For example, if the default value of hypothesis output voltage is 5.1V, the supply voltage of battery BT power supply is 3.7V, and microcomputer element 72 detects supply voltage, and utilizes voltage correction portion 74 to proofread and correct above-mentioned output voltage, so that above-mentioned output voltage is identical with above-mentioned default value.

Display part 90 is installed on above-mentioned printed circuit board (PCB) 70, exposes, and receive light from light source 95 and show the driven various information of portable vaporization device 200 by the peristome 111 that is formed at main body cover 150 to outside.In a part of embodiment, display part 90 can display power supply voltage, the residual quantity of the power supply of the resistance of output voltage, heater block (30), battery BT, the caution sign based on residual quantity, the information such as temperature, caution sign, the first mode of operation and the second mode of operation to temperature of heater block 30.

As mentioned above, resistance measurement portion 71, voltage correction portion 74, microcomputer element 72, detection part 75, light source 95 and display part 90 are installed on printed circuit board (PCB) 70, in the case of printed circuit board (PCB) 70 and the engagement groove 112 of inner face that is formed at main body cover 110 are fastened, the circuit structure that is not only installed on the structural element on printed circuit board (PCB) 70 becomes easily, and printed circuit board (PCB) 70 can play the effect of mechanically supporting detection part 75 and display part 90.Therefore, can produce on the whole and make the circuit structure of portable vaporization device and machinery assembling become easy effect.

Fig. 4 a and Fig. 4 b amplify the figure that represents the information that is shown in the display part 90 shown in Fig. 1, and first with reference to Fig. 4 a, display part 90 shows the various information that portable vaporization device drives.In more detail, display part 90 comprises the first display window DP1 and the second display window DP2, and the first display window DP1 can show above-mentioned the first mode of operation,, informs picture or the word of automatic mode that is.

And the second display window DP2 the numerical value of the output voltage providing to heater block (Fig. 2 a 30) side can be provided or represent the big or small picture of output voltage.Therefore, user can easily grasp that portable vaporization device 200 is current to be driven with automatic mode by being shown in the information of the first display window DP1 and the second display window DP2, and above-mentioned output voltage is 5.1V.

With reference to Fig. 4 b, display part 90 can show the information of informing the second mode of operation as above.For example, the 3rd display window DP3 can show above-mentioned the second mode of operation, informs picture or the word of manual mode, and the output voltage providing to heater block (Fig. 2 a30) side can be provided the second display window DP2.Therefore, user can easily grasp that portable vaporization device 200 is current to be driven with manual mode by being shown in the information of the second display window DP2 and the 3rd display window DP3, and above-mentioned output voltage is 4.1V.And the in the situation that in the second mode of operation, user touching detection part (Figure 37 5), user can directly confirm that above-mentioned output voltage increases or reduces from 4.1V by the second display window DP2.

In other embodiments, can design microcomputer element (Figure 37 2) in the mode that is switched on or switched off the power supply of portable vaporization device according to the touch time of detection part (Figure 37 5).For example, for the power supply that prevents portable vaporization device is because of user's touch accidentally, the touch for example producing in the time only controlling portable vaporization device and the phenomenon connected, the in the situation that of can being designed within 0.5 second continuous touch three times or five above-mentioned detection parts, utilizing menu mode and utilize this menu mode to be switched on or switched off power supply.

And, in other embodiments, except above-mentioned output voltage, can also display part 90 show residual volume, the heater block (Fig. 2 a30) of battery (Fig. 2 a BT) power supply size, heater block temperature or with the various information such as the caution sign of temperature correlation.Information can be shown in display part 90 simultaneously, and multiple display modes that can change according to the touch number of times along with detection part, shows in the mode of mutually dividing.And, except being shown in the various information of display part 90, other information that sucting number etc. are relevant to the driving of portable vaporization device and show that these method can carry out different change according to the design of microcomputer element and display part 90.

Fig. 5 is the block diagram of the portable vaporization device 200 shown in Fig. 2 a, Fig. 6 be for illustrate there is heating work during and the timing diagram of output signal S2 of the control part 100 of heating stopping period.

With reference to Fig. 5 and Fig. 6, detection part 75 during user's lasting push action (following, be referred to as to touch connect during S1_t1) produce input signal S1, control part 100 in response to input signal S1 to heater block 50 output signal output S2.Output signal S2 have connect with the touch of input signal S1 during during (S1_t1) heating work accordingly (S2_t1) and heat the waveform that stopping period (S2_t2) alternates, during above-mentioned heating work, (S2_t1) has the first voltage level (V1), and above-mentioned heating stopping period (S2_t2) has the second voltage level (V2) lower than the first voltage level (V1).For this reason, control part 100 can comprise exchange component (not shown), and exchange component is connected in (S2_t1) during heating work, in heating stopping period (S2_t2), disconnects.

Output signal S2 can comprise that a circulation is by during having the voltage of high level and have during low level voltage a square-wave pulse waveform repeatedly.But this is only for illustrating, during comprising heating work, the output signal S2 of (S2_t2) and heating stopping period (S2_T2) can have and comprises that triangular wave, sawtooth involve the random waveform between linear or curved rising stage such as semicircle ripple and/or between decrement phase, in this case, can utilize the voltage level during mean value determines respectively.

During the heating work of output signal S2, the duration of (S2_t1) can be longer than the duration of heating stopping period (S2_t2).For example; during heating work, (S2_t1) has the duration in the scope in 0.1 second in second to 20; preferably; the duration that there is the gasification of producing or distil within the scope of 0.5 second in second to 2 of moving; and heating stopping period (S2_t2) can have the duration within the scope of 0.01 second in second to 5; preferably; in order both to produce optimum gasification and distillation; protect again heater block; and prevent liquid raw-material burning, can there is the duration within the scope of 05 second in second to 0.2.

In a part of embodiment, during heating work, the duration of (S2_t1) and heating stopping period (S2_t2) can be preset by user.For example, if (S2_t1) is elongated and make to heat stopping period (S2_t2) and shorten during making heating work, elongatedly can increase amount of smoke because heating the liquid raw-material time.And if regulate each above-mentioned time of enumerating, the original taste of liquid raw material changes along with the variation of time, user can regulate arbitrarily this time according to the hobby that is applicable to oneself, and obtains the raw-material taste of liquid state regulating.For this reason, portable vaporization device 200 can also comprise for showing that user sets the display part 90 at interface, user sets interface for (S2_t1) during setting heating work and heating stopping period (S2_t2), control part 100 uses detection part 75 as user's inputting interface, and the value of (S2_t1) and heating stopping period (S2_t2) during accepting heating work according to user's push action, and these are regulated.In other embodiments, at least one during heating work in (S2_t1) and heating stopping period (S2_t2), preferably, recommendation be set or be provided to heating stopping period (S2_t2) can automatically in the mode that prevents the heat loss that heats stopping period (S2_t2) according to the resistance value of heater block 30.

In a part of embodiment, the specific voltage level providing from battery BT can be provided the first voltage level (V1), the voltage of for example battery or the value setting.In other embodiments, can define the first voltage level (V1) in variable mode according to the resistance measurement value of heater block 50.As implied above, for example, adjust the atomizer of the mode that is applicable to oneself than user, in the little situation of the resistance value (being referred to as reference resistor value) of the power conditions applying, the resistance of heater block 30 detects in resistance measurement portion 71, voltage correction portion 74 is according to the mensuration resistance value of detected above-mentioned heater block 30, and it is lower than predetermined value that the first voltage level (V1) of output signal S2 is proofreaied and correct.On the contrary, be greater than said reference resistance value in the resistance measurement value of heater block 50, the first voltage level (V1) of output signal S2 can be proofreaied and correct is higher than predetermined value.

In a part of embodiment, the look-up table that control part 100 can be defined with reference to the resistance value to measured and the first voltage level (V1) based on this resistance value.Look-up table can, by datumization, also can be stored in memory portion or storage part.

Table 1 is the exemplary look-up table of measured resistance value and the first voltage level.

With reference to table 1, control part 100 can be measured resistance value, and searches and corresponding the first voltage level of measured resistance value, thus output voltage signal.For example, if the resistance value of measuring is 1 Ω, the first voltage level can be defined as 2V output.In look-up table, do not have measured resistance value, can median be determined be the first voltage level or approximation in look-up table is determined to be the first voltage level by linear interpolation method.

Table 1

Sequence number	The resistance value (Ω) of measuring	The first voltage level (V)
			1	1	2
2	1.5	2.5
			3	2	3
:	:	:

In other embodiments, control part 100 can calculate the first voltage level that is equivalent to the resistance value of measuring by mathematical expression 1 or mathematical expression 2.

Mathematical expression 1

V _out＝R+A

At this, V _outbe the first voltage level, R is measured resistance value, and A is 1 arbitrary constant such as grade.

In mathematical expression 1, although the first voltage level V _outbe respectively V and Ω with the unit of measured resistance value R, but mathematical expression 1 can be can be in computer the code of actual motion, and in this case, the formula of calculating the output of the first voltage level can independently only determine in algebraically mode with unit.

Mathematical expression 2

V_{out} = k {(R)}^{\frac{1}{2}}

At this, V _outbe the first voltage level, R is measured resistance value, and K is proportionality constant arbitrarily.The same with mathematical expression 1, mathematical expression 2 can be the actual code that can move of computer, and, due to the Joule heat of electric power decision heater block, therefore, output voltage V _outcan determine the first voltage level in the mode being directly proportional to the square root of resistance value.

Above-mentioned look-up table mode and algebraically deciding means just illustrate, and embodiments of the invention are not limited to this.For example, can use and there is the code that determines other algebraic relations of the first voltage level according to measured resistance value R.

In other embodiments, the form relevant to electric power control or deciding means can download to control part 100 by wired or wireless network.And, selected by user according to the raw-material commodity of liquid state, specification and kind, or with the resistance value that considers the identifying information such as bar code and data value for identifying liquid raw-material commodity, specification or kind and measure according to above-mentioned identifying information, automatically select the mode of the first voltage level multiple by corresponding raw material configuration.For this reason, portable vaporization device 200 can also comprise the radio interface that has of data scanning instrument, USB (USB) interface, bluetooth or WiFi (Wireless Fidelity) etc.

In order to block the signal of telecommunication E from battery BT completely, and prevent that the overheated of heater block 30, second voltage level from being 0V, during user continues pressing detection parts, can supply with electric power to heater block side with intermittent mode.In a part of embodiment, second voltage level can not be 0, but lower than the first voltage level.

In a part of embodiment, output signal S2 can have (S2_t0) during heating standby, and during above-mentioned heating standby, (S2_t0) refers to, from the starting point of user's lasting push action, at the appointed time, output signal S2 disconnects.For example, in the situation that setting between standby period of heating that (S2_t0) was 0.5 second, if user maintains and was greater than for 0.5 second with the state of the touch button of contact detection parts 75, after 0.5 second, apply the output voltage with the first voltage level (V1) to atomizer.During this heating standby, (S2_t0) can determine within 0.01 second in second to 1, and the present invention is not limited thereto.During this heating standby (S2_t0) by judge detection part produce the event of pressing whether show that user needs atomization to carry out push action, thereby prevent output signal S2 because of neglectful touch or because of and things between contact cause not have expectation touch transmit to atomizer.

Control part 100 repeatedly carries out Voltage-output circulation during user maintains push action or touch, but during heating work, the duration of (S2_t1) can be constant.For example, remove and touch and initial point that the input of input signal S1 is interrupted user, during output signal S2 is positioned at heating work in the situation of (S2_t1), the initial point that the output of output signal S2 can the duration of (S2_t1) finishes during corresponding heating work interrupts.In this case, during connecting than the touch of input signal S1 (S1_t1), the entirety circulation of output signal S2 can be longer.But in the case of (S2_t0) during the initial point output signal (S2) of the input by user's interrupting input signal S1 is positioned at heating standby, the output of interrupt signal output S2 simultaneously.In other embodiments, be more than 3 times in the situation that in output circulation, can append by user's touch custom and residual voltage the circulation of 1～2 time.

As mentioned above, according to embodiments of the invention, utilization has (S2_t1) during the heating work of the first voltage level and controls heater block 50 lower than the output signal S2 of the heating stopping period (S2_t2) of the second voltage level of the first voltage level, thereby can prevent damage and the raw-material waste of the atomizer 30 being caused by the long-time heating of heater block 50.And, the duration of (S2_t1) and heating stopping period (S2_t2) during user can regulate heating work according to respiratory time or suction custom, thereby can select/regulate the smog condition of the hobby that more meets me, and obtain raw-material taste, the fragrance changing and suck sense.

Fig. 7 is the timing diagram for the output signal of setting the maximum operating time is described, Fig. 8 is the timing diagram for the output signal of setting stand-by time is described.As long as not conflicting in the situation that, the structural element with said structure key element with identical Reference numeral can be with reference to above-mentioned open item, and will omit repeat specification.

With reference to Fig. 7, in order to prevent the overheated and excessive smoking of atomizer 30, the output of output signal S2 can be defined in the predefined maximum operating time (S2_t4).Even (S1_t1) continues to exceed the maximum operating time (S2_t4) during the touch connection of the input signal S1 of the touch input based on user, if total output time of output signal S2 arrives the maximum operating time (S2_t4), applying of automatic interrupt signal output S2.Maximum operating time (S2_t4) can be 0.15 second in second to 22, preferably, was in the scope in 9 seconds in second to 13, and, can optionally regulate by user.For example, in the situation that by the maximum operating time, (S2_t4) was set as for 11 second, even (S1_t1) continued to exceed 11 seconds from touching initial point during the touch of input signal S1 connection, Zong output signal S2 is also the initial point disconnection in 11 seconds at output time.Prevent thus damage and the raw-material waste of the atomizer 30 being caused by the long-time heating of heater block 50, and with independently respiratory time and the capacity of the cigarette composition of limited subscriber or the pharmacological active substance of gasification of user's operation, can also control and suck custom.

With reference to Fig. 8, end predefined stand-by time for (S1_w) more than in the push action of detection part 75, control part 100 can based on after the push action (S1_A) of detection part 75 from heating (S2_t0) output signal output S2 during standby.For example, surmount stand-by time (S1_w) at the touch off period (S1_t2) of input signal S1, if after connect input signal S1, output signal S2 can have heating standby during (S2_t0), during above-mentioned heating standby, (S2_t0) refers to, from the connection initial point of input signal S1, at the appointed time, output signal S2 disconnects.On the contrary, if connect input signal S1 under the state of touch off period (S1_t2) interruption in stand-by time (S1_w) of input signal S1, during output signal S2 does not have standby (S2_t0), but connect at once, and from (S2_t1) output during heating work.

For example, during will heating standby, (S2_t0) was set as for 0.5 second, stand-by time (S1_w) is set as in the situation in 3 seconds, if the touch of detection part 75 continue during have 3 second None-identified to touch, output signal S2 is initialised and is converted to standby mode, afterwards, while being converted to mode of operation when recognizing touch, after touch through after 0.5 second, output signal S2 connects, and during entering during alternately heating work (S2_t1) and heating stopping period (S2_t2).

As mentioned above, set the stand-by time (S1_w) of the termination of the maximum operating time (S2_max) of output signal and the push action of detection part, thereby reduce the power consumption of supplying with to heater block 50, finally can there is the service time of battery of increasing.

Above-described the present invention is not limited to above-described embodiment and accompanying drawing, as long as not departing from the scope of technological thought of the present invention, can carry out multiple displacement, distortion and change.

Claims

1. a portable vaporization device, is characterized in that, comprising:

Battery case, for depositing battery;

Atomizer, is electrically connected with above-mentioned battery, and described atomizer comprises for generation of the heater block that makes raw material atomization heat;

Main body cover combines with above-mentioned battery case, above-mentioned atomizer between above-mentioned battery case and above-mentioned atomizer;

Control part, leaves the inside of aforementioned body shell in, is electrically connected, and accepts electric power from above-mentioned battery with above-mentioned battery, above-mentioned heater block, controls to the output signal of above-mentioned heater block side output; And

Soakage adjusting portion, opens or closes the air inflow aperture that leads to above-mentioned atomizer side from outside, regulates to the amount of the air of above-mentioned atomizer side inflow.

2. portable vaporization device according to claim 1, is characterized in that, above-mentioned control part detects the resistance sizes of above-mentioned heater block, and controls above-mentioned output signal according to the resistance sizes of detected above-mentioned heater block.

3. portable vaporization device according to claim 2, is characterized in that,

Be greater than predetermined value at the resistance of above-mentioned heater block, above-mentioned control part increases the output voltage of above-mentioned output signal,

Be less than predetermined value at the resistance of above-mentioned heater block, above-mentioned control part reduces the output voltage of above-mentioned output signal.

4. portable vaporization device according to claim 1, is characterized in that, above-mentioned control part detects the size of the supply voltage of above-mentioned battery, and controls above-mentioned output signal according to the size of detected above-mentioned supply voltage.

5. portable vaporization device according to claim 4, is characterized in that,

In the situation that above-mentioned supply voltage is less than predetermined value, above-mentioned control part rises above-mentioned supply voltage,

In the situation that above-mentioned supply voltage is greater than predetermined value, above-mentioned control part declines above-mentioned supply voltage.

6. according to the portable vaporization device described in claim 2 or 4, it is characterized in that, above-mentioned control part comprises:

Printed circuit board (PCB), leaves the inside of main body cover in, and is electrically connected with above-mentioned battery, above-mentioned heater block;

Resistance measurement portion, is arranged on above-mentioned printed circuit board (PCB), for measuring the resistance of above-mentioned heater block; And

Voltage correction portion, is arranged on above-mentioned printed circuit board (PCB), for proofreading and correct above-mentioned supply voltage.

7. portable vaporization device according to claim 6, is characterized in that, above-mentioned control part also comprises:

Switch, is arranged on above-mentioned printed circuit board (PCB), exposes to the outside of above-mentioned main body cover, generates accordingly input signal with touch event;

Microcomputer element, is arranged on above-mentioned printed circuit board (PCB), responds above-mentioned input signal and controls above-mentioned output signal; And

Display part, be arranged on above-mentioned printed circuit board (PCB), expose to outside by the peristome that forms aforementioned body shell, for showing the temperature of the caution sign of the charge volume of the resistance of the voltage of above-mentioned supply voltage, above-mentioned output signal, above-mentioned heater block, above-mentioned battery, charge volume to above-mentioned battery, above-mentioned heater block, caution sign to said temperature and at least one of mode of operation.

8. portable vaporization device according to claim 7, is characterized in that,

Above-mentioned mode of operation is divided into the first mode of operation or the second mode of operation according to above-mentioned input signal,

Under above-mentioned the first mode of operation, control above-mentioned output signal according to the size of above-mentioned supply voltage or the resistance sizes of above-mentioned heater block,

Under above-mentioned the second mode of operation, the above-mentioned input signal of above-mentioned microcomputer element responds and control above-mentioned output signal.

9. portable vaporization device according to claim 7, is characterized in that, above-mentioned resistance measurement portion and above-mentioned voltage correction portion are built in above-mentioned microcomputer element.

10. portable vaporization device according to claim 6, is characterized in that,

Aforementioned body shell comprises lead-out terminal, and above-mentioned lead-out terminal is arranged on the position combining with above-mentioned atomizer, for transmitting above-mentioned output signal;

Above-mentioned printed circuit board (PCB) comprises:

The first conductive layer, is formed at a side adjacent with above-mentioned battery case, is electrically connected with the terminal of above-mentioned battery, and

The second conductive layer, is formed at the opposite side adjacent with above-mentioned atomizer, is electrically connected with above-mentioned lead-out terminal.

11. portable vaporization device according to claim 10, is characterized in that, above-mentioned the first conductive layer directly contacts with the terminal of above-mentioned battery, and above-mentioned the second conductive layer directly contacts with above-mentioned lead-out terminal.

12. portable vaporization device according to claim 10, is characterized in that,

Also comprise elastomeric element, above-mentioned elastomeric element has electric conductivity and elasticity, between above-mentioned lead-out terminal and above-mentioned the second conductive layer, above-mentioned lead-out terminal is electrically connected with above-mentioned the second conductive layer;

Above-mentioned the first conductive layer directly contacts with above-mentioned battery terminal, and above-mentioned elastomeric element directly contacts with above-mentioned lead-out terminal, above-mentioned the second conductive layer.

13. portable vaporization device according to claim 1, is characterized in that,

Aforementioned body shell comprises joint portion, and extend from an end of aforementioned body shell above-mentioned joint portion, and combine with above-mentioned atomizer, and the sidewall of above-mentioned joint portion is formed with above-mentioned air inflow aperture;

Above-mentioned soakage adjusting portion moves along the length direction of above-mentioned joint portion, opens or closes above-mentioned air inflow aperture.

14. portable vaporization device according to claim 1, is characterized in that, above-mentioned raw material are electronic cigarette liquid material.

15. 1 kinds of atomization control modules, comprise and having for the atomizer of the heater block of heating raw materials and for depositing the portable vaporization device of battery case of battery, it is characterized in that, comprising:

Main body cover, a side combines with above-mentioned battery case, and opposite side combines with above-mentioned atomizer;

Control part, deposits the inside that is arranged on main body cover, is electrically connected with above-mentioned battery and above-mentioned heater block, accepts supply voltage from above-mentioned battery, controls to the output signal of above-mentioned heater block side output; And

16. portable atomization control modules according to claim 15, is characterized in that, above-mentioned control part detects the resistance sizes of above-mentioned heater block, and controls above-mentioned output signal according to the resistance sizes of detected above-mentioned heater block.

17. portable atomization control modules according to claim 15, is characterized in that, above-mentioned control part detects the size of above-mentioned supply voltage, and controls above-mentioned output signal according to the size of detected above-mentioned supply voltage.

18. according to the portable atomization control module described in claim 16 or 17, it is characterized in that, above-mentioned control part comprises:

Printed circuit board (PCB), deposits the inside that is arranged on main body cover, is electrically connected with above-mentioned battery and above-mentioned heater block;

Resistance measurement portion, is installed on above-mentioned printed circuit board (PCB), for measuring the resistance of above-mentioned heater block; And

Voltage correction portion, is installed on above-mentioned printed circuit board (PCB), for proofreading and correct above-mentioned supply voltage.

19. portable atomization control modules according to claim 18, is characterized in that, above-mentioned control part comprises:

Switch, is installed on above-mentioned printed circuit board (PCB), exposes to the outside of main body cover, generates accordingly input signal with touch event;

Microcomputer element, is installed on above-mentioned printed circuit board (PCB), controls above-mentioned output signal in response to above-mentioned input signal; And

Display part, be installed on above-mentioned printed circuit board (PCB), expose to outside by the peristome that forms aforementioned body shell, for showing the temperature of the charge volume of the resistance of the voltage of above-mentioned supply voltage, above-mentioned output signal, above-mentioned heater block, above-mentioned battery, the caution sign based on above-mentioned charge volume, above-mentioned heater block, caution sign based on said temperature and at least one of mode of operation.

20. portable atomization control modules according to claim 19, is characterized in that,

21. portable atomization control modules according to claim 18, is characterized in that, above-mentioned printed circuit board (PCB) comprises:

The first conductive layer, is formed at a side adjacent with above-mentioned battery case, is electrically connected with the terminal of above-mentioned battery; And

The second conductive layer, is formed at the opposite side adjacent with above-mentioned atomizer, is electrically connected with above-mentioned atomizer.

22. portable atomization control modules according to claim 18, is characterized in that, above-mentioned resistance measurement portion and above-mentioned voltage correction portion are built in above-mentioned microcomputer element.

23. portable atomization control modules according to claim 15, is characterized in that,

Aforementioned body shell comprises joint portion, and extend from an end of aforementioned body shell above-mentioned joint portion, and combine with above-mentioned atomizer, and the sidewall of above-mentioned joint portion forms above-mentioned air inflow aperture;

24. 1 kinds of portable vaporization device, is characterized in that, comprising:

Atomizer, is electrically connected with above-mentioned battery, and this atomizer comprises for generation of the heater block that makes raw material atomization heat;

Control part, comprise the detection part of the lasting push action that can identify user, the duration of the push action of above-mentioned detection part, to the output of above-mentioned heater block at least alternately during a heating work and the output signal of heating stopping period, during above-mentioned heating work, have the first voltage level, above-mentioned heating stopping period has the second voltage level lower than above-mentioned the first voltage level.

25. portable vaporization device according to claim 24, is characterized in that, above-mentioned detection part is push button or touch.

26. portable vaporization device according to claim 24, is characterized in that, above-mentioned control part defines above-mentioned the first voltage level according to the resistance measurement value of above-mentioned heater block.

27. portable vaporization device according to claim 24, is characterized in that, the above-mentioned second voltage level of above-mentioned control part is 0V.

28. portable vaporization device according to claim 24, is characterized in that, longer than above-mentioned heating stopping period during above-mentioned heating work.

29. portable vaporization device according to claim 24, is characterized in that, have the duration within the scope of 0.1 second to 20 seconds during above-mentioned heating work, and above-mentioned heating stopping period has the duration within the scope of 0.05 second in second to 5.

30. portable vaporization device according to claim 24, is characterized in that, during having heating standby, during described heating standby, refer to, from the starting point of above-mentioned user's lasting push action, at the appointed time, above-mentioned output signal is disconnected.

31. portable vaporization device according to claim 30, is characterized in that, have the duration within the scope of 0.01 second in second to 1 during above-mentioned heating standby.

32. portable vaporization device according to claim 24, is characterized in that,

Also comprise display part, above-mentioned display part shows during setting above-mentioned heating work sets interface with one or two user who all sets of above-mentioned heating stopping period;

Above-mentioned control part uses above-mentioned detection part as user's inputting interface, during regulating above-mentioned heating work according to above-mentioned user's push action and the value of above-mentioned heating stopping period.

33. portable vaporization device according to claim 24, is characterized in that, the output of above-mentioned output signal was defined in the predefined maximum operating time.

34. portable vaporization device according to claim 33, is characterized in that, the above-mentioned maximum operating time is within the scope of 0.15 second in second to 25.

35. portable vaporization device according to claim 24, is characterized in that, also comprise:

Battery case, for depositing above-mentioned battery;

Main body cover combines with above-mentioned battery case, above-mentioned atomizer between above-mentioned battery case and above-mentioned atomizer; And

36. portable vaporization device according to claim 24, is characterized in that, above-mentioned portable vaporization device is the one in electronic cigarette, fragrance generator, aroma-therapeutic instrument, sterilizer, disinsector and respirator therapeutic equipment.

37. 1 kinds of atomization control modules, comprise and there is the portable vaporization device being electrically connected with battery for the atomizer of the heater block of heating raw materials, it is characterized in that, comprise control part, described control part comprises the detection part of the lasting push action that can identify user, during the push action of above-mentioned detection part continues, to the output of above-mentioned heater block at least alternately during a heating work and the output signal of heating stopping period, during above-mentioned heating work, there is the first voltage level, above-mentioned heating stopping period has the second voltage level lower than above-mentioned the first voltage level.