KR100788186B1 - Blower type ionizer includes chamber which can be slided out - Google Patents

Abstract

The present invention relates to an integrated chamber and a detachable structure of a chamber in a blower type ionizer.

The integrated chamber is an insulating material such as plastic with a surface resistance of 10 ¹² ~ 10 ¹⁵ Ω, and includes an ion sensor, discharge needle, and high voltage cable inside an insulated chamber. It not only improves insulation against discharging or discharging voltage from the discharge needle or high voltage cable, but also protects the ion sensor and discharge needle from electrical influences such as external environmental or grounding, thereby improving the ability to remove static electricity. have.

In addition, it serves as an air guide (air guide) for transferring the entire flow of air generated from the blower in the direction of the charging object without loss.

Therefore, since the ion generation and movement is made smoothly, it is possible to exhibit an excellent ability to remove static electricity compared to the conventional blower type ion generator without an integrated chamber. That is, by mounting the integrated chamber can maintain a uniform ratio of the positive and negative ions generated in the discharge needle, it can also be faster the time taken to remove the static electricity of the charged object.

In addition, by facilitating the attachment and detachment of the integrated chamber, not only the cleaning inside the chamber, but also the washing or replacing of the discharge needles can be easily performed, so that the user can conveniently maintain and repair the blower type ion generator.

Therefore, the present invention is effective in further improving the reliability and convenience as well as the intrinsic performance of the blowing type ion generator.

Electrostatic, Blowing ion generator, Ionizer, Chamber, Cationic, Anion

Description

Blower type ionizer includes chamber which can be slided out}

1 is a blow-type ion generating device equipped with an integrated chamber according to an embodiment of the present invention

2 is an exploded view of an integrated chamber according to an embodiment of the present invention;

3 is an assembly view of the integrated chamber according to an embodiment of the present invention.

4 is a rear view of the integrated chamber according to the embodiment of the present invention.

5 is an integrated chamber of a detachable method according to an embodiment of the present invention.

6 is a conventional conventional blow-type ion generator without an integrated chamber, and the discharge needle 603 is fixed inside the device, and the ion sensor 601 is mounted outside the case 602.

<Explanation of symbols for the main parts of the drawings>

101. Blowing type ion generator 102. Integrated chamber

201. Chamber cover 202. Ion sensor

203. Discharge needle 204. Chamber body

205. Positive connector 206. Ground connector

207. Negative connector 208. Cylinder in chamber

209. Rail groove for attaching and detaching the chamber 210. Discharge needle socket

211. High voltage cable connecting discharge needle and connector 401. Chamber handle

601. Ion Sensor of Conventional Blowing Ion Generator

602. Case of conventional blowing type ionizer

603. Discharge needle of conventional blowing type ion generator

604. Blower of Conventional Blowing Ion Generator

The present invention relates to a detachable structure of an integrated chamber and a chamber in a blown type ion generating device which removes static electricity of a charged object by transferring generated cations and anions to a charged object by ionizing air molecules using corona discharge. will be.

In general, the blower type ion generating device is composed of an alternating current (AC) or direct current (DC) power supply unit, a high voltage power supply unit, and a discharge unit generating positive and negative ions by corona discharge. In addition, the control unit includes an ion sensor unit for detecting an ion generation amount, an error display unit for indicating whether it is normal or abnormal, and an ion control unit for controlling the amount of cation and anion generation.

Hereinafter, with reference to FIG. 6, a general blowing type ion generating apparatus which does not mount the conventional integrated chamber is demonstrated.

Conventional blower type ionizers are fixed with the discharge needle open inside the device, which is a risk of breakdown due to the high voltage applied to the discharge needle.

In addition, the discharge needle 603 which is not shielded and is open has a positive effect such as not only positive and negative ions are generated by electric external influences such as ground, but also the ions generated by a phenomenon such as attracting ions to the ground. It may be interrupted to be transferred to the charging object. That is, the ratio of cation and anion generation is not uniform, and a problem of biasing toward either ion polarity occurs.

In addition, since the ion sensor 601 is exposed to the outside of the case 602, the ion sensor may malfunction due to external electric influences such as touching by a user's hand.

Therefore, the ability to remove static electricity can be deteriorated and serious adverse effects on the product can occur, such as reverse charging of the product with either ion polarity.

In addition, the discharge needle may be removed during the process of cleaning or replacing the discharge needle as the discharge needle tip may deteriorate when the discharge needle tip is contaminated, damaged or deformed by dust and particles. There is a problem in that it is not easy for the user to execute this, because it is fixed inside, such as having to disassemble the device.

The present invention is to solve the above problems by applying an integrated chamber that combines the ion sensor and the discharge needle to the conventional blowing type ion generating device to maintain a uniform generation rate of cations and anions generated in the discharge needle, the static electricity The purpose is to improve the removal ability.

In another object of the present invention, the integrated chamber is installed to be easily detachable from the blower type ionizer, thereby further improving the convenience of the blower type ionizer so that the user can easily perform the process of washing or replacing the discharge needle. There is.

Therefore, the ultimate purpose is to prevent static electricity from occurring in the product with improved performance or to eliminate the static electricity of the charged product to minimize the defective rate of the product due to static electricity and to improve productivity.

In the embodiment according to the present invention, the blown ion generating device 101 is characterized in that it comprises an integrated chamber 102 in which the ion sensor 202, the discharge needle 203 and the high voltage cable are coupled to the inside of the chamber.

In addition, the integrated chamber can be attached and detached, and the back of the chamber is open, so that the structure of the interior of the chamber can be facilitated as well as replacement or cleaning of the discharge needle.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention;

1 is a perspective view of a blower type ion generating device equipped with an integrated chamber according to an exemplary embodiment of the present invention.

Ω 이상의 플라스틱등의 절연재로써 챔버 내부를 차폐하고, 절연시킨다.Referring to FIG. 2, the unitary chamber according to the embodiment will be described.

The inside of the chamber is shielded and insulated with an insulating material such as plastic of Ω or more.

The cylinder 208 inside the integrated chamber not only serves as an air guide for transferring the entire amount of air flow from the blower behind the chamber toward the charging object, and also shields the discharge needle 203 inside the cylinder for environmental protection. Or to protect the discharge needle from external electrical influences such as grounding.

In addition, discharge needles are combined in a symmetrical structure to maintain uniformity of ion generation, and the height of the tip of the piercing needles must be constant, and the tip portions face the exit direction.

The discharge needle is conical and a strong electric field is formed at its tip, which can interfere with each other. To prevent this, the discharge needles should be placed at least 50mm apart and the discharge needle tip should not be exposed outside the cylinder of the chamber.

The ion sensor 202 is coupled to the inside of the cover 201 and connected to the ground of the blow-type ion generator through the ground connector 206 to induce corona discharge from the discharge needle, and to remove the ion voltage induced from the discharge needle. By detecting the amount of cations and anions generated, the ion is continuously and uniformly generated.

It can also be mounted inside the integrated chamber to protect it from external electrical influences and prevent the malfunction of the ion sensor in advance.

The outside of the cylinder inside the integrated chamber is a passage through which the high voltage cable 211 connecting the positive connector 205 and the negative connector 207 passes through the socket 210 that couples the discharge needle. The insulation of the integrated chamber and the blowing ion generator is further improved.

The positive connector and the negative connector are connected to each high voltage power supply unit of the blowing ion generator and apply high voltages of each polarity to the discharge needle through the high voltage cable inside the integrated chamber.

Both grooves 209 outside the integrated chamber body serve as guides for the blower type ionizer and the detachable rail structure.

3 is an assembly view of the integrated chamber, in which the ion sensor, the discharge needle, and the high voltage cable are included in the chamber.

4 is a rear view of the unitary chamber. In the embodiment of the present invention is a space that becomes the handle 401 to facilitate the detachment of the chamber.

In particular, by opening the rear of the integrated chamber it can be easily carried out during the cleaning or replacement of the discharge needle.

Figure 5 shows that the integrated chamber in the embodiment of the present invention is a removable structure from the blowing ion generator.

The present invention can exhibit an excellent ability to remove static electricity compared to the conventional blower type ion generator that is not equipped with an integrated chamber. That is, by mounting the integrated chamber it is possible to maintain the balance of the positive and negative ions generated in the discharge needle, it is possible to make the time taken to remove the static electricity of the charging object even faster.

The ions generated in the discharge needles are scattered directly to the outlet by the blower and mixed in a distant place, gradually becoming uniform. However, by mounting an integrated chamber, positive and negative ions may be mixed inside the chamber, thereby maintaining uniformity at a close distance.

In addition, in order to maintain uniformity of ions through the ion sensor after the blower type ion generator is modified or damaged by the discharge needle, the integrated chamber is installed to essentially generate positive and negative ions. .

In addition, by facilitating the attachment and detachment of the integrated chamber, not only the cleaning inside the chamber, but also the washing or replacing of the discharge needles can be easily performed, so that the user can conveniently maintain and repair the blower type ion generator.

Therefore, the present invention has the effect of further improving not only the performance of the blower type ionizer, but also the reliability and convenience.

In conclusion, by providing a blower type ion generating device with more improved performance than before, the product prevents static electricity from occurring in advance, or eliminates static electricity from charged products, thereby minimizing defect rate of products caused by static electricity and improving productivity. Can be.

Claims (5)

In the blower type ion generator, The chamber is composed of an insulating material such as plastic with a surface resistance in the range of 10 ¹² ~ 10 ¹⁵ Ω, and is a blow-type ion generating device having an integrated chamber in which an ion sensor and a discharge needle are combined inside the chamber. In the blower type ion generator, Blowing type ion generator which can be detached from the ion generator The method of claim 1, Blowing type ion generator which combines discharge needle inside the integrated chamber The method of claim 1, Blowing type ionizer which combines an ion sensor inside an integrated chamber The method of claim 1, Blowing type ionizer with open back side of integrated chamber

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