TWM585658U - Atomizer and atomizing structure thereof - Google Patents

Abstract

An atomizing structure of an atomizer includes an oscillating plate, an orifice plate, and a patterning groove, and the patterning groove is selectively disposed on a joint surface of the oscillating plate, or the orifice plate A bonding surface, or both the bonding surface of the oscillating plate and the bonding surface of the nozzle plate, to increase the joint tensile stress between the oscillating plate and the nozzle plate and enhance the atomization of the atomizing structure. The rate and efficiency of a fluid.

Description

Atomizer and its atomization structure

This creation is about an atomizer and its atomization structure, especially an atomizer and its atomization structure which increase the fluid atomization rate and efficiency.

The conventional atomizer is combined with a nozzle plate by a nozzle plate, and the nozzle plate is oscillated by the plate. However, since the nozzle plate is bonded to a surface of the plate by a surface, When the plate body oscillates the orifice plate, it is easy to cause the loss of oscillation energy, so the rate and efficiency of atomizing a fluid by the orifice plate is reduced, and the orifice plate is easily detached from the plate body.

The main purpose of this atomizer is to selectively set a joint surface of an oscillating plate or a joint surface of an orifice plate by a patterning groove, or both of the oscillating plate and the joint surface. The joint surface and the joint surface of the nozzle plate increase the joint tensile stress between the oscillating plate and the nozzle plate, and increase the rate and efficiency of atomizing a fluid by the atomizing structure. In addition, the pattern is concave The groove is used for accommodating an adhesive disposed between the oscillating plate and the nozzle plate, so as to prevent the adhesive from overflowing and contaminating the oscillating plate or blocking the micro holes of the nozzle plate, and the pattern is concave. The groove can increase the bonding area of the adhesive with the bonding surface of the oscillating plate or the bonding surface of the nozzle plate to increase the bonding strength of the oscillating plate and the nozzle plate.

An atomizer of this creation includes an atomizing structure and a casing. The atomizing structure includes an oscillating plate and an orifice plate. The oscillating plate has an opening and a first joint surface. The orifice plate has an Atomization part and a combination part, the atomization part has a plurality of micro holes, the combination part has a second connection surface, and the oscillating plate is connected to the second connection surface of the spray hole sheet by the first connection surface. And the opening reveals the atomization part, which is characterized in that a patterning groove is selectively provided on the first joint surface or the second joint surface, or the patterning groove is simultaneously provided on the first joint surface And the second joint surface, the housing has a fluid containing space and a liquid outlet, the liquid outlet communicates with the fluid containing space, the fluid containing space is used for containing a fluid, and the liquid outlet communicates The micro-holes in the atomizing portion.

The atomizing structure of an atomizer of this creation includes an oscillating plate and an orifice plate. The oscillating plate has an opening and a first joint surface. The orifice plate has an atomizing portion and a joint portion. The turning part has a plurality of micro-holes, the joining part has a second joining surface, the oscillating plate is joined to the second joining surface of the nozzle plate with the first joining surface, and the opening exposes the atomizing part It is characterized in that a patterned groove is selectively provided on the first joint surface or the second joint surface, or the patterned groove is simultaneously provided on the first joint surface and the second joint surface.

In this creation, the patterning groove is selectively provided on the first joint surface of the oscillation plate or the second joint surface of the orifice plate, or the patterning groove is simultaneously provided on the oscillation plate. The first joint surface and the second joint surface of the nozzle plate can increase the joint tensile stress between the oscillating plate and the nozzle plate, and increase the atomization rate and efficiency of the atomization structure, and can increase The bonding area of the first bonding surface of the oscillating plate or the second bonding surface of the nozzle plate is used to increase the bonding strength of the oscillating plate and the nozzle plate, and the patterning groove can be prevented from being provided in the first An adhesive overflow between a bonding surface and the second bonding surface may contaminate the atomized structure or block the micro-holes of the nozzle plate.

Please refer to FIGS. 1, 2 and 3. An atomizer 100 of this creation is used to generate a fluid (not shown) atomizing phenomenon. The atomizer 100 includes at least an atomizing structure 110 and an atomizing structure 110. A housing 120 for containing the fluid. The atomizer 100 atomizes the fluid through the atomizing structure 110. In this embodiment, the atomizer 100 further includes an oscillation source 130. In this embodiment, the oscillating source 130 is coupled to the atomizing structure 110, and the oscillating source 130 is used to drive the atomizing structure 110 to oscillate, so that the atomizing structure 110 in contact with the fluid atomizes the fluid, and the oscillation The source 130 is selected from an oscillating element such as a piezoelectric ceramic magnet, but is not limited thereto.

Please refer to FIGS. 1, 2 and 3. The housing 120 has a fluid containing space 121 and a liquid outlet 122. The liquid outlet 122 communicates with the fluid containing space 121. The fluid containing space 121 is used for containing Place a fluid.

Please refer to FIGS. 1, 3 and 4. The atomizing structure 110 is coupled to the casing 120. In an embodiment, the atomizing structure 110 is disposed at the liquid outlet 122. The atomizing structure 110 includes an oscillating plate 111. An orifice plate 112 and a patterned groove 113, the oscillating plate 111 is selected from metal plates such as a metal plate (such as a stainless steel plate), but is not limited thereto, the oscillating plate 111 has an opening 111a and a first A bonding surface 111b, the orifice plate 112 is selected from a flexible film (such as polyimide film, etc.), but is not limited thereto. The orifice plate 112 has an atomizing portion 112a and a Bonding portion 112b, the atomizing portion 112a has a plurality of micro holes, the bonding portion 112b has a second bonding surface 112c, the first bonding surface 111b faces the second bonding surface 112c, and the patterning groove 113 is selective Ground is provided on the first bonding surface 111b or the second bonding surface 112c, or the patterning groove 113 is set on the first bonding surface 111b and the second bonding surface 112c at the same time, and the oscillating plate 111 uses the first The bonding surface 111b is bonded to the second bonding surface 112c of the nozzle hole 112, and the opening 111a of the oscillating plate 111 exposes the fog. The micro-holes of the atomizing portion 112a, and the liquid outlet 122 of the housing 120 communicates with the micro-holes of the atomizing portion 112a. The atomizing structure 110 contacts the liquid passing through the liquid outlet 122 with the atomizing portion 112a. fluid.

Please refer to FIGS. 1, 3 and 4. The atomizing structure 110 further includes a viscose (not shown), which is disposed between the oscillating plate 111 and the orifice plate 112. In this embodiment, The adhesive is disposed between the first joint surface 111b of the oscillating plate 111 and the second joint surface 112c of the orifice plate 112. The adhesive is used to adhere the oscillating plate 111 and the orifice plate 112. In this embodiment, the patterned groove 113 is disposed on the second joint surface 112c of the nozzle plate 112, the patterned groove 113 is used to fill the adhesive, and the patterned groove 113 is used to increase the The joint tensile stress between the oscillating plate 111 and the spray hole sheet 112 is used to improve the rate and efficiency of atomizing a fluid by the atomizing structure 110, and the patterning groove 113 is used to accommodate the oscillating plate 111 and The adhesive between the nozzle holes 112 prevents the adhesive from overflowing and contaminates the atomized structure 110 or blocks the micro holes of the nozzle holes 112. The patterning groove 113 can increase the adhesive And the first bonding surface 111b of the oscillating plate 111 or the second bonding surface 112c of the nozzle plate 112 to increase the oscillating plate 111 and the nozzle plate 112. The strength of the bond.

Please refer to FIG. 4. Preferably, the patterning groove 113 is selected from a plurality of concentric circular grooves, and a center of the concentric circular grooves and a center of the atomizing portion 112a are substantially on the same axis. X.

Please refer to FIG. 5. In another embodiment, the patterning groove 113 is disposed on the first joint surface 111 b of the oscillating plate 111. In this embodiment, a center of the concentric grooves and the A center of the opening 111a is substantially at the same axis X. Similarly, the patterning groove 113 is used to fill the adhesive to increase the joint tensile stress and the bonding area between the oscillating plate 111 and the nozzle hole piece 112. The rate and efficiency of atomizing a fluid by the atomizing structure 110 is improved, and the adhesive overflow can be avoided.

Please refer to FIGS. 4 and 5. In another embodiment, the patterning groove 113 is simultaneously provided on the first joint surface 111 b of the oscillating plate 111 and the second joint surface 112 c of the orifice plate 112. The patterning groove 113 is used to fill the adhesive to increase the joint tensile stress and the bonding area between the oscillating plate 111 and the nozzle plate 112, and to increase the rate of atomizing a fluid by the atomizing structure 110 and Efficiency, and can prevent the glue from overflowing.

The scope of protection of this creation shall be determined by the scope of the attached patent application. Any changes and modifications made by those skilled in the art without departing from the spirit and scope of this creation are within the scope of protection of this creation. .

100‧‧‧ Atomizer

110‧‧‧ atomized structure

111‧‧‧oscillating plate

111a‧‧‧ opening

111b‧‧‧first interface

112‧‧‧ Nozzle

112a‧‧‧Atomization Department

112b‧‧‧Combination

112c‧‧‧Second joint surface

113‧‧‧ pattern groove

120‧‧‧shell

121‧‧‧ fluid containing space

122‧‧‧ Outlet

130‧‧‧oscillation source

X‧‧‧ axis

Figure 1: A three-dimensional exploded view of the atomizer of this creation.
Figure 2: A perspective view of the atomizer of this creation.
Figure 3: A sectional view of the atomizer of this creation.
Figure 4: A three-dimensional exploded view of the atomized structure of this creation.
Figure 5: A three-dimensional exploded view of the atomized structure of this creation.

Claims (11)

An atomizer comprising:
An atomizing structure includes an oscillating plate and an orifice plate, the oscillating plate has an opening and a first joint surface, the orifice plate has an atomizing portion and a joint portion, and the atomizing portion has a plurality of micro sections. A hole, the joint portion has a second joint surface, the oscillating plate is joined to the second joint surface of the spray hole sheet with the first joint surface, and the opening exposes the atomization portion, which is characterized by a pattern A chemical groove is selectively provided on the first joint surface or the second joint surface, or the patterned groove is simultaneously provided on the first joint surface and the second joint surface; and a casing having a fluid capacity And a liquid outlet, the liquid outlet is connected to the fluid containing space, the fluid containing space is used for containing a fluid, and the liquid outlet is connected to the micro holes of the atomizing part. The atomizer according to item 1 of the scope of patent application, wherein the atomizing structure further comprises a glue, the glue is arranged between the oscillating plate and the spray hole piece, and the glue is used for bonding the oscillating plate. And the spray hole sheet, and the patterned groove is used to fill the adhesive. The atomizer according to item 1 of the scope of the patent application, further comprising an oscillation source, which is combined with the atomization structure, and the oscillation source is used to drive the atomization structure to oscillate. The atomizer according to item 1 of the scope of patent application, wherein the patterning groove is a plurality of concentric grooves. The atomizer according to item 4 of the scope of patent application, wherein when the concentric circular grooves are disposed on the first joint surface, a center of the concentric circular grooves and a center of the opening are substantially on the same axis. . The atomizer according to item 4 or 5 of the scope of patent application, wherein when the concentric circular grooves are disposed on the second joint surface, a center of the concentric circular grooves and a center of the atomizing portion are substantially On the same axis. An atomization structure of an atomizer includes:
An oscillating plate having an opening and a first joint surface; and an orifice plate having an atomizing portion and a joint portion, the atomizing portion having a plurality of micro holes, and the joint portion having a second joint surface The oscillating plate is bonded to the second bonding surface of the nozzle plate with the first bonding surface, and the atomizing portion is exposed from the opening, which is characterized in that a patterning groove is selectively provided on the first bonding surface. Surface or the second joint surface, or the patterning groove is provided on the first joint surface and the second joint surface at the same time. According to the atomizing structure of the atomizer according to item 7 of the scope of the patent application, wherein the atomizing structure further comprises a viscose, the viscose is disposed between the oscillating plate and the spray hole sheet, and the viscose is used for The oscillating plate and the nozzle plate are adhered, and the patterned groove is used to fill the adhesive. The atomizing structure of the atomizer according to item 7 of the scope of the patent application, wherein the patterning groove is a plurality of concentric grooves. The atomizing structure of the atomizer according to item 9 of the scope of patent application, wherein when the concentric circular grooves are provided on the first joint surface, a center of the concentric circular grooves and a center of the opening are substantially On the same axis. The atomizing structure of the atomizer according to item 9 or 10 of the scope of patent application, wherein when the concentric circular grooves are provided on the second joint surface, a center of the concentric circular grooves and the atomizing portion A center of is substantially on the same axis.