CN109154388A - Gasket and valve gear - Google Patents
Gasket and valve gear Download PDFInfo
- Publication number
- CN109154388A CN109154388A CN201780029086.2A CN201780029086A CN109154388A CN 109154388 A CN109154388 A CN 109154388A CN 201780029086 A CN201780029086 A CN 201780029086A CN 109154388 A CN109154388 A CN 109154388A
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- China
- Prior art keywords
- solenoid valve
- gasket
- valve
- installation component
- vibration
- Prior art date
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16J—PISTONS; CYLINDERS; SEALINGS
- F16J15/00—Sealings
- F16J15/02—Sealings between relatively-stationary surfaces
- F16J15/06—Sealings between relatively-stationary surfaces with solid packing compressed between sealing surfaces
- F16J15/10—Sealings between relatively-stationary surfaces with solid packing compressed between sealing surfaces with non-metallic packing
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Magnetically Actuated Valves (AREA)
- Valve Housings (AREA)
- Gasket Seals (AREA)
Abstract
Gasket (40) includes: the frame portion (44) being sandwiched between solenoid valve (30) and relay valve (21)；Be set to the inside of frame portion (44), by sealed between solenoid valve (30) and relay valve (21) and formed be connected to solenoid valve (30) solenoid valve connector (32) and relay valve (21) relay valve connector (22) flow path (41) flow path forming portion (42).When gasket (40) is sandwiched between solenoid valve (30) and relay valve (21), the vibration attenuating space (43) for the vibration decaying for making to be generated by solenoid valve (30) is formed between frame portion (44) and flow path forming portion (42).
Description
Technical field
The present invention relates to gasket and with the valve gear of the gasket.
Background technique
As described in patent document 1, it is provided between solenoid valve and erecting bed by flexible former materials such as synthetic rubber
Expect the gasket formed.The flat vibration attenuator that there is this gasket the operation sound for making solenoid valve to reduce.Since vibration declines
Subtract portion between solenoid valve and erecting bed, therefore solenoid valve does not contact directly in wide plane with erecting bed.Moreover, by
In using this vibration attenuator, due to solenoid valve be frequently opened and closed vibration decaying, therefore inhibit vibration from solenoid valve to
The propagation of erecting bed.
Patent document 1: Japanese Utility Model logs in No. 2589614 bulletin
Summary of the invention
Problems to be solved by the invention
But although gasket described in patent document 1 have vibration attenuator, but due to gasket with wide face with
Solenoid valve and erecting bed contact, therefore the vibration from solenoid valve is propagated via gasket to erecting bed.In addition, in order to ensure electricity
Sealing surface pressure between magnet valve and erecting bed makes to sandwich gasket sometimes through solenoid valve and erecting bed is strongly fastened
Power becomes larger.So, it is hardened since the flat vibration attenuator of gasket is crushed, the vibration from solenoid valve
It becomes difficult to decay using gasket, which becomes prone to propagate to erecting bed.In addition, being equipped with the installation component of solenoid valve not
It is limited to erecting bed, the others component such as relay valve also has same problem.
The present invention is formed in view of such truth, it is intended that providing one kind is able to suppress vibration from solenoid valve to peace
Fill the gasket of the propagation of component and the valve gear with gasket.
The solution to the problem
The gasket to solve the above problems is the gasket being set between solenoid valve and the installation component installed for the solenoid valve,
The gasket includes: frame portion, is sandwiched between the solenoid valve and the installation component；And flow path forming portion, setting
In the inside of the frame portion, it will seal and formed between the solenoid valve and the installation component and be connected to the fluid of the solenoid valve
The flow path of mouth and the fluid flow port of the installation component, is sandwiched between the solenoid valve and the installation component in the gasket
When, the vibration decaying that the vibration decaying for making to be generated by the solenoid valve is formed between the frame portion and the flow path forming portion is empty
Between.
According to above structure, when gasket is set between solenoid valve and installation component, the fluid flow port and installation structure of solenoid valve
It is connected between the fluid flow port of part using flow path forming portion and forms flow path.Further, since frame portion is sandwiched in solenoid valve and installation
It is not directly contacted with installation component between component to solenoid valve, therefore by the vibration of solenoid valve generation not directly to installation component
Transmitting.In addition, attempting since vibration attenuating space is present between solenoid valve and installation component from solenoid valve to installation structure
The vibration that part is propagated is vibrated in attenuating space herein to decay.As a result, it is possible to inhibit to vibrate the biography from solenoid valve to installation component
It broadcasts.Due to even if the power sandwiched between solenoid valve and installation component becomes larger and frame portion is crushed, it is empty also to form this vibration decaying
Between, even therefore strongly fastening solenoid valve in order to ensure sealing surface pressure and in the case where installation component, also can
It is reliably suppressed the propagation of vibration.
About above-mentioned gasket, it is preferred that there is the plate portion for connecting the frame portion and the flow path forming portion, by the vibration
Dynamic attenuating space be formed between the solenoid valve and the plate portion and between the installation component and the plate portion at least
One.
According to above structure, other than vibrating attenuating space, the vibration generated by solenoid valve can be also made using plate portion
Decaying.In particular, attempting certainly in the case where vibration attenuating space is set between solenoid valve and plate portion using air as medium
The vibration that solenoid valve is propagated to installation component, such as the sound of the vibration as audible frequency, are shielded by plate portion.
About above-mentioned gasket, it is preferred that the thick wall portion that the plate portion has thickness thicker than other positions in the plate portion.
According to above structure, even if sandwiching power change when being arranged gasket and being sandwiched between solenoid valve and installation component
Greatly, since the thick wall portion by plate portion is contacted with solenoid valve, installation component, the position and electromagnetism other than the thick wall portion in plate portion
Ensure to vibrate attenuating space between valve, installation component, therefore is able to maintain that the effect of vibration attenuating space.
About above-mentioned gasket, it is preferred that the vibration attenuating space includes than the plate portion close to the solenoid valve
The space in the space of position and the position than the plate portion close to the installation component.
According to above structure, decayed in the space of solenoid valve side first by the vibration that solenoid valve generates.It then attempts to from
Spatial from the space of solenoid valve side to installation component side vibration, such as sound shields by plate portion.In addition, even if vibration
The vibration in transmitting plate portion, the transmission further decays in the space of installation component side.Therefore, it can further suppress by electromagnetism
Propagation of the vibration that valve generates to installation component.
About above-mentioned gasket, it is preferred that be configured with sound-absorbing material in the vibration attenuating space.
According to above structure, due to the vibration propagated from solenoid valve to vibration attenuating space, such as sound, by sound-absorbing material
It absorbs, therefore the propagation from the vibration of solenoid valve generation to installation component can be further suppressed.
About above-mentioned gasket, it is preferred that the frame portion has the interconnecting part for the inner and outer for being connected to the frame portion.
According to above structure, can by due to the deterioration of the deterioration of flow path forming portion, the surface roughness of hermetic unit, or
Attachment of person's foreign matter etc. and from flow path forming portion to vibration attenuating space leak fluid pass through outboard row of the interconnecting part to frame portion
Out.Therefore, can prevent following situations: due to the fluids such as compressed air that leak to vibration attenuating space, frame portion is deformed, electricity
Magnet valve loosens the fixed of installation component.In addition, by can be true from interconnecting part discharge from the fluid that flow path forming portion leaks
Recognize the leakage of fluid.
The valve gear to solve the above problems has solenoid valve, installation component and is set to the solenoid valve and the installation
Gasket between component, the gasket are any one of above-mentioned gasket.
It is the valve gear that gasket is provided between solenoid valve and installation component, the fluid of solenoid valve according to above structure
It is connected to using flow path forming portion between mouth and the fluid flow port of installation component and forms flow path.Further, since frame portion is sandwiched in electromagnetism
Between valve and installation component, solenoid valve is not directly contacted with installation component, therefore the vibration generated by solenoid valve is not directly to peace
Fill component transmitting.In addition, even if sandwiching that power becomes larger, frame portion is crushed, since vibration attenuating space is present in solenoid valve and installation
Between component, therefore the vibration for attempting to propagate from solenoid valve to installation component is vibrated in attenuating space decay herein.As a result, energy
Enough propagation for inhibiting vibration from solenoid valve to installation component.
About above-mentioned valve gear, it is preferred that in one of the end face opposite with the installation component of the solenoid valve
Point, the limiting unit equipped with the excessive flattening for limiting the gasket by contacting with the installation component.
Breakage when exceedingly flattening gasket due to flow path forming portion leads to the premature loss of sealing performance.Therefore,
According to above structure, the excessive flattening of gasket can be inhibited using the limiting unit for being set to solenoid valve, and then can be avoided
The premature loss of sealing performance, while inhibiting to vibrate the propagation from solenoid valve to installation component.
About above-mentioned valve gear, it is preferred that in one of the end face opposite with the solenoid valve of the installation component
Point, the limiting unit equipped with the excessive flattening for limiting the gasket by contacting with the solenoid valve.
It can be avoided the too early of sealing performance in the same manner as the above-mentioned limiting unit for being set to solenoid valve according to above structure
It loses, while inhibiting to vibrate the propagation from solenoid valve to installation component.
The effect of invention
Multiple modes according to the present invention are able to suppress the propagation vibrated from solenoid valve to installation component.Of the invention its
His mode and advantage becomes bright from record below together with by the attached drawing shown in the example of technical idea of the invention
Really.
Detailed description of the invention
Fig. 1 be by between solenoid valve and installation component be provided with gasket valve gear outline structure with broken section come
The main view of expression.
Fig. 2 is the top view for indicating the structure of the upper surface in face of the solenoid valve side as gasket.
Fig. 3 is the bottom view for indicating the structure of the lower surface in face of the installation component side as gasket.
Fig. 4 is the cross-sectional view for indicating the 4-4 along Fig. 2 of structure of gasket.
Fig. 5 is the main view for indicating the outline structure of variation of the valve gear provided with gasket.
Fig. 6 is the cross-sectional view for indicating the structure of variation of gasket.
Fig. 7 is the cross-sectional view for indicating the structure of variation of gasket.
Fig. 8 is the cross-sectional view for indicating the structure of variation of gasket.
Fig. 9 is the cross-sectional view for indicating the structure of variation of gasket.
Figure 10 is the cross-sectional view for indicating the structure of variation of gasket.
Figure 11 is the top view for indicating the structure of variation of gasket.
Figure 12 is the cross-sectional view of the 12-12 along Figure 11 of the structure for the variation for indicating gasket.
Figure 13 is the cross-sectional view for indicating the structure of variation of gasket.
Figure 14 is the cross-sectional view for indicating the structure of variation of gasket.
Specific embodiment
Hereinafter, referring to Fig.1~Fig. 4 illustrates an embodiment of the valve gear provided with gasket.
As shown in Figure 1, valve gear 20 is the control valve for carrying out the pressure control of compressed air.Valve gear 20 has solenoid valve
30 and as the installation component installed for solenoid valve 30 relay valve 21.Pad is provided between solenoid valve 30 and relay valve 21
Piece 40.Solenoid valve 30 is fastened and fixed to relay valve 21 using screw 31.
3 fluid flow ports are equipped in solenoid valve 30, specifically 3 supplies and the solenoid valve connection of discharge compressed air
Mouth 32.Solenoid valve 30 has the multiple valve bodies 33 for the flow path that independently opening and closing is connect with two solenoid valve connectors 32.Solenoid valve
30 have the multiple solenoids 34 for respectively driving multiple valve bodies 33.In addition, solenoid valve 30 have by valve body 33 to solenoid 34
The contrary direction force of attraction spring (illustration omitted).Solenoid valve 30 utilizes the excitation of solenoid 34 and the solution of excitation
It is mobile except valve body 33 is made, pressure control is carried out by controlling the flow of each solenoid valve connector 32.Utilizing solenoid valve 30
In pressure control, in order to make valve body 33 with high-speed mobile to be carried out at high speed the opening and closing of flow path.It is produced when valve body is collided with valve seat
Raw percussion becomes high-frequency vibration and propagates.
3 fluid flow ports are equipped in relay valve 21, specifically 3 supplies and the relay valve connection of discharge compressed air
Mouth 22.These relay valve connectors 22 are connected to 3 solenoid valve connectors 32 for being set to solenoid valve 30 respectively by gasket 40.
In addition, relay valve connector 22 is equivalent to the fluid flow port of relay valve 21.
Gasket 40 is formed by the flexible single material such as synthetic rubber.Gasket 40 have will be set to solenoid valve 30
The flow path forming portion 42 that is connect with the relay valve connector 22 for being set to relay valve 21 of solenoid valve connector 32.Flow path forming portion
42 form stream between the solenoid valve connector 32 for being set to solenoid valve 30 and the relay valve connector 22 for being set to relay valve 21
Road 41.The incorporating section 32a of storage flow path forming portion 42 is equipped in the open edge of the solenoid valve connector 32 of solenoid valve 30.Storage
Portion 32a is formed as the expanding open edge of solenoid valve connector 32.Each flow path forming portion 42 is cylindric, and is fitted into and is mounted on
It is formed in the incorporating section 32a of the solenoid valve connector 32 of solenoid valve 30.
As shown in Figure 2 to 4, gasket 40 includes: the frame portion 44 being sandwiched between solenoid valve 30 and relay valve 21；And it sets
It is placed in the inside of frame portion 44, will seal and formed between solenoid valve 30 and relay valve 21 and be connected to the solenoid valve connector of solenoid valve 30
32 with the flow path forming portion 42 of the flow path of the relay valve connector 22 of relay valve 21.This frame portion 44 is set throughout the periphery of gasket 40
It sets.The two sides of frame portion 44 is contacted with solenoid valve 30 and relay valve 21 respectively.In addition, gasket 40 is in frame portion 44 and flow path forming portion
The vibration attenuating space 43 for the vibration decaying for making to be generated by solenoid valve 30 is formed between 42.Therefore, as shown in Figure 1, vibration decaying
Space 43 is from the end face (with also referred to as of the inner wall 44a of frame portion 44, the outside wall surface 42a of flow path forming portion 42, solenoid valve 30
Face), the space that surrounds of the end face (also referred to as mating surface) of relay valve 21.As shown in Fig. 2 and 3, in the present embodiment, in frame
Portion 44 is used for for solenoid valve 30 to be fixed on to through hole 48,1 that the screw 31 of relay valve 21 penetrates through by gasket there are two being formed
40 through holes 49 positioned relative to solenoid valve 30 or relay valve 21 are formed in the position separated from through hole 48.
Gasket 40 has connection frame portion 44 and flow path forming portion 42, the plate portion 45 that can be such as plate.Plate portion 45 with
Flow path forming portion 42 and frame portion 44 are integrally formed.In the present embodiment, plate portion 45 be set as with flow path forming portion 42 and
The cooperation of frame portion 44 vibrates attenuating space 43 to mark off.Therefore, flow path forming portion 42 utilizes plate portion separating with frame portion 44
45 support and position.
Vibrating attenuating space 43 includes than plate portion 45 close to the solenoid valve side space 43a of the position of solenoid valve 30 and than plate portion
45 close to the position of relay valve 21 relay valve side space 43b.Plate portion 45 is set as dividing vibration attenuating space 43 for solenoid valve side
Space 43a and relay valve side space 43b.In other words, plate portion 45 on the thickness direction of gasket 40 from the central portion of frame portion 44
The mode to extend internally shapes.Plate portion 45 is connected to different from the central portion of flow path forming portion 42 on the thickness direction of gasket 40
Position.Flow path forming portion 42 can be in the 1st side of gasket 40 and the 2nd side (such as the upper side and lower side of Fig. 4) with different height
Degree protrudes.In the present embodiment, compared to frame portion 44, the projecting height of flow path forming portion 42 to solenoid valve side is big.
The thick wall portion that plate portion 45 has hemispherical protrusion 46 thicker than other positions in the plate portion 45 as thickness.Example
Such as, 6 protrusions 46 are respectively provided in the two sides opposite with solenoid valve 30 and relay valve 21 in plate portion 45.In each face in plate portion 45,
Protrusion 46 is configured between flow path forming portion 42 and frame portion 44.The height away from plate portion 45 of protrusion 46 is with frame portion 44 away from plate
The height in portion 45 is identical.Therefore, can using plate portion 45 46 holding plate portion 45 of protrusion at a distance from the end face of solenoid valve 30 with
And plate portion 45 is at a distance from the end face of relay valve 21, it can be ensured that vibration attenuating space 43.
There is the interconnecting part 47 of the inner and outer of connection frame portion 44 in frame portion 44.Interconnecting part 47 will vibrate attenuating space 43
It is connect with the atmosphere of the outside as gasket 40.Interconnecting part 47 is set to the two sides of gasket 40.Due to flow path forming portion 42
Deterioration, the surface roughness deterioration of hermetic unit or attachment of foreign matter etc., compressed air declines from flow path forming portion 42 to vibration
In the case where subtracting the leakage of space 43, the compressed air of the leakage can be passed through interconnecting part 47 to the outside of frame portion 44 by interconnecting part 47
Discharge.
Then, referring to Fig.1~Fig. 4 illustrates the effect of gasket 40 as constituted above.
It works in valve gear 20, generates vibration from solenoid valve 30 along with the reciprocating movement of the valve body 33 of solenoid valve 30
When, inhibit the propagation of vibration using gasket 40.Specifically, the end face of solenoid valve 30 edge and relay valve 21 end face
In the state that edge clips and keep the frame portion 44 of gasket 40, solenoid valve 30 is connect with relay valve 21.Solenoid valve 30 and relay valve
21 gap W is set as same with the thickness T-phase of the frame portion 44 of gasket 40.In other words, power is sandwiched in solenoid valve 30 and relay valve 21
When becoming larger, the thickness T of the frame portion 44 of gasket 40 is compressed.
In addition, stream of the relay valve connector 22 of the solenoid valve connector 32 of solenoid valve 30 and relay valve 21 by gasket 40
Road forming portion 42 is connected to.In solenoid valve 30 and relay valve 21 when sandwiching power and becoming larger, the flow path forming portion 42 of gasket 40 is compressed.
In addition, solenoid valve 30 end face and relay valve 21 end face, in addition to edge, solenoid valve connector 32 and in
Part except valve connector 22, from 30 side of solenoid valve, successively there are solenoid valve side space 43a, plate portion 45, relay valve sides
Space 43b.Therefore, passed through by the vibration that solenoid valve 30 generates in solenoid valve side space 43a, plate portion 45, relay valve side space 43b
It is middle propagation and be attenuated and to relay valve 21 propagate.
In addition, the two sides in this plate portion 45 is equipped with protrusion 46.In solenoid valve 30 and relay valve 21 when sandwiching power and becoming larger, pad
The protrusion 46 of piece 40 is compressed.Therefore, it is able to suppress plate portion 45 and solenoid valve 30 or relay valve 21 is invested with face paste, be able to maintain that
Solenoid valve side space 43a and relay valve side space 43b.And then it is able to maintain that and utilizes solenoid valve side space 43a and relay valve
The decaying of side space 43b.
In addition, compressed air may be certainly when generating blocking due to foreign matter in the flow path of solenoid valve 30 or relay valve 21
Solenoid valve connector 32, relay valve connector 22 or flow path forming portion 42 are empty to solenoid valve side space 43a and relay valve side
Between 43b flow into.At the time of such, compressed air is discharged the interconnecting part 47 for being set to the frame portion 44 of gasket 40 certainly to outside.
Therefore, it can prevent from flowing due to compressed air to the solenoid valve side space 43a and relay valve side space 43b for being set to gasket 40
Enter and applies excessive load to frame portion 44.
So, the vibration attenuating space 43 that is surrounded by frame portion 44 is formed by gasket 40, can be arranged gasket 40 with
The part that the end face of solenoid valve 30 and the end face of relay valve 21 are not directly contacted with.Therefore, even if solenoid valve 30 and relay valve 21
The power that sandwiches become larger, be also able to suppress the propagation from the vibration that solenoid valve 30 generates to relay valve 21.
As described above, effect below can be obtained according to the present embodiment.
(1) when gasket 40 is set between solenoid valve 30 and relay valve 21, solenoid valve connector 32 and relay valve connector
It is connected between 22 using flow path forming portion 42 and forms flow path 41.Further, since frame portion 44 is sandwiched in solenoid valve 30 and relay valve
Between 21, solenoid valve 30 is not directly contacted with relay valve 21, therefore the vibration generated by solenoid valve 30 is not directly to relay valve 21
Transmitting.Therefore, because vibration attenuating space 43 be present between solenoid valve 30 and relay valve 21, therefore attempt from solenoid valve 30 to
The vibration that relay valve 21 is propagated is vibrated herein to decay in attenuating space 43.As a result, it is possible to inhibit vibration from solenoid valve 30 in
After the propagation of valve 21.Even if due to sandwiching between solenoid valve 30 and relay valve 21 power becomes larger and frame portion 44 is crushed, also formed
This vibration attenuating space 43, therefore even if strongly fasten solenoid valve 30 and relay valve 21 in order to ensure sealing surface pressure
In the case where, it can also be reliably suppressed the propagation of vibration.
(2) also the vibration generated by solenoid valve 30 can be made to decay using plate portion 45.
(3) power is sandwiched when even if being arranged and sandwich between solenoid valve 30 and relay valve 21 to become larger, pass through the prominent of plate portion 45
46 are played to contact with solenoid valve 30, relay valve 21 and ensure between other positions and solenoid valve 30, relay valve 21 in plate portion 45
Attenuating space 43 is vibrated, therefore is able to maintain that the effect of vibration attenuating space 43.
(4) the vibration attenuating space 43 of gasket 40 is that boundary is divided into solenoid valve side space 43a and relay valve side with plate portion 45
Space 43b.The vibration generated as a result, by solenoid valve 30 decays in solenoid valve side space 43a first.It then attempts to from solenoid valve
The vibration that side space 43a is propagated to relay valve side space 43b, such as sound are shielded using plate portion 45.In addition, even if vibration is saturating
Plate portion 45 is crossed, the vibration of the transmission further decays in relay valve side space 43b.Therefore, it can further suppress by solenoid valve
Propagation of 30 vibrations generated to relay valve 21.
It (5) can will be due to the deterioration of flow path forming portion 42, the deterioration of the surface roughness of hermetic unit or foreign matter
Attachment etc. and compressed air from flow path forming portion 42 to vibration attenuating space 43 that leak from are by interconnecting part 47 to the outer of frame portion 44
Side discharge.Therefore, can prevent following situations: due to the compressed air to the vibration leakage of attenuating space 43, frame portion 44 is deformed,
Solenoid valve 30 is loosened relative to the fixed of relay valve 21.In addition, the compressed air leaked from flow path forming portion 42 is from interconnecting part 47
Discharge, so as to confirm the leakage of compressed air.
In addition, above embodiment also can by suitably changed it is below in a manner of implement.
In said structure, limit can also be set in a part of the end face of the solenoid valve 30 opposite with relay valve 21
Portion processed, the limiting unit limit the excessive flattening of gasket 40 by contacting with relay valve 21.According to this structure, can press down
The excessive flattening of gasket 40 can be avoided since 42 breakage of flow path forming portion leads to the premature loss of sealing performance, simultaneously
Inhibit propagation of the vibration from solenoid valve 30 to relay valve 21.For example, as shown in figure 5, limiting unit 37 be set to solenoid valve 30 with
A part (end 36) of the opposite opposite face 35 of relay valve 21, and be only arranged at rectangular shape end 36 4 sides in two
A side.The height H away from opposite face 35 of limiting unit 37 is set as (H < T) smaller than the thickness T of gasket 40.The contact of limiting unit 37
Position is preferably disposed to for solenoid valve 30 being fastened and fixed near the screw 31 of relay valve 21.In addition the contact area of limiting unit 37
It is preferred that contact area is smaller within a few percent of the area of opposite face 35, more it is able to suppress and vibrates from solenoid valve 30 in
After the propagation of valve 21.In addition, the setting position of limiting unit and size can be changed arbitrarily.For example, it is also possible to expand solenoid valve
Limiting unit is arranged in 30 opposite face 35.It is set in addition it is also possible to avoid 40 ground of gasket in the inside of the opposite face 35 of solenoid valve 30
Set limiting unit.
In said structure, limit can also be set in a part of the end face of the relay valve 21 opposite with solenoid valve 30
Portion processed, the limiting unit limit the excessive flattening of gasket 40 by contacting with solenoid valve 30.The height of limiting unit is set as comparing
The thickness of gasket 40 is small.According to this structure, it is able to suppress the excessive flattening of gasket 40, can be avoided since flow path is formed
42 breakage of portion leads to the premature loss of sealing performance, while inhibiting to vibrate the propagation from solenoid valve 30 to relay valve 21.In addition, limit
The setting position in portion processed and size can be changed arbitrarily.For example, it is also possible to expand the opposite face of relay valve 21 limitation is arranged
Portion.In addition it is also possible to avoid setting limiting unit in 40 ground of gasket on the inside of the opposite face of relay valve 21.
In addition it is also possible to a part setting limiting unit in the end face of the solenoid valve 30 opposite with relay valve 21, simultaneously
A part setting limiting unit in the end face of the relay valve 21 opposite with solenoid valve 30.
In the above-described embodiment, although each face in the plate portion 45 of gasket 40 has 6 protrusions 46, as long as energy
Position other than the protrusion 46 in enough suppressing plate portions 45 is attached at solenoid valve 30 or relay valve 21, protrusion 46 can also be set as 1
It is a 5 or less or 7 or more above.
In the above-described embodiment, although the same position in the two sides in the plate portion 45 of gasket 40 is provided with protrusion 46,
But protrusion 46 can also be set in different positions.
It in the above-described embodiment, can also be with although the two sides in the plate portion 45 of gasket 40 is provided with protrusion 46
Only protrusion 46 is arranged in the single side in plate portion 45.
In the above-described embodiment, although in the plate portion 45 of gasket 40 there is hemispherical protrusion 46 to be used as thick wall portion,
But the shape of the protrusion as thick wall portion is not limited to hemispherical, also can be set to the others of cylindric, polygonal column etc.
Shape.In addition, can also have raised line in the plate portion 45 of gasket 40 as thick wall portion.
In the above-described embodiment, plate portion 45 is set as to divide the vibration attenuating space 43 of gasket 40 for solenoid valve side space
43a and relay valve side space 43b.Vibration attenuating space 43 is not divided but it is also possible to be set as plate portion 45 for solenoid valve side space
43a and relay valve side space 43b.
For example, as shown in fig. 6, can also be so that by gasket 40 in a manner of the plate portion 45 of gasket 40 be contacted with relay valve 21
Plate portion 45 is integrally formed with frame portion 44 and flow path forming portion 42.Even such structure, the vibration generated by solenoid valve 30
It is dynamic to decay first in solenoid valve side space 43a.It then attempts to from the vibration that solenoid valve side space 43a is propagated, such as sound, benefit
It is shielded with plate portion 45.Therefore, it is able to suppress the propagation from the vibration that solenoid valve 30 generates to relay valve 21.
In addition, as shown in fig. 7, can also be so that by gasket 40 in a manner of the plate portion 45 of gasket 40 be contacted with solenoid valve 30
Plate portion 45 is integrally formed with frame portion 44 and flow path forming portion 42.Even such structure, the vibration generated by solenoid valve 30
It is dynamic to be shielded first with plate portion 45.In addition, even if vibration transmitting plate portion 45, the vibration of the transmission, such as sound, further in
Decay after valve side space 43b.Therefore, it is able to suppress the propagation from the vibration that solenoid valve 30 generates to relay valve 21.
In the above-described embodiment, although by the height away from plate portion 45 of the protrusion 46 as the thick wall portion of gasket 40 etc.
Be set as height identical as frame portion 44, but due to plate portion 45 not with the direct phase in the end face of the end face of solenoid valve 30 or relay valve 21
It connects, therefore also can be set to lower than the height of frame portion 44.
In the above-described embodiment, it although being provided with protrusion 46 in the plate portion 45 of gasket 40, also can be omitted prominent
Play 46.For example, the vibration attenuating space 43 of gasket 40 is divided for solenoid valve side space as shown in figure 8, also can be set to plate portion 45
43a and relay valve side space 43b, and omit protrusion 46.
In the above-described embodiment, although being set as in the plate portion 45 of gasket 40 along solenoid valve 30 and relay valve 21
The linear shape in face, but the shape in plate portion 45 can also be changed as follows.
For example, as shown in figure 9, the cross sectional shape in the plate portion 45 of gasket 40 can also be set as wavy, the convex portion of wave with
The face contact of solenoid valve 30 or relay valve 21.It, then can be along solenoid valve 30 and relay valve 21 if such shape
Face is alternately arranged attenuating space 43 is vibrated in 21 side of 30 side of solenoid valve and relay valve.In addition, being not provided with protrusion in plate portion 45
46, it will be able to which suppressing plate portion 45 is attached at solenoid valve 30 or relay valve 21 and face contact.
In addition, as shown in Figure 10, the cross sectional shape in the plate portion 45 of gasket 40 can also be set as to rectangle is wavy, and rectangle is wavy
Convex portion and solenoid valve 30 or relay valve 21 face contact.If such shape, then can along solenoid valve 30 and
The face of relay valve 21 is alternately arranged attenuating space 43 is vibrated in 21 side of 30 side of solenoid valve and relay valve.
In the above-described embodiment, although being provided with plate portion 45 in gasket 40, as long as vibration decaying can be utilized
Space 43 inhibits the propagation of the vibration from solenoid valve 30, plate portion 45 can also partially or wholly be omitted.For example,
As shown in figure 11, plate portion 45 is omitted, is arranged and extends from frame portion 44 to support the supporting part 44b of flow path forming portion 42.Such as Figure 12 institute
Show, vibration attenuating space 43 is equipped between the flow path forming portion 42 and frame portion 44 of gasket 40.According to this structure, due to depositing
In vibration attenuating space 43, solenoid valve 30 is not directly contacted with relay valve 21, therefore is shaken between solenoid valve 30 and relay valve 21
It is dynamic not transmit directly, while vibration is attenuated.
In said structure, the vibration for making to be generated by solenoid valve 30 can also be configured in the vibration attenuating space 43 of gasket 40
The sound-absorbing material of dynamic decaying.It, can also be using felt, Porous resin etc. as sound-absorbing material.In addition, the loading of sound-absorbing material
Mode is arbitrary.For example, being wavy sound-absorbing material 50 in vibrating attenuating space 43 inserted with section in Figure 13.Scheming
In 14, in vibration attenuating space 43 inserted with by the sound-absorbing material 50 of wire rod set.In addition, in the gasket 40 for being provided with plate portion 45
In, it can also be at least one of the solenoid valve side space 43a and relay valve side space 43b of vibration attenuating space 43 setting
Sound-absorbing material.According to this structure, since the vibration generated by solenoid valve 30 decays in vibration attenuating space 43, at the same it is also sharp
Decayed with sound-absorbing material 50, therefore the propagation from the vibration that solenoid valve 30 generates to relay valve 21 can be further suppressed.
In said structure, it also can be omitted the interconnecting part 47 of gasket 40.
In said structure, if by Motionless electromagnetic valve 30 and the screw 31 of relay valve 21 and the fastening part of screw 31
It is configured at the position in the outer part of frame portion 44 than gasket 40, also can be omitted the through hole 48 of gasket 40.
In the above-described embodiment, although flow path forming portion 42 is set as the chimeric incorporating section for being installed on solenoid valve 30
32a, but flow path forming portion 42 can also be set as to chimeric and be mounted on the incorporating section for being set to relay valve 21.
In the above-described embodiment, unlimited although using installation component of the relay valve 21 as solenoid valve 30
It, can also be using other installation components in relay valve 21.
The disclosure includes structure below.Be not configured to limit but append the structure of embodiment as the auxiliary of understanding
At the reference appended drawing reference of element.
A kind of [note 1] gasket (40), is the pad for the mating surface of sealed electromagnetic valve (30) and installation component (21)
Piece (40), which is characterized in that the gasket (40) includes:
1st hermetic unit (44), under the overlook view of the gasket (40), in the gasket (40) outer most edge or
It is arranged along outer most edge, the 1st hermetic unit (44) is configured to mating surface and installation component (21) by solenoid valve (30)
Mating surface clip and meanwhile with this two cooperation plane-plane contact；And
2nd hermetic unit (42) is set to and the 1st hermetic unit under the overlook view of the gasket (40)
(44) different position, the 2nd hermetic unit (42) have the tubular comprising inner side surface and outer lateral side, the inside
Side, which marks off, fluidly connects the fluid flow port (32) of the solenoid valve (30) and the fluid flow port (22) of the installation component (21)
Logical flow path (41), the outer lateral side be configured to the solenoid valve (30) and the installation component (21) face contact,
When the gasket (40) is configured between the solenoid valve (30) and the installation component (21), described is utilized
1 hermetic unit (44), the 2nd hermetic unit (42), the solenoid valve (30) and the installation component (21) described two are matched
Conjunction face vibrates attenuating space (43) to mark off.
[note 2] gasket (40) according to note 1, with partition (45), the partition (45) is close the described 1st
It is extended between envelope part (44) and the 2nd hermetic unit (42), the partition (45) is configured as follows in the electromagnetism
Between the mating surface of valve (30) and the mating surface of the installation component (21): in the partition (45) and the solenoid valve (30)
The the 1st and is respectively divided out between mating surface and between the partition (45) and the mating surface of the installation component (21)
2 vibrations attenuating space (43a, 43b)；The partition (45) is non-contact or each with two mating surface with two mating surface
Mating surface only partially contacts.
[note 3] gasket (40) according to note 2, the partition (45) are and the solenoid valve (30) and described
The non-contacting plate of two mating surfaces of installation component (21).
[note 4] gasket (40) according to note 2, the partition (45) are and the solenoid valve (30) and described
The non-tablet that each mating surface of two mating surface of installation component (21) only partially contacts.
[note 5] gasket (40) according to the attached note 4, the partition (45) have wave cross section.
[note 6] gasket (40) according to the attached note 4, the partition (45) have rectangle wave cross section.
[note 7] gasket (40) according to any one in note 4~6, the partition (45) include and the electromagnetism
The part 1 of the cooperation face contact of valve (30) and the 2nd with the cooperation face contact of the installation component (21)
Point, the part 1 and the part 2 are not overlapped under the section view observation of the gasket (40) and overlook view.
[note 8] gasket (40) according to note 2, the partition (45) include respectively with the solenoid valve (30) with
And opposite the 1st face and the 2nd face of two mating surfaces of the installation component (21), the 1st face and the 2nd face include towards
Corresponding mating surface multiple spaced protrusions being distributed outstanding.
[note 9] gasket (40) according to note 1, with partition (45), the partition (45) is close the described 1st
It is extended between envelope part (44) and the 2nd hermetic unit (42), the partition (45) is in the partition (45) and the electricity
Vibration is marked off between the mating surface of magnet valve (30) or between the partition (45) and the mating surface of the installation component (21)
At least one of the mode of dynamic attenuating space (43a, 43b) and two mating surface are non-contact.
[note 10] gasket (40) according to any one of note 1~9, with sound-absorbing material (50), the suction
Sound material (50) using it is described vibration attenuating space (43) at least part as sky space it is remaining in a manner of be inserted into or fill out
It fills in the vibration attenuating space (43).
For it should be clear to a person skilled in the art that the present invention can also use it in the range of not departing from its technical idea
His distinctive mode embodies.It is illustrated for example, it is also possible to be omitted in embodiment (or its one or more mode)
Component in a part, or by several component combinations.Referring to appended claims, the scope of the present invention should be with power
The equivalent gamut that sharp claim gives right determines jointly.
Description of symbols
20, valve gear；21, as the relay valve of installation component；22, as the relay valve connector of fluid flow port；30, electromagnetism
Valve；31, screw；32, as the solenoid valve connector of fluid flow port；32a, incorporating section；33, valve body；34, solenoid；35, opposite
Face；36, end；37, limiting unit；40, gasket；41, flow path；42, flow path forming portion；42a, outside wall surface；43, vibration decaying is empty
Between；43a, solenoid valve side space；43b, relay valve side space；44, frame portion；44a, inner wall；44b, supporting part；45, plate portion；
46, protrusion；47, interconnecting part；48,49, through hole；50, sound-absorbing material；H, height；T, thickness；W, gap.
Claims (9)
1. a kind of gasket is set to solenoid valve and between the installation component of solenoid valve installation, wherein
The gasket includes:
Frame portion is sandwiched between the solenoid valve and the installation component；And
Flow path forming portion is set to the inside of the frame portion, and the flow path forming portion is by the solenoid valve and the installation component
Between seal and formed be connected to the solenoid valve fluid flow port and the installation component fluid flow port flow path,
When the gasket is sandwiched between the solenoid valve and the installation component, in the frame portion and the flow path forming portion
Between form the vibration attenuating space of the vibration decaying for making to be generated by the solenoid valve.
2. gasket according to claim 1, wherein
The gasket has the plate portion for connecting the frame portion and the flow path forming portion,
The vibration attenuating space is formed between the solenoid valve and the plate portion and the installation component and the plate
At least one between portion.
3. gasket according to claim 2, wherein
The thick wall portion that the plate portion has thickness thicker than other positions in the plate portion.
4. gasket according to claim 2 or 3, wherein
The vibration attenuating space includes the space of position than the plate portion close to the solenoid valve and more close than the plate portion
The space of the position of the installation component.
5. gasket according to any one of claims 1 to 4, wherein
Sound-absorbing material is configured in the vibration attenuating space.
6. gasket according to any one of claims 1 to 5, wherein
The frame portion has the interconnecting part for the inner and outer for being connected to the frame portion.
7. a kind of valve gear, wherein
The valve gear includes:
Solenoid valve；
Installation component；And
Gasket is set between the solenoid valve and the installation component,
The gasket is gasket according to any one of claims 1 to 6.
8. valve gear according to claim 7, wherein
A part in the end face opposite with the installation component of the solenoid valve, equipped with by being contacted with the installation component
Come limit the gasket excessive flattening limiting unit.
9. valve gear according to claim 7 or 8, wherein
A part in the end face opposite with the solenoid valve of the installation component, be equipped with by contacted with the solenoid valve come
Limit the limiting unit of the excessive flattening of the gasket.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016-116334 | 2016-06-10 | ||
| JP2016116334 | 2016-06-10 | ||
| PCT/JP2017/021164 WO2017213181A1 (en) | 2016-06-10 | 2017-06-07 | Gasket and valve device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109154388A true CN109154388A (en) | 2019-01-04 |
| CN109154388B CN109154388B (en) | 2021-01-08 |
Family
ID=60577967
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201780029086.2A Active CN109154388B (en) | 2016-06-10 | 2017-06-07 | Gasket and valve device |
Country Status (3)
| Country | Link |
|---|---|
| JP (2) | JPWO2017213181A1 (en) |
| CN (1) | CN109154388B (en) |
| WO (1) | WO2017213181A1 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7313711B2 (en) * | 2021-03-09 | 2023-07-25 | 京楽産業．株式会社 | game machine |
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|---|---|---|---|---|
| JPH01108467U (en) * | 1988-01-13 | 1989-07-21 | ||
| JPH06698Y2 (en) * | 1988-01-13 | 1994-01-05 | 株式会社コガネイ | Clean room pollution prevention manifold |
| JPH0735857U (en) * | 1993-12-13 | 1995-07-04 | エスエムシー株式会社 | Valve gasket |
| CN1123380A (en) * | 1994-09-21 | 1996-05-29 | 速睦喜股份有限公司 | Seal construction for use in valve assembly |
| JP2589614Y2 (en) * | 1991-12-20 | 1999-02-03 | エスエムシー 株式会社 | Electric-pneumatic regulator |
| CN101069035A (en) * | 2004-11-30 | 2007-11-07 | 喜开理株式会社 | Seal structure for connecting section in fluidic device |
| JP2015001256A (en) * | 2013-06-14 | 2015-01-05 | Ckd株式会社 | Gasket installing structure |
| CN104364570A (en) * | 2012-06-25 | 2015-02-18 | 株式会社久保田 | Sealing material, pressing ring, coupling, and valve |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4066058A (en) * | 1976-05-12 | 1978-01-03 | Deere & Company | Vibration isolation system |
| JPS632925A (en) * | 1986-06-23 | 1988-01-07 | Nippon Kayaku Co Ltd | C-kinase inhibitor and anti-tumor agent |
| DE10060872B4 (en) * | 2000-06-15 | 2012-11-15 | Reinz-Dichtungs-Gmbh | gasket |
-
2017
- 2017-06-07 CN CN201780029086.2A patent/CN109154388B/en active Active
- 2017-06-07 WO PCT/JP2017/021164 patent/WO2017213181A1/en active Application Filing
- 2017-06-07 JP JP2018521758A patent/JPWO2017213181A1/en active Pending
-
2020
- 2020-04-13 JP JP2020071862A patent/JP6862593B2/en active Active
Patent Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH01108467U (en) * | 1988-01-13 | 1989-07-21 | ||
| JPH06698Y2 (en) * | 1988-01-13 | 1994-01-05 | 株式会社コガネイ | Clean room pollution prevention manifold |
| JP2589614Y2 (en) * | 1991-12-20 | 1999-02-03 | エスエムシー 株式会社 | Electric-pneumatic regulator |
| JPH0735857U (en) * | 1993-12-13 | 1995-07-04 | エスエムシー株式会社 | Valve gasket |
| CN1123380A (en) * | 1994-09-21 | 1996-05-29 | 速睦喜股份有限公司 | Seal construction for use in valve assembly |
| TW313226U (en) * | 1994-09-21 | 1997-08-11 | Smc Corp | Seal construction for use in valve assembly |
| CN101069035A (en) * | 2004-11-30 | 2007-11-07 | 喜开理株式会社 | Seal structure for connecting section in fluidic device |
| CN104364570A (en) * | 2012-06-25 | 2015-02-18 | 株式会社久保田 | Sealing material, pressing ring, coupling, and valve |
| JP2015001256A (en) * | 2013-06-14 | 2015-01-05 | Ckd株式会社 | Gasket installing structure |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2017213181A1 (en) | 2017-12-14 |
| JPWO2017213181A1 (en) | 2019-03-07 |
| CN109154388B (en) | 2021-01-08 |
| JP6862593B2 (en) | 2021-04-21 |
| JP2020118301A (en) | 2020-08-06 |
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