CN106369001B - The positioning device of guide rail installing component - Google Patents
The positioning device of guide rail installing component Download PDFInfo
- Publication number
- CN106369001B CN106369001B CN201610569799.5A CN201610569799A CN106369001B CN 106369001 B CN106369001 B CN 106369001B CN 201610569799 A CN201610569799 A CN 201610569799A CN 106369001 B CN106369001 B CN 106369001B
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- CN
- China
- Prior art keywords
- guide rail
- fastener
- parallel portion
- metal part
- parallel
- Prior art date
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F15—FLUID-PRESSURE ACTUATORS; HYDRAULICS OR PNEUMATICS IN GENERAL
- F15B—SYSTEMS ACTING BY MEANS OF FLUIDS IN GENERAL; FLUID-PRESSURE ACTUATORS, e.g. SERVOMOTORS; DETAILS OF FLUID-PRESSURE SYSTEMS, NOT OTHERWISE PROVIDED FOR
- F15B13/00—Details of servomotor systems ; Valves for servomotor systems
- F15B13/02—Fluid distribution or supply devices characterised by their adaptation to the control of servomotors
- F15B13/06—Fluid distribution or supply devices characterised by their adaptation to the control of servomotors for use with two or more servomotors
- F15B13/08—Assemblies of units, each for the control of a single servomotor only
- F15B13/0803—Modular units
- F15B13/0821—Attachment or sealing of modular units to each other
- F15B13/0825—Attachment or sealing of modular units to each other the modular elements being mounted on a common member, e.g. on a rail
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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
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K31/00—Actuating devices; Operating means; Releasing devices
- F16K31/02—Actuating devices; Operating means; Releasing devices electric; magnetic
- F16K31/06—Actuating devices; Operating means; Releasing devices electric; magnetic using a magnet, e.g. diaphragm valves, cutting off by means of a liquid
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Fluid-Pressure Circuits (AREA)
- Clamps And Clips (AREA)
- Bearings For Parts Moving Linearly (AREA)
- Valve Housings (AREA)
Abstract
The present invention provides a kind of positioning device of guide rail installing component, positioning metal part steadily can be configured at installation site relative to guide rail.Positioning device (20) has cover component (40), one or more through hole (45) that the tool (25) that cover component (40) uses when having for making and tightening screw (23) passes through.The through hole (45) of cover component (40) positions in such a way that the axle center (C2) in the axle center (C1) of through hole (45) and screw (23) is consistent when positioning metal part (21) is configured at installation site relative to guide rail (11).
Description
Technical field
The present invention relates to the positioning devices of guide rail installing component, and guide rail installing component is positioned along to the length of guide rail
The specified position in direction.
Background technique
Have multiple valve blocks carried out respectively to each fluid pressure equipment for exhaust to make multiple fluid pressure equipment work
Solenoid valve manifold be to be installed on guide rail mounting portion on guide rail in such a way that multiple valve blocks are along the length direction arrangement of guide rail
Part.As shown in figure 9, solenoid valve manifold 100 disclosed in such as Japanese Unexamined Patent Publication 2003-301963 bulletin, is utilizing solenoid valve discrimination
The fixation metalwork 110 (positioning metal part) at the both ends of the length direction for being respectively arranged on guide rail 101 in pipe 100 is positioned at edge
Be installed on guide rail 101 in the state of the specified position of the length direction of guide rail 101.
Guide rail 101 includes the rail body 101a of the plate extended along its length direction；And the 1st vertical component effect 101b
With the 2nd vertical component effect 101c, extend with being respectively perpendicular from the both ends of the width direction of rail body 101a.In the 1st vertical component effect
The end of 101b be equipped with the 1st parallel portion 101d, the 1st parallel portion 101d it is parallel with rail body 101a and to the 2nd vertical component effect
101c opposite side is stretched out.The 2nd parallel portion 101e, the 2nd parallel portion 101e and guide rail are equipped in the end of the 2nd vertical component effect 101c
Main body 101a is parallel and stretches out to the side opposite with the 1st vertical component effect 101b.1st vertical component effect 101b, the 2nd vertical component effect 101c,
1 parallel portion 101d and the 2nd parallel portion 101e is plate, is extended along the length direction of guide rail 101.
Fixed metalwork 110 is rectangle with vertical view and section is the main part 111 of U-shaped.Main part 111 by
The flat 1st side plate 111a and the 2nd side plate 111b extended parallel to each other and flat connecting plate 111c is constituted, connection
Plate 111c connects the long side of the long side of the 1st side plate 111a and the 2nd side plate 111b.In the 1st side plate 111a and the 2nd side plate
One square end portion of the length direction of 111b is equipped with the 1st engagement pawl 121, and the 1st engagement pawl 121 is towards opposite with connecting plate 111c one
Side is prominent.In addition, it is equipped with the 2nd engagement pawl 122 in another party end of the length direction of the 1st side plate 111a and the 2nd side plate 111b,
2nd engagement pawl 122 is prominent towards the side opposite with connecting plate 111c.1st engagement pawl 121 and the 2nd engagement pawl 122 are in
It is right.
As shown in Figure 10, each 1st engagement pawl 121 is formed by the 1st continuous portion 121a and 1st fastener 121b, the 1st continuous portion
121a continuously extends from a square end portion of the length direction of the 1st side plate 111a or the 2nd side plate 111b, 1st fastener 121b
It is prominent from the terminal part of the 1st continuous portion 121a towards the 2nd engagement pawl 122.Each 2nd engagement pawl 122 is by the 2nd continuous portion 122a and
2 fastener 122b are formed, another square end of length direction of the 2nd continuous portion 122a from the 1st side plate 111a or the 2nd side plate 111b
Portion continuously extends, and 2nd fastener 122b is prominent from the terminal part of the 2nd continuous portion 122a towards the 1st engagement pawl 121.2nd locking
Portion 122b is from the terminal part length T12 outstanding of the 2nd continuous portion 122a than 1st fastener 121b from the end of the 1st continuous portion 121a
End length T11 outstanding is short.
Fixed metalwork 110 is configured to relative to guide rail 101, so that the 1st continuous portion 121a is configured at than the 1st parallel portion
101d is on the outside of the width direction of guide rail 101, and the 2nd continuous portion 122a is configured at than the 2nd parallel portion 101e by rail body
On the outside of 101 width direction.Also, 1st fastener 121b is opposite with the face of the side rail body 101a of the 1st parallel portion 101d to be matched
It sets, and the face relative configuration of the side rail body 101a of 2nd fastener 122b and the 2nd parallel portion 101e.
It is configured between the 1st parallel portion 101d and the 2nd parallel portion 101e and the main part 111 of fixed metalwork 110
With the integrated plate-like portion 130 (pressure contact portion) of solenoid valve manifold 100.There are two being screwed togather in the main part 111 of fixed metalwork 110
Screw 131.When tightening each screw 131, by each 131 precession of screw, thus by plate-like portion 130 towards the 1st parallel portion
101d and the 2nd parallel portion 101e pressing, therefore plate-like portion 130 is crimped on the 1st parallel portion 101d and the 2nd parallel portion 101e.
In addition, when tightening each screw 131, fixed metalwork 110 is to making 1st fastener 121b and 2nd fastener 122
It is mobile close to the direction of the 1st parallel portion 101d and the 2nd parallel portion 101e respectively.Using with each spiral shell for tightening each screw 131
The thrust of nail 131, the 1st parallel portion 101d is clamped by plate-like portion 130 and 1st fastener 121b, and the 2nd parallel portion 101e is by plate
Shape portion 130 and 2nd fastener 122b are clamped.Metalwork 110 is fixed as a result, via the 1st parallel portion 101d and the 2nd parallel portion 101e
It is fixed on guide rail 101, solenoid valve manifold 100 is positioned along the rule of the length direction of guide rail 101 using fixed metalwork 110
Positioning is set.In addition, can be prevented de- from guide rail 101 because solenoid valve manifold 100 is installed on guide rail 101 via plate-like portion 130
It falls.
In addition, solenoid valve manifold 100 falls off from guide rail 101 in order to prevent, fixed metalwork 110 may not necessarily be also utilized,
And use the other modes without using fixed metalwork 110.In short, fixed metalwork 110 is for determining solenoid valve manifold 100
Structure positioned at the specified position of the length direction along guide rail 101.
It is on guide rail 101 that the fixed sequence of fixed metalwork 110 is as follows.Firstly, as shown in Figure 11 (a), by fixed gold
Belong to part 110 relative to the inclined configuration of guide rail 101, so that the rail body of 1st fastener 121b and the 1st parallel portion 101d
The face of the side 101a is oppositely disposed.Then, make fixed metalwork 110 to the 1st continuous portion 121a close to the direction of the 1st parallel portion 101d
It is mobile, so that 2nd fastener 122b can pass through on the outside of the width direction for leaning on guide rail 101 than the 2nd parallel portion 101e.Also,
Pass through 2nd fastener 122b on the outside of the width direction for leaning on guide rail 101 than the 2nd parallel portion 101e, makes fixed gold on one side
Belonging to part 110 becomes horizontal from relative to the inclined state of guide rail 101.
Because 2nd fastener 122b is from the terminal part length T12 outstanding of the 2nd continuous portion 122a than 1st fastener 121b
It is short from the terminal part length T11 outstanding of the 1st continuous portion 121a, so 2nd fastener 122b can be leaned on than the 2nd parallel portion 101e
Pass through on the outside of the width direction of guide rail 101.Also, make fixed metalwork 110 to the 1st continuous portion 121a relative to the 1st parallel portion
Slide movement in 101d separate direction.The face of the side rail body 101a of 1st fastener 121b and the 1st parallel portion 101d as a result,
Relative configuration, and the face relative configuration of the side rail body 101a of 2nd fastener 122b and the 2nd parallel portion 101e, fixed gold
Belong to part 110 and is configured at installation site relative to guide rail 101.Also, by being configured in fixed metalwork 110 relative to guide rail 101
Screw 131 is tightened in the state of installation site, so that fixed metalwork 110 is fixed on guide rail 101.
But as shown in Figure 11 (b), 2nd fastener 122b is only made to lean on guide rail 101 than the 2nd parallel portion 101e
Pass through on the outside of width direction, make fixed metalwork 110 in the state of becoming level relative to the inclined state of guide rail 101, the 2nd
Fastener 122b is not oppositely disposed with the face of the side rail body 101a of the 2nd parallel portion 101e.Make fixed metalwork 110 to the
Before direction sliding 1 continuous portion 121a separate relative to the 1st parallel portion 101d is mobile, when tightening screw 131, the 2nd is parallel
Portion 101e will not be clamped by plate-like portion 130 and 2nd fastener 122b.That is, when that will fix metalwork 110 and be fixed on guide rail 101,
Fixed metalwork 110 cannot be steadily configured at installation site relative to guide rail 101.
Summary of the invention
The purpose of the present invention is to provide the positioning devices of such as lower guideway installing component: it will be fixed by positioning metal part
When guide rail, positioning metal part can be steadily configured at installation site relative to guide rail.
The positioning device of the guide rail installing component to solve the above problems has positioning metal part, and the positioning metal part has
Along the rail body of the plate of the length direction extension of guide rail, the 1st vertical component effect and the 2nd vertical component effect, the 1st parallel portion and the 2nd
Parallel portion, the positioning metal part are fixed on the guide rail, the 1st vertical component effect and the 2nd vertical component effect from the rail body
The both ends of width direction extend with being respectively perpendicular relative to the rail body, and the 1st parallel portion is from the 1st vertical component effect
End stretched out in parallel and to the side opposite with the 2nd vertical component effect with the rail body, the 2nd parallel portion from
The end of 2nd vertical component effect is stretched out in parallel and to the side opposite with the 1st vertical component effect with the rail body, institute
Positioning metal part is stated with main part and set on the 1st engagement pawl and the 2nd engagement pawl that are in pair of the main part, described the
1 engagement pawl has the 1st continuous portion and 1st fastener, and the 1st continuous portion continuously extends from the main part, and configures
For than the 1st parallel portion, on the outside of the width direction of the guide rail, the 1st fastener is from the 1st continuous portion towards institute
It is prominent to state the 2nd engagement pawl, and is oppositely disposed with the face of the rail body side of the 1st parallel portion, the 2nd engagement pawl tool
There are the 2nd continuous portion and 2nd fastener, the 2nd continuous portion continuously extends from the main part, and is configured to than described
2 parallel portions are on the outside of the width direction of the guide rail, and the 2nd fastener is from the 2nd continuous portion towards the 1st engagement pawl
It is prominent, and be oppositely disposed with the face of the rail body side of the 2nd parallel portion, the 2nd fastener is continuous from the described 2nd
Portion's length outstanding is shorter from the described 1st continuous portion length outstanding than the 1st fastener, the main part have one or
Multiple internal thread holes, the positioning device is in the face with the rail body side of the 1st parallel portion and the 2nd parallel portion
Pressure contact portion is further equipped on the face of opposite side, the pressure contact portion utilizes the thrust of the screw screwed togather with the internal thread hole
It is crimped on the 1st parallel portion and the 2nd parallel portion, makes the positioning metal part to the 1st continuous portion relative to described
The separate direction sliding of 1st parallel portion it is mobile as a result, the guide rail master of the 1st fastener and the 1st parallel portion
The face on side is oppositely disposed, and the 2nd fastener is opposite with the face of the rail body side of the 2nd parallel portion matches
It sets, as a result, by twisting the screw in the state that positioning metal part is configured at installation site relative to the guide rail
Tightly, with the pressure contact portion, the 1st fastener and the 2nd fastener by the 1st parallel portion and the 2nd parallel portion
It clamps, so that the positioning metal part is fixed on the guide rail, is thus positioned along the guide rail installing component described
The specified position of the length direction of guide rail has cover component, the cover component in the positioning device of the guide rail installing component
One or more through hole that the tool used when with for making to tighten the screw passes through, the positioning metal part is with energy
It slides mobile mode in the cover component to be accommodated in the cover component, the through hole of the cover component is described fixed
When position metalwork is configured at the installation site relative to the guide rail, with the axle center in the axle center of the through hole and the screw
Consistent mode positions.
According to the invention, when positioning metal part is fixed on guide rail, can by positioning metal part relative to guide rail steadily
It is configured at installation site.
Detailed description of the invention
Fig. 1 is to indicate that the solenoid valve manifold in embodiment is installed on the perspective view of the state on guide rail.
Fig. 2 is the exploded perspective view of positioning device.
Fig. 3 is the longitudinal section view of positioning device.
Fig. 4 is the figure for watching cover component from the back side.
Fig. 5 is the section view for indicating the state for being oppositely disposed the face of the rail body side of 1st fastener and the 1st parallel portion
Figure.
Fig. 6 is the section view for indicating the state for passing through 2nd fastener on the outside of the width direction for leaning on guide rail than the 2nd parallel portion
Figure.
Fig. 7 is to indicate that state when 2nd fastener is not oppositely disposed with the face of the rail body side of the 2nd parallel portion is determined
The top view on position device periphery.
Fig. 8 be indicate the rail body side of 1st fastener and the 1st parallel portion face relative configuration and 2nd fastener with
The top view on the positioning device periphery of the state when face relative configuration of the rail body side of the 2nd parallel portion.
Fig. 9 is to indicate that the solenoid valve manifold in conventional example is installed on the perspective view of the state on guide rail.
Figure 10 is the side view on the fixation metalwork periphery in conventional example.
(a) of Figure 11 is the state for indicating to be oppositely disposed the face of the rail body side of 1st fastener and the 1st parallel portion
Side view is (b) side for indicating state when 2nd fastener is not oppositely disposed with the face of the rail body side of the 2nd parallel portion
View.
Specific embodiment
According to an embodiment of the present invention, the positioning device of guide rail installing component has positioning metal part, the positioning
Metalwork has rail body, the 1st vertical component effect and the 2nd vertical component effect of the plate extended along the length direction of guide rail, the 1st in parallel
Portion and the 2nd parallel portion, the positioning metal part are fixed on the guide rail, and the 1st vertical component effect and the 2nd vertical component effect are led from described
The both ends of the width direction of rail main body extend with being respectively perpendicular relative to the rail body, and the 1st parallel portion is from described
The end of 1st vertical component effect is parallel with the rail body and stretches out to the side opposite with the 2nd vertical component effect, and the described 2nd is flat
The end of row portion from the 2nd vertical component effect is parallel with the rail body and stretches to the side opposite with the 1st vertical component effect
Out, the positioning metal part has main part and the 1st engagement pawl and the 2nd engagement pawl that are in pair set on the main part,
1st engagement pawl has the 1st continuous portion and 1st fastener, and the 1st continuous portion continuously extends from the main part, and
And be configured at than the 1st parallel portion on the outside of the width direction of the guide rail, the 1st fastener is from the 1st continuous portion
It is prominent towards the 2nd engagement pawl, and be oppositely disposed with the face of the rail body side of the 1st parallel portion, the 2nd card
Claw stop has the 2nd continuous portion and 2nd fastener, and the 2nd continuous portion continuously extends from the main part, and is configured at ratio
2nd parallel portion is on the outside of the width direction of the guide rail, and the 2nd fastener is from the 2nd continuous portion towards the described 1st
Engagement pawl is prominent, and is oppositely disposed with the face of the rail body side of the 2nd parallel portion, and the 2nd fastener is from described
2nd continuous portion's length outstanding is shorter from the described 1st continuous portion length outstanding than the 1st fastener, and the main part has
One or more internal thread hole, the positioning device is in the 1st parallel portion and the 2nd parallel portion and the guide rail master
Pressure contact portion is further equipped on the face of the opposite side in the face on side, the pressure contact portion utilizes the spiral shell screwed togather with the internal thread hole
The thrust of nail is crimped on the 1st parallel portion and the 2nd parallel portion, makes the positioning metal part to the described 1st continuous portion's phase
Separate for the 1st parallel portion direction sliding it is mobile as a result, the institute of the 1st fastener and the 1st parallel portion
State the face relative configuration of rail body side, and the face of the rail body side of the 2nd fastener and the 2nd parallel portion
Relative configuration, as a result, by will be described in the state that the positioning metal part is configured at installation site relative to the guide rail
Screw-driving, with the pressure contact portion, the 1st fastener and the 2nd fastener by the 1st parallel portion and the described 2nd
Parallel portion is clamped, so that the positioning metal part is fixed on the guide rail, the guide rail installing component is thus positioned at edge
The specified position of the length direction of the guide rail, have cover component, the cover structure in the positioning device of guide rail installing component
One or more through hole that the tool that uses passes through when part has for making to tighten the screw, the positioning metal part with
Mobile mode can be slided in the cover component to be accommodated in the cover component, the through hole of the cover component is described
When positioning metal part is configured at the installation site relative to the guide rail, with the axis in the axle center of the through hole and the screw
The consistent mode of the heart positions.
In the positioning device of above-mentioned guide rail installing component, engaging protrusion is equipped with preferably on the positioning metal part,
The cover component is equipped with the operating member engaged with the engaging protrusion, and the operating member can be slided relative to the cover component
It is dynamic.
In the positioning device of above-mentioned guide rail installing component, fastener is equipped with preferably on the operating member, described
Cover component is equipped with engaged part, and the engaged part makes the positioning metal part to the 1st continuous portion relative to described
The separate direction sliding of 1st parallel portion is mobile, the positioning metal part is configured at the installation site relative to the guide rail
When with the fastener engage.
In the positioning device of above-mentioned guide rail installing component, the inner wall of the through hole of the preferably described cover component is circle
Tubular.
It is illustrated below according to FIG. 1 to FIG. 8 to by an embodiment of the positioning device materialization of guide rail installing component.
In the present embodiment, solenoid valve manifold is mounted to the guide rail installing component on guide rail.
As shown in Figure 1, solenoid valve manifold 10 has a pair of of the end block 12 being disposed on guide rail 11, for exhaust block 13 and more
A valve block 14.Each end block 12 is arranged for exhaust block 13 and multiple valve blocks 14 along the length direction of guide rail 11.In multiple valve blocks
It is each in addition to the valve block 14 of the end of the side opposite with for exhaust block 13 on the length direction for being configured at guide rail 11 in 14
Equipped with solenoid valve 15 in valve block 14.On the length direction for being configured at guide rail 11 in multiple valve blocks 14 with for 13 phase of exhaust block
Barricade 16 is installed in the valve block 14 of the end of anti-side.A pair of of end block 12 is clipped matches for exhaust block 13 and multiple valve blocks 14
It is placed in both ends.End block 12, for exhaust block 13 and multiple valve blocks 14, by adjacent block, concave-convex be fitted into is interconnected each other.
Delivery outlet 14a, 14b are equipped in the side of each valve block 14.In addition to being configured at the length of guide rail 11 in multiple valve blocks 14
Do not scheme on degree direction with being connected separately in each valve block 14 except the valve block 14 of the end for the opposite side of exhaust block 13
The fluid pressure equipment shown.Pressure fluid is carried out to the gas supply of each fluid pressure equipment via delivery outlet 14a, 14b of these valve blocks 14
And exhaust.
Supply mouth 13a and exhaust outlet 13b is equipped in the side for exhaust block 13.The pressure current supplied to each fluid pressure equipment
Body is supplied to supply mouth 13a from gas supply source (not shown) together.The pressure fluid being discharged from each fluid pressure equipment is via row
Port 13b is together to external exhaust gas.
The both ends of the length direction of guide rail 11 in solenoid valve manifold 10 are respectively equipped with positioning device 20.Solenoid valve discrimination
Pipe 10 is installed in the state of the specified position for the length direction for being positioned along guide rail 11 using these positioning devices 20 and leads
On rail 11.
Guide rail 11 includes the rail body 11a of plate, alongst extends；And the 1st vertical component effect 11b and the 2nd
Vertical component effect 11c extends from the both ends of the width direction of rail body 11a relative to rail body 11a with being respectively perpendicular.?
The end of 1st vertical component effect 11b is equipped with the 1st parallel portion 11d, and the 1st parallel portion 11d is parallel with rail body 11a, and hangs down to the 2nd
Straight portion 11c opposite side is stretched out.The 2nd parallel portion 11e, the 2nd parallel portion 11e and guide rail are equipped in the end of the 2nd vertical component effect 11c
Main body 11a is parallel, and stretches out to the side opposite with the 1st vertical component effect 11b.It is 1st vertical component effect 11b, the 2nd vertical component effect 11c, the 1st flat
Row portion 11d and the 2nd parallel portion 11e is plate, is extended along the length direction of guide rail 11.
As shown in Fig. 2, positioning device 20 has positioning metal part 21 and covers the cover component 40 of positioning metal part 21.Positioning
Metalwork 21 has main part 22, and the vertical view of main part 22 is rectangle and section is U-shaped.Main part 22 includes mutually
The flat 1st side plate 22a and the 2nd side plate 22b extended in parallel；And by the long side and the 2nd side plate 22b of the 1st side plate 22a
Long side connection flat connecting plate 22c.In a square end portion of the length direction of the 1st side plate 22a and the 2nd side plate 22b
Equipped with direction side outstanding 1st engagement pawl 31 opposite with connecting plate 22c.In addition, in the 1st side plate 22a and the 2nd side plate 22b
Another party end of length direction be equipped with towards side outstanding 2nd engagement pawl 32 opposite with connecting plate 22c.In this implementation
In mode, a square end portion of the length direction in main part 22 is set there are two the 1st engagement pawl 31, the length in main part 22
Another party end in direction is set there are two the 2nd engagement pawl 32.1st engagement pawl 31 and the 2nd engagement pawl 32 are in pair.
As shown in figure 3, each 1st engagement pawl 31 is formed by the 1st continuous portion 31a and 1st fastener 31b, the 1st continuous portion 31a
Continuously extend from a square end portion of the length direction of the 1st side plate 22a or the 2nd side plate 22b, 1st fastener 31b connects from the 1st
The terminal part of continuous portion 31a is prominent towards the 2nd engagement pawl 32.Each 2nd engagement pawl 32 is by the 2nd continuous portion 32a and 2nd fastener 32b
It being formed, another party end of length direction of the 2nd continuous portion 32a from the 1st side plate 22a or the 2nd side plate 22b continuously extends,
2nd fastener 32b is prominent from the terminal part of the 2nd continuous portion 32a towards the 1st engagement pawl 31.2nd fastener 32b is from the 2nd continuous portion
The terminal part of 32a length T2 outstanding is length T1 more outstanding than the terminal part of 1st fastener 31b from the 1st continuous portion 31a short.
Positioning metal part 21 is configured to relative to guide rail 11, so that the 1st continuous portion 31a is configured at and leans on than the 1st parallel portion 11d
On the outside of the width direction of guide rail 11, and the 2nd continuous portion 32a is configured at than the 2nd parallel portion 11e outside the width direction of guide rail 11
Side.Also, the face of the side rail body 11a of 1st fastener 31b and the 1st parallel portion 11d is oppositely disposed, and 2nd fastener
The face of the side rail body 11a of 32b and the 2nd parallel portion 11e is oppositely disposed, and positioning metal part 21 is configured at peace relative to guide rail 11
Holding position.
Internal thread hole is formed with close to the 1st engagement pawl 31 and close to two positions of the 2nd engagement pawl 32 in main part 22
22h.Screw 23 is screwed in each internal thread hole 22h.Between the head of screw 23 and the main part 22 of positioning metal part 21
It is folded with washer 24.In addition, being equipped with the engaging protrusion 22f of plate on main part 22, engaging protrusion 22f is by making main part 22
A part towards with the 1st engagement pawl 31 and the 2nd engagement pawl 32 from the contrary side bending outstanding of main part 22 shape
At.
Cover component 40 includes cover main body 41, is the generally rectangular bulk of resin；And the embedded division 42 of plate,
It is extended vertically from cover main body 41.In the present embodiment, cover component 40 is embedded by embedded division 42 in the side of end block 12
The recess portion 12a that face is formed, is installed on end block 12 for embedded division 42 using mounting screw (not shown), thus with 12 one of end block
Change.Storage positioning gold is formed in the end face 41a that the bottom surface of cover main body 41 is the side opposite with the extending direction of embedded division 42
Belong to the housing recess 43 of part 21.Positioning metal part 21 can be to the 1st continuous continuous portion 32a phase of portion 31a and the 2nd in housing recess 43
Movement is slided in the direction close for the 1st parallel portion 11d and the 2nd parallel portion 11e and separate direction.Therefore, positioning metal part
21 can slide movement in cover component 40.
It is formed in cover main body 41 and continuous a pair of of the recess portion 44 of housing recess 43.Each screw is configured in recess portion 44
23 head.Moreover, be formed with a pair of of through hole 45 in cover main body 41, a pair of of through hole 45 from each recess portion 44 to store it is recessed
The opposite side in portion 43 is continuous, and the end face 41b opening in the side that upper surface, that is, embedded division 42 of cover main body 41 extends.It will
The tool 25 (being indicated in Fig. 3 with double dot dash line) used when tightening with each internal thread hole 22h each screw 23 screwed togather is respectively passing through
Pass through in through-hole 45.The inner wall 45a of through hole 45 in cover main body 41 is cylindrical shape.The through hole 45 of cover component 40 is positioning
It is consistent with the axle center C2 of the axle center C1 of through hole 45 and screw 23 when metalwork 21 is configured at installation site relative to guide rail 11
Mode positions.
The intercommunicating pore 46 being connected to housing recess 43 is formed between a pair of of through hole 45 in cover main body 41.In cover master
The position between each through hole 45 and intercommunicating pore 46 in the end face 41b of body 41 forms flat a pair of of guide surface 41e.Respectively leading
Operating member 50 is placed on the 41e of face.Operating member 50 includes the operation portion 50a of plate, and part of it is in each guide surface
It is overlapped on 41e, so that being erected on a pair of of guide surface 41e；And a pair of of protruding portion 50b of tubular, it is passed through from operation portion 50a
It is prominent into housing recess 43 from intercommunicating pore 46.Operation portion 50a exists a pair of of through hole while being guided by a pair of of guide surface 41e
Movement is slided between 45.Engaging has the engaging protrusion 22f of positioning metal part 21 between a pair of of protruding portion 50b.Therefore, positioning gold
Belong to part 21 and integrally slides movement via engaging protrusion 22f and operating member 50.
As shown in figure 4, being equipped with a pair of of fastener 51 of plate on operating member 50.Intercommunicating pore 46 in cover main body 41
Inner peripheral surface be equipped with engaged with a pair of of fastener 51 a pair of of engaged part 47, such as protrusion.A pair of of fastener 51 makes to position
Metalwork 21 to the 1st continuous portion 31a direction sliding separate relative to the 1st parallel portion 11d mobile, positioning metal part 21 relative to
Guide rail 11 is locked to engaged part 47 when being configured at installation site.Pass through the locking of the fastener 51 and engaged part 47, positioning
Metalwork 21 maintains installation site.
As shown in double dot dash line in Fig. 4, the sandwiched component 26 of plate is installed on end block 12 using mounting screw 27.Folder
If component 26 includes mounting portion 26a, it is installed on end block 12；And pressure contact portion 26b, it is continuous with mounting portion 26a, and
It is configured between the 1st parallel portion 11d and the 2nd parallel portion 11e and the main part 22 of positioning metal part 21.
As shown in figure 3, pressure contact portion 26b is configured between the 1st continuous continuous portion 32a of portion 31a and the 2nd.Also, by with it is each
The end for the screw 23 that internal thread hole 22h is screwed togather in advance is connected to pressure contact portion 26b, so that positioning metal part 21 is via 23, screw
It supports on sandwiched component 26.Positioning metal part 21 will not fall off from housing recess 43 to outside as a result,.One of pressure contact portion 26b
Distribution is placed between each 23 and the 1st parallel portion 11d and the 2nd parallel portion 11e of screw.Also, pressure contact portion 26b is utilized with will be each
The thrust for each screw 23 that screw 23 is tightened, relative to the 1st parallel portion 11d and the 2nd parallel portion 11e with 1st fastener 31b and
2nd fastener 32b opposite side is crimped on the 1st parallel portion 11d and the 2nd parallel portion 11e.
Then, the effect of present embodiment is illustrated.
It is on guide rail 11 that the fixed sequence of positioning metal part 21 is as follows.Firstly, as shown in figure 5, by 20 He of positioning device
End block 12 is obliquely configured relative to guide rail 11, so that the side rail body 11a of 1st fastener 31b and the 1st parallel portion 11d
Face relative configuration.Then, the direction of positioning device 20 and end block 12 to the 1st continuous portion 31a close to the 1st parallel portion 11d is moved
It is dynamic, so that 2nd fastener 32b can pass through on the outside of the width direction for leaning on guide rail 11 than the 2nd parallel portion 11e.Also, make on one side
2nd fastener 32b passes through on the outside of the width direction for leaning on guide rail 11 than the 2nd parallel portion 11e, makes positioning device 20 and end block on one side
12 become horizontal from relative to the inclined state of guide rail 11.
Because 2nd fastener 32b is from the terminal part length T2 outstanding of the 2nd continuous portion 32a than 1st fastener 31b from the 1st
The terminal part length T1 outstanding of continuous portion 31a is short, so 2nd fastener 32b can lean on guide rail 11 than the 2nd parallel portion 11e
Pass through on the outside of width direction.
As shown in fig. 6, only make 2nd fastener 32b than the 2nd parallel portion 11e by guide rail 11 width direction on the outside of
By, make positioning device 20 and end block 12 in the state of becoming level relative to the inclined state of guide rail 11,2nd fastener
32b is not oppositely disposed with the face of the side rail body 11a of the 2nd parallel portion 11e.That is, positioning metal part 21 does not have relative to guide rail 11
It is installed on installation site.
As shown in fig. 7, not being oppositely disposed with the face of the side rail body 11a of the 2nd parallel portion 11e in 2nd fastener 32b
In the state of, the axle center C1 of each through hole 45 and the axle center C2 of each screw 23 are inconsistent.Therefore, even if making tool 25 in through hole
By tightening screw 23 in 45, tool 25 is tilted also relative to the axle center C2 of screw 23, and screw 23 is not easy to tighten.
As shown in figure 3, for the side for keeping positioning metal part 21 separate relative to the 1st parallel portion 11d to the 1st continuous portion 31a
It is moved to sliding, slide is carried out to operating member 50.The rail body of 1st fastener 31b and the 1st parallel portion 11d as a result,
The face of the side 11a is oppositely disposed, and the entirety of 2nd fastener 32b is opposite with the face of the side rail body 11a of the 2nd parallel portion 11e
Configuration, positioning metal part 21 are configured at installation site relative to guide rail 11.At this point, fastener 51 is locked to engaged part 47, it is fixed
Position metalwork 21 maintains installation site.
As shown in figures 3 and 8, when positioning metal part 21 is configured at installation site relative to guide rail 11, each through hole 45
Axle center C1 it is consistent with the axle center C2 of each screw 23.It can make tool 25 in each through hole 45 by twisting each screw 23 as a result,
Tightly.When tightening each screw 23, positioning metal part 21 is to keeping 1st fastener 31b and 2nd fastener 32b flat close to the 1st respectively
The direction of row portion 11d and the 2nd parallel portion 11e are mobile.Using the thrust with each screw 23 for tightening each screw 23, the 1st is flat
Row portion 11d is crimped portion 26b and 1st fastener 31b is clamped, and the 2nd parallel portion 11e is crimped portion 26b and 2nd fastener
32b is clamped.Positioning metal part 21 is fixed on guide rail 11 via the 1st parallel portion 11d and the 2nd parallel portion 11e as a result, solenoid valve
Manifold 10 is positioned along the specified position of the length direction of guide rail 11 by positioning metal part 21.In addition, end block 12 is via sandwiched
Component 26 is installed on guide rail 11.Therefore, solenoid valve manifold 10 is installed on guide rail 11 via sandwiched component 26, so can prevent
Solenoid valve manifold 10 falls off from guide rail 11.
Following effect can be obtained in the above-described embodiment.
(1) positioning device 20 has cover component 40, the tool 25 that cover component 40 uses when having for making to tighten screw 23
By through hole 45.Through hole 45 is when positioning metal part 21 is configured at installation site relative to guide rail 11, with through hole 45
The consistent mode of axle center C2 of axle center C1 and screw 23 position.Accordingly, in the axle center of the axle center C1 of through hole 45 and screw 23
When C2 is consistent, it can make tool 25 in through hole 45 by tightening screw 23.On the other hand, positioning metal part 21 relative to
When guide rail 11 is not configured at installation site, the axle center C1 of each through hole 45 and the axle center C2 of each screw 23 are inconsistent.Therefore, i.e.,
Make tool 25 in through hole 45 by tightening screw 23, tool 25 is also tilted relative to the axle center C2 of screw 23, screw
23 are not easy to tighten.Therefore, screw 23 can only be tightened when positioning metal part 21 is configured at installation site relative to guide rail 11,
So can steadily be configured at installation site when positioning metal part 21 is fixed relative to guide rail 11.
(2) it is equipped with engaging protrusion 22f on positioning metal part 21, is equipped on cover component 40 and engages with engaging protrusion 22f
Operating member 50, operating member 50 can slide relative to cover component 40.Accordingly, fixed when keeping the sliding of operating member 50 mobile
Position metalwork 21 also integrally sliding movement, so outer Slideslip of the positioning metal part 21 from cover component 40, positioning metal can be made
The operability of part 21 improves.
(3) fastener 51 is equipped on operating member 50.Engaged part 47 is equipped on cover component 40, engaged part 47 exists
It is engaged when positioning metal part 21 is configured at installation site relative to guide rail 11 with fastener 51.Accordingly, 51 He of fastener can be utilized
Positioning metal part 21 is maintained installation site by the locking of engaged part 47, and the operation of tightening of screw 23 can be made to be easy.
(4) the inner wall 45a of the through hole 45 in cover component 40 is cylindrical shape.Accordingly, such as the inner wall with through hole 45
The case where face 45a is oval tubular is compared, readily along the axle center C1 guiding tool 25 of through hole 45.As a result, be easy into
Row screw 23 tightens operation.
(5) the sandwiched component 26 with pressure contact portion 26b is installed on end block 12.Accordingly, end block 12 and then solenoid valve manifold 10
It is installed on guide rail 11 via sandwiched component 26, therefore can prevent solenoid valve manifold 10 from falling off from guide rail 11.
Above embodiment can also be by following change.
The through hole 45 of cover component 40 can also be in the side rail body 11a of 1st fastener 31b and the 1st parallel portion 11d
Face relative configuration and a part of 2nd fastener 32b is opposite with the face of the side rail body 11a of the 2nd parallel portion 11e matches
When setting, positioned in such a way that the axle center C2 of the axle center C1 of through hole 45 and screw 23 are consistent.
The shape of cover component 40 is not particularly limited.In short, as long as cover component 40 has the structure of following through hole 45
At: through hole 45 when positioning metal part 21 is configured at installation site relative to guide rail 11 with the axle center C1 of through hole 45 and
The consistent mode of axle center C2 of screw 23 positions, for passing through tool 25.
Sandwiched component 26 can also be not mounted on end block 12.In this case, it needs that solenoid valve manifold in addition is arranged
The device for preventing from falling off from guide rail 11 in 10.
Sandwiched component 26 can also be omitted, each screw 23 is existed relative to the 1st parallel portion 11d and the 2nd parallel portion 11e
The side opposite with 1st fastener 31b and 2nd fastener 32b is directly crimped on the 1st parallel portion 11d and the 2nd parallel portion 11e.
In this case, each screw 23 executes function as following pressure contact portion: using with pushing away screw 23 that each screw 23 is tightened
Power, relative to the 1st parallel portion 11d and the 2nd parallel portion 11e in the side opposite with 1st fastener 31b and 2nd fastener 32b
It is crimped on the 1st parallel portion 11d and the 2nd parallel portion 11e.
The shape of the inner wall 45a of through hole 45 is not particularly limited, and is also possible to for example oval tubular.
It can also be not provided with fastener 51 on operating member 50, engaged part can also be not provided on cover component 40
47。
Operating member 50 can also be omitted, such as be arranged on positioning metal part 21 to the external prominent of cover component 40
Slide protrusion, made and operating the protrusion positioning metal part 21 slide.
The quantity of 1st engagement pawl 31 and the 2nd engagement pawl 32 can also be each one respectively.
The shape of the main part 22 of positioning metal part 21 is not particularly limited, such as being also possible to overlook is rectangle,
And section is rectangle.
Screw 23 is also possible to one, and is also possible to three or more.Therefore, internal thread hole 22h and through hole 45
It can also be one respectively, and be also possible to three or more.
The guide rail installing component being installed on guide rail 11 is also possible to the component other than solenoid valve manifold 10.
Above-mentioned embodiment is intended to illustrate, and present invention is not limited to the embodiments described above.For disclosed example
The embodiment shown can carry out various replacements, change and deformation without departing from the spirit and scope in the present invention.Example
Such as, subject of the present invention there may be present in the feature fewer than whole features of disclosed particular implementation.Therefore, request is protected
The range of shield is programmed into detailed description, and each claim advocates individual embodiment with its own.The scope of the present invention is
It is intended to so that all including together with all equivalents with them by such substitute mode, change mode and mode of texturing
In the range of being claimed.
Claims (4)
1. a kind of positioning device of guide rail installing component, the positioning device of the guide rail installing component have: positioning metal part, institute
State positioning metal part have along guide rail length direction extend plate rail body, the 1st vertical component effect and the 2nd vertical component effect,
1st parallel portion and the 2nd parallel portion, the positioning metal part are fixed on the guide rail, the 1st vertical component effect and the 2nd vertical component effect
Extend with being respectively perpendicular from the both ends of the width direction of the rail body relative to the rail body, the described 1st is parallel
It is stretched from the end of the 1st vertical component effect with the rail body in parallel and to the side opposite with the 2nd vertical component effect in portion
Out, the 2nd parallel portion from the end of the 2nd vertical component effect and the rail body in parallel and to the 1st vertical component effect
Opposite side is stretched out,
The positioning metal part has main part and the 1st engagement pawl and the 2nd engagement pawl that are in pair set on the main part,
1st engagement pawl has the 1st continuous portion and 1st fastener, and the 1st continuous portion continuously prolongs from the main part
It stretches, and is configured to than the 1st parallel portion on the outside of the width direction of the guide rail, the 1st fastener connects from the described 1st
Continuous portion is prominent towards the 2nd engagement pawl, and is oppositely disposed with the face positioned at the rail body side of the 1st parallel portion,
2nd engagement pawl has the 2nd continuous portion and 2nd fastener, and the 2nd continuous portion continuously prolongs from the main part
It stretches, and is configured to than the 2nd parallel portion on the outside of the width direction of the guide rail, the 2nd fastener connects from the described 2nd
Continuous portion is prominent towards the 1st engagement pawl, and is oppositely disposed with the face positioned at the rail body side of the 2nd parallel portion,
The 2nd fastener is more prominent from the described 1st continuous portion than the 1st fastener from the described 2nd continuous portion's length outstanding
Length it is short,
The main part has one or more internal thread hole,
With the face of the rail body side opposite one of the positioning device in the 1st parallel portion and the 2nd parallel portion
Pressure contact portion is further equipped on the face of side, the pressure contact portion utilizes the thrust of the screw screwed togather with the internal thread hole to be crimped on institute
The 1st parallel portion and the 2nd parallel portion are stated,
Make the knot that the positioning metal part is mobile to the 1st continuous portion direction sliding separate relative to the 1st parallel portion
Fruit is that the face positioned at the rail body side of the 1st fastener and the 1st parallel portion is oppositely disposed, and the described 2nd
The face positioned at the rail body side of fastener and the 2nd parallel portion is oppositely disposed, as a result, by the positioning metal
Part is configured in the state of installation site relative to the guide rail by the screw-driving, with the pressure contact portion, the 1st locking
Portion and the 2nd fastener clamp the 1st parallel portion and the 2nd parallel portion, so that the positioning metal part is fixed
In on the guide rail, thus the guide rail installing component is positioned along to the specified position of the length direction of the guide rail,
The positioning device of the guide rail installing component is characterized in that,
The positioning device of the guide rail installing component has cover component, and the cover component makes when having for making to tighten the screw
One or more through hole that tool passes through,
The positioning metal part is accommodated in the cover component with that can slide mobile mode in the cover component,
The through hole of the cover component when the positioning metal part is configured at the installation site relative to the guide rail,
It is positioned in such a way that the axle center in the axle center of the through hole and the screw is consistent.
2. the positioning device of guide rail installing component according to claim 1, which is characterized in that on the positioning metal part
Equipped with engaging protrusion,
The operating member engaged with the engaging protrusion is equipped on the cover component, the operating member is relative to the cover structure
Part can slide.
3. the positioning device of guide rail installing component according to claim 2, which is characterized in that be equipped in the operating member
Fastener,
On the cover component be equipped with engaged part, the engaged part make the positioning metal part to the 1st continuous portion
The direction sliding separate relative to the 1st parallel portion is mobile, the positioning metal part is configured at institute relative to the guide rail
It is engaged when stating installation site with the fastener.
4. the positioning device of guide rail installing component, feature described in any one of according to claim 1~claim 3 exist
In the inner wall of the through hole of the cover component is cylindrical shape.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015144313A JP6279521B2 (en) | 2015-07-21 | 2015-07-21 | Rail mounting part positioning device |
| JP2015-144313 | 2015-07-21 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106369001A CN106369001A (en) | 2017-02-01 |
| CN106369001B true CN106369001B (en) | 2019-05-28 |
Family
ID=57881038
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610569799.5A Active CN106369001B (en) | 2015-07-21 | 2016-07-19 | The positioning device of guide rail installing component |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6279521B2 (en) |
| CN (1) | CN106369001B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2549621Y (en) * | 2002-05-18 | 2003-05-07 | 莫列斯公司 | Fixing structure of connector |
| JP2008127900A (en) * | 2006-11-22 | 2008-06-05 | Oriental Shiraishi Corp | Concrete track slab |
| CN101964483A (en) * | 2009-07-22 | 2011-02-02 | 日本航空电子工业株式会社 | The connector assembly |
| CN204220102U (en) * | 2014-10-13 | 2015-03-25 | 宝应仁恒实业有限公司 | A kind of portable feeder |
| CN104769343A (en) * | 2012-10-30 | 2015-07-08 | 喜开理株式会社 | Fluid control device manifold, manifold assembling method, and connection tool |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS60180802U (en) * | 1984-05-12 | 1985-11-30 | シ−ケ−デイ株式会社 | Solenoid valve connection structure |
| JPH063239Y2 (en) * | 1988-03-09 | 1994-01-26 | シーケーデイ株式会社 | Solenoid valve manifold |
| JP3482601B2 (en) * | 2000-06-30 | 2003-12-22 | 東京エレクトロン株式会社 | Fluid control device |
| JP2001182855A (en) * | 2000-11-20 | 2001-07-06 | Ckd Corp | Solenoid valve manifold |
-
2015
- 2015-07-21 JP JP2015144313A patent/JP6279521B2/en active Active
-
2016
- 2016-07-19 CN CN201610569799.5A patent/CN106369001B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2549621Y (en) * | 2002-05-18 | 2003-05-07 | 莫列斯公司 | Fixing structure of connector |
| JP2008127900A (en) * | 2006-11-22 | 2008-06-05 | Oriental Shiraishi Corp | Concrete track slab |
| CN101964483A (en) * | 2009-07-22 | 2011-02-02 | 日本航空电子工业株式会社 | The connector assembly |
| CN104769343A (en) * | 2012-10-30 | 2015-07-08 | 喜开理株式会社 | Fluid control device manifold, manifold assembling method, and connection tool |
| CN204220102U (en) * | 2014-10-13 | 2015-03-25 | 宝应仁恒实业有限公司 | A kind of portable feeder |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6279521B2 (en) | 2018-02-14 |
| JP2017026013A (en) | 2017-02-02 |
| CN106369001A (en) | 2017-02-01 |
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