CN106090499B - A kind of supervisor of water knockout drum - Google Patents
A kind of supervisor of water knockout drum Download PDFInfo
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- CN106090499B CN106090499B CN201610751091.1A CN201610751091A CN106090499B CN 106090499 B CN106090499 B CN 106090499B CN 201610751091 A CN201610751091 A CN 201610751091A CN 106090499 B CN106090499 B CN 106090499B
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- branch pipe
- convex ribs
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- circle
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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
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L41/00—Branching pipes; Joining pipes to walls
- F16L41/02—Branch units, e.g. made in one piece, welded, riveted
- F16L41/03—Branch units, e.g. made in one piece, welded, riveted comprising junction pieces for four or more pipe members
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- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Revetment (AREA)
- Branch Pipes, Bends, And The Like (AREA)
Abstract
The present invention provides a kind of supervisors of water knockout drum, belong to field of mechanical technique.It solve the problems, such as each tapping hole on the supervisor of existing Combined type water knockout vessel the center of circle positioning get up it is cumbersome.It includes the first branch pipe and the second branch pipe of coaxial arrangement and bolt, first branch pipe upper edge is axially arranged with several first tapping holes, second branch pipe upper edge is axially arranged with several second tapping holes, there is the butting section of protrusion on the outside of one end of first branch pipe and the second branch pipe bolt, there is the blocking portion of protrusion on the outside of one end of second branch pipe and the first branch pipe bolt, and part blocking portion along axially extended second branch pipe of the second branch pipe and the end face of the first branch pipe bolt outside, when the part that blocking portion stretches out on butting section and the second branch pipe leans, the center of circle of each first tapping hole on first branch pipe and the center of circle of each second tapping hole on the second branch pipe are located along the same line.It has many advantages, such as rapidly the center of circle of each tapping hole to be located on same straight line.
Description
Technical field
The invention belongs to field of mechanical technique, are related to a kind of water knockout drum more particularly to a kind of supervisor of water knockout drum.
Background technology
Water knockout drum, be in water system for supplying, the matching of return water, captation, commonly used in tap water supply system, air-conditioning
Water system and floor heating heating system etc..Water knockout drum is often referred to water supply direction, and water collector is then known as on return water direction.At present,
The supervisor of water knockout drum in the market is integral structure made of copper material, can be several points axially disposed on the supervisor of water knockout drum
Water hole, the quantity of tapping hole determine the way of water knockout drum, are just to have been set in manufacture, it is impossible to fast by actual demand
Speed neatly assembles circuit.In this case, when the tapping hole quantity on the supervisor of water knockout drum cannot meet in use, one
As be all to meet what is used by connecting the supervisor of another water knockout drum, and also needed to after supervisor's connection of two water knockout drums
It is adjusted, the center of circle of each tapping hole on the supervisor of two water knockout drums is made to be located along the same line.
As Chinese patent discloses a kind of Combined type water knockout vessel [application number:200820201704.5], it sets water including interior
The main body in road, main body are made of at least one section of segment body, and each segment body is equipped with 1-4 group shut-off valves and corresponding outlet
Pipe connects, and each segment body both ends are equipped with flange, and flange both sides are respectively equipped with mounting hole, arrival end, entrance are equipped on front side of main body
Forepart is held to be equipped with hickey, flange is equipped in the middle part of arrival end, which is respectively equipped with mounting hole, tail is equipped on rear side of main body
End, the rear end of tail end are equipped with flange, and two connecting screws are each passed through the flange correspondence of arrival end, each segment body, tail end
Arrival end, main body and tail end are fastenedly connected by mounting hole by nut.
Although said combination formula water knockout drum can be located at the center of circle of the tapping hole on the discharge connection in each segment body
On same straight line, but by set the flange with mounting hole and using screw rod and nut cooperation come to being connected by segment body
The mode that the main body formed is positioned causes to connect cumbersome, nor can reach rapidly makes each segment body
On each tapping hole the center of circle positioning on the same line.
Invention content
The purpose of the present invention is in view of the above-mentioned problems existing in the prior art, it is proposed that a kind of supervisor of water knockout drum wants
The technical issues of solution is how rapidly to make when connecting the supervisor to form water knockout drum with the second branch pipe using the first branch pipe
The center of circle of each first tapping hole and each second tapping hole on the second branch pipe on one branch pipe is located along the same line.
The purpose of the present invention can be realized by following technical proposal:
A kind of supervisor of water knockout drum, the first branch pipe and the second branch pipe including coaxial arrangement and bolt, described first
Pipe upper edge is axially arranged with several first tapping holes, and the second branch pipe upper edge is axially arranged with several second tapping holes, and feature exists
In, the butting section with protrusion on the outside of one end of first branch pipe and the second branch pipe bolt, second branch pipe and first
There is the blocking portion of protrusion, and part blocking portion is along axially extended second of the second branch pipe on the outside of one end of branch pipe bolt
Outside the end face of pipe and the first branch pipe bolt, when butting section is stretched out as the first branch pipe is turned to blocking portion on the second branch pipe
Part when leaning, the center of circle and each second tapping hole on the second branch pipe of each first tapping hole on first branch pipe
The center of circle is located along the same line.
For the supervisor of this water knockout drum by setting the butting section of protrusion on the outside of one end of the first branch pipe, the second branch pipe is corresponding
The blocking portion of setting protrusion on the outside of one end, part blocking portion is stretched out outside the end of the second branch pipe, in the first branch pipe and the second branch pipe
When the part for by rotation stretch out with blocking portion on the second branch pipe the butting section being screw-coupled on the first branch pipe leans, utilize
Butting section matches to be positioned with the part that blocking portion stretches out, so that the first branch pipe and the second branch pipe are formed being spirally connected
Each second tapping hole on each first tapping hole and the second branch pipe on the first branch pipe can rapidly be made after the supervisor of water knockout drum
The center of circle be located along the same line, saved adjustment time.
In the supervisor of above-mentioned water knockout drum, there is blocking surface, the blocking surface and second on the blocking portion
Line between the center of circle of each second tapping hole on pipe is in the same plane, has abutment face, institute on the butting section
Line between the center of circle of each first tapping hole on the abutment face and the first branch pipe stated is in the same plane, and abutment face with
Blocking surface fits.
Blocking surface on blocking portion is set, face is positioned against on butting section, and due to each on blocking surface and the second branch pipe
Line between the center of circle of two tapping holes is in the same plane, the center of circle of each first tapping hole on abutment face and the first branch pipe
Between line it is in the same plane, then when rotate the first branch pipe to butting section on abutment face and the second branch pipe on resistance
When the blocking surface of stopper fits, each second tapping hole on the center of circle of each first tapping hole on the first branch pipe and the second branch pipe
The center of circle be naturally also located on same straight line, such structure causes the first branch pipe to connect to form entire point with the second branch pipe
The center of circle of each first tapping hole during the supervisor of hydrophone on the first branch pipe and the center of circle of each second tapping hole on the second branch pipe
Position is more prone to be positioned.
In the supervisor of above-mentioned water knockout drum, first branch pipe is equipped with the first convex ribs and the first convex ribs axially outside
Both ends extend respectively to the both ends of the first branch pipe, first convex ribs are in strip, each the on first branch pipe
Line between the center of circle of one tapping hole is conllinear with the center line of the first convex ribs, and the center line of the abutment face and the first convex ribs is located at
On same plane, second branch pipe is equipped with the second convex ribs axially outside and the both ends of the second convex ribs extend respectively to second
The both ends of branch pipe, second convex ribs are in strip, between the center of circle of each second tapping hole on second branch pipe
Line is conllinear with the center line of the second convex ribs, and the center line of the blocking surface and the second convex ribs is in the same plane, works as abutment face
The center line of the second convex ribs on the center line and the second branch pipe of the first convex ribs on the first branch pipe described in when mutually reclining with blocking surface
It is mutually conllinear.
The first branch pipe setting axially outside in the first convex ribs of strip and in the outside of the second branch pipe along axis
To setting in the second convex ribs of strip, make the line and the first convex ribs between the center of circle of each first tapping hole on the first branch pipe
Center line is conllinear and the center line of abutment face and the first convex ribs on the first branch pipe is in the same plane, each the on the second branch pipe
The center line of line and the second convex ribs between the center of circle of two tapping holes is conllinear and the blocking surface on the second branch pipe and the second convex ribs
Center line is in the same plane, and when the first branch pipe of rotation to abutment face fits with blocking surface, first on the first branch pipe is convex
The center line of muscle and the second convex ribs on the second branch pipe will be located along the same line, then each first tapping hole on the first branch pipe
The center of circle and the second branch pipe on each second tapping hole the center of circle also just understand naturally it is in the same plane.
Since in processing, butting section and butting section are processed using the line in the center of circle on each first tapping hole as control
On abutment face it is more inconvenient, therefore the outside of the first branch pipe setting in strip the first convex ribs, the center line of the first convex ribs
It is conllinear with the line in the center of circle of each first tapping hole on the first branch pipe and the both ends of the first convex ribs is made to extend to the first branch pipe
Both ends, reference when can thus enable the first convex ribs function well as processing, so that it is guaranteed that abutment face can ensure with
The line in the center of circle of each first tapping hole on the first branch pipe is in the same plane.Certainly, for the blocking on the second branch pipe
The processing of blocking surface in portion and blocking portion is also same reason.
In the supervisor of above-mentioned water knockout drum, as another technical solution, there is blocking surface, institute on the blocking portion
The plane where line between the center of circle of each second tapping hole on the blocking surface and the second branch pipe stated is perpendicular, and described supports
There is abutment face, where the line on each first tapping hole on the abutment face and the first branch pipe between the center of circle in relying part
Plane is perpendicular, and abutment face fits with blocking surface.
Blocking surface on blocking portion is set, face is positioned against on butting section, and due to each on blocking surface and the second branch pipe
The plane where line between the center of circle of two tapping holes is perpendicular, the circle of each first tapping hole on abutment face and the first branch pipe
The plane where line between the heart is perpendicular, then when on the abutment face and the second branch pipe rotated on the first branch pipe to butting section
The blocking surface of blocking portion when fitting, the center of circle of each first tapping hole on the first branch pipe and each second point on the second branch pipe
The center of circle in water hole is naturally also located on same straight line, and this structure causes the first branch pipe to connect to form a point water with the second branch pipe
It is more prone to the center of circle to each first tapping hole on the first branch pipe and each second tapping hole on the second branch pipe after the supervisor of device
The position in the center of circle positioned.
In the supervisor of above-mentioned water knockout drum, first branch pipe is equipped with the first convex ribs and the first convex ribs axially outside
Both ends extend respectively to the both ends of the first branch pipe, first convex ribs are in strip, each the on first branch pipe
The plane residing for line between the center of circle of one tapping hole and the plane residing for the center line of the first convex ribs are perpendicular, it is described against
Face and the center line of the first convex ribs are in the same plane, and second branch pipe is equipped with the second convex ribs axially outside and second is convex
The both ends of muscle extend respectively to the both ends of the second branch pipe, and second convex ribs are in strip, each on second branch pipe
The resistance perpendicular, described with the plane residing for the center line of the second convex ribs of the plane residing for line between the center of circle of second tapping hole
The center line of block face and the second convex ribs is in the same plane, on the first branch pipe described in when abutment face mutually reclines with blocking surface
The center line of first convex ribs is mutually conllinear with the center line of the second convex ribs on the second branch pipe.
The first branch pipe setting axially outside in the first convex ribs of strip and in the outside of the second branch pipe along axis
To setting in the second convex ribs of strip, make the plane residing for the line between the center of circle of each first tapping hole on the first branch pipe
The center line of abutment face and the first convex ribs with the plane residing for the center line of the first convex ribs on perpendicular and the first branch pipe is located at same
In plane, residing for plane residing for line between the center of circle of each second tapping hole on the second branch pipe and the center line of the second convex ribs
Plane is perpendicular and the center line of blocking surface and the second convex ribs on the second branch pipe is in the same plane, when rotating the first branch pipe
When fitting to abutment face and blocking surface, the center line of the second convex ribs on the first convex ribs and the second branch pipe on the first branch pipe will
It is located along the same line, then the center of circle of each first tapping hole on the first branch pipe and each second tapping hole on the second branch pipe
It the center of circle also just naturally can be in the same plane.
Since in processing, butting section and butting section are processed using the line in the center of circle on each first tapping hole as control
On abutment face it is more inconvenient, therefore the outside of the first branch pipe setting in strip the first convex ribs, the center line of the first convex ribs
Residing plane is perpendicular with the plane residing for the line in the center of circle of each first tapping hole on the first branch pipe and makes the first convex ribs
Both ends extend to the both ends of the first branch pipe, reference when can thus enable the first convex ribs function well as processing, from
And it is perpendicular with the plane residing for the line in the center of circle of each first tapping hole on the first branch pipe to ensure that abutment face can ensure.When
So, it is also same reason for the processing of the blocking surface on the blocking portion and blocking portion on the second branch pipe.
In the supervisor of above-mentioned water knockout drum, the butting section is an integral structure with the first branch pipe, the blocking
Portion is an integral structure with the second branch pipe.
Butting section is an integral structure with the first branch pipe and blocking portion is an integral structure with the second branch pipe and is mainly
Make processing more convenient, butting section is directly processed on the first branch pipe and directly process blocking portion on the second branch pipe
It can ensure that the position of butting section and blocking portion is more accurate, first is can be ensured that when being matched so as to butting section with blocking portion
The center of circle of each first tapping hole on pipe and the center of circle of each second tapping hole on the second branch pipe are located along the same line.
In the supervisor of above-mentioned water knockout drum, the end face of first branch pipe and the second branch pipe bolt mutually pastes
It leans on, the blocking portion is stretched out between the madial wall of part of second end surfaces and the lateral wall of the first branch pipe between resigning
Gap.
First branch pipe and the second branch pipe are spirally connected after the supervisor to form water knockout drum, and the one of the first branch pipe and the second branch pipe bolt
End face mutually reclines, and is stretched out due to part blocking portion outside the end face of the second branch pipe, in order to which the part that blocking portion is allowed to stretch out does not influence
It is spirally connected to the normal rotation between the first branch pipe and the second branch pipe, blocking portion is made to stretch out the madial wall of the part of second end surfaces
There is resigning gap between the lateral wall of the first branch pipe, so blocking portion stretches out the inside of the part of second end surfaces
It would not influence each other between the lateral wall of wall and the first branch pipe, it is normal between the first branch pipe and the second branch pipe so as to ensure that
Rotation, which is spirally connected, to be unaffected.
Compared with prior art, the supervisor of this water knockout drum on the first branch pipe by being positioned against portion and in the second branch pipe
Upper setting blocking portion simultaneously makes part blocking portion stretch out outside the end face of the second branch pipe, the first branch pipe and the second branch pipe by rotate into
When row is spirally connected, fit to make each first point on the first branch pipe using the blocking surface on the abutment face and blocking portion on butting section
The center of circle in water hole and the center of circle of each second tapping hole on the second branch pipe can promptly be located along the same line, and save well
First branch pipe and the second branch pipe are spirally connected the adjustment time after the supervisor to form water knockout drum.
Description of the drawings
Fig. 1 is the schematic diagram of the supervisor of this water knockout drum.
Fig. 2 is the bottom view of the supervisor of this water knockout drum.
Fig. 3 is the longitudinal sectional view between butting section and blocking portion in Fig. 2.
Fig. 4 is the partial enlarged view in Fig. 3.
Fig. 5 be this water knockout drum supervisor in the first branch pipe schematic diagram.
Fig. 6 be this water knockout drum supervisor in the second branch pipe schematic diagram.
Fig. 7 is the sectional view of the supervisor of this water knockout drum.
In figure, the 1, first branch pipe;1a, the first tapping hole;1b, butting section;1b1, abutment face;1c, the first convex ribs;1d, spiral shell
Socket part;2nd, the second branch pipe;2a, the second tapping hole;2b, blocking portion;2b1, blocking surface;2c, the second convex ribs;3rd, resigning gap;4、
Sealing ring.
Specific embodiment
The following is specific embodiments of the present invention and with reference to attached drawing, technical scheme of the present invention is further described,
But the present invention is not limited to these embodiments.
Embodiment one
As shown in Figure 1, Figure 2, shown in Fig. 5, Fig. 6 and Fig. 7, a kind of supervisor of water knockout drum, the first branch pipe 1 including coaxial arrangement with
Second branch pipe 2,1 upper edge of the first branch pipe are axially arranged with several first tapping hole 1a, and 2 upper edge of the second branch pipe is axially arranged with several second
Tapping hole 2a, the spiro union portion 1d, the spiro union portion 1d at the one end center of the first branch pipe 1 with protrusion are inserted into the second branch pipe
In 2 corresponding one end and formation is spirally connected, and sealing ring 4 is equipped on the outside of spiro union portion 1d.
As shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, have on the outside of the first branch pipe 1 and one end of 2 bolt of the second branch pipe convex
The butting section 1b gone out, the first branch pipe 1 are equipped with the first convex ribs 1c, the first convex ribs 1c in strip, the first convex ribs axially outside
The both ends of 1c extend respectively to the both ends of the first branch pipe 1, the line between the center of circle of each first tapping hole 1a on the first branch pipe 1
Conllinear with the center line of the first convex ribs 1c, butting section 1b is equipped with the center line position of abutment face 1b1, abutment face 1b1 and the first convex ribs 1c
In on same plane.There is the blocking portion 2b of protrusion, part stops on the outside of one end of 1 bolt of second branch pipe 2 and the first branch pipe
Portion 2b is stretched out outside the end face of the second branch pipe 2, and the second branch pipe 2 is equipped with the second convex ribs 2c axially outside, the second convex ribs 2c's
Both ends extend respectively to the both ends of the second branch pipe 2, the line and between the center of circle of each second tapping hole 2a on the second branch pipe 2
The center line of two convex ribs 2c is conllinear, and center lines of the blocking portion 2b equipped with blocking surface 2b1, blocking surface 2b1 and the second convex ribs 2c is located at same
In one plane.
As shown in figure 4, in the present embodiment, butting section 1b is an integral structure with the first branch pipe 1, blocking portion 2b and second
Branch pipe 2 is an integral structure, and the end face of the first branch pipe 1 and 2 bolt of the second branch pipe mutually reclines, and blocking portion 2b stretches out second
There is resigning gap 3, due to part blocking portion 2b between the lateral wall of the madial wall of the part of 2 end face of branch pipe and the first branch pipe 1
Stretch out outside the end face of the second branch pipe 2, in order to allow the part that blocking portion 2b stretches out do not interfere with the first branch pipe 1 and the second branch pipe 2 it
Between normal rotation be spirally connected, blocking portion 2b is made to stretch out the madial wall of part and the lateral wall of the first branch pipe 1 of the second branch pipe 2 end face
Between there is resigning gap 3, so blocking portion 2b stretches out the madial wall and the first branch pipe 1 of the part of the second branch pipe 2 end face
Lateral wall between would not influence each other, so as to ensure that the normal rotation between the first branch pipe 1 and the second branch pipe 2 is spirally connected not
It can be affected.
The supervisor of this water knockout drum is spirally connected to be formed with the second branch pipe 2 by the first branch pipe 1, due to the first branch pipe 1 and second
Butting section 1b is equipped on the outside of one end of 2 bolt of pipe, there is abutment face 1b1, abutment face 1b1 is with being set to first on the 1b of butting section
The center line of the first convex ribs 1c in the outside of branch pipe 1 is in same plane, and the center line of the first convex ribs 1c with it is each on the first branch pipe 1
The line in the center of circle of the first tapping hole 1a is mutually conllinear, thus abutment face 1b1 also just with each first tapping hole 1a on the first branch pipe 1
The line in the center of circle be in same plane.Likewise, blocking is equipped on the outside of one end of 1 bolt of the second branch pipe 2 and the first branch pipe
There is the center line of blocking surface 2b1, blocking surface 2b1 and the second convex ribs 2c being set on the outside of the second branch pipe 2 on portion 2b, blocking portion 2b
In same plane, and the center line of the second convex ribs 2c and the line phase in the center of circle of each second tapping hole 2a on the second branch pipe 2
Collinearly, therefore lines of the blocking surface 2b1 also just with the center of circle of each second tapping hole 2a on the second branch pipe 2 is in same plane.
So, when relatively rotate the first branch pipe 1 and the second branch pipe 2 carry out the abutment face 1b1 being screw-coupled on the 1b of butting section and
When blocking surface 2b1 on blocking portion 2b fits, it is possible to promptly ensure the circle of each first tapping hole 1a on the first branch pipe 1
The center of circle of the heart and each second tapping hole 2a on the second branch pipe 2 is located along the same line, so as to eliminate the first branch pipe 1 well
The time adjusted is needed after being spirally connected with the second branch pipe 2.
Due in processing, being processed using the line in the center of circle on each first tapping hole 1a on the first branch pipe 1 as control
Abutment face 1b1 on butting section 1b and butting section 1b is more inconvenient, therefore in the setting of the outside of the first branch pipe 1 in strip
First convex ribs 1c makes the line in the center of circle of each first tapping hole 1a on the center line and the first branch pipe 1 of the first convex ribs 1c collinearly simultaneously
The both ends of the first convex ribs 1c is made to extend to the both ends of the first branch pipe 1, the first convex ribs 1c can thus be enable to function well as
Reference during processing, so that it is guaranteed that abutment face 1b1 can ensure the company with the center of circle of each first tapping hole 1a on the first branch pipe 1
Line is in the same plane.Certainly, adding for the blocking portion 2b on the second branch pipe 2 and blocking surface 2b1 on blocking portion 2b
Work is also same reason.
If it still can not be met and made by the be spirally connected length of the supervisor of the water knockout drum formed of the first branch pipe 1 and the second branch pipe 2
With, can again be spirally connected third branch pipe in the other end of the second branch pipe 2, certain second other end by all means be provided that with against
The butting section 1b of face 1b1, and the blocking portion 2b with blocking surface 2b1 is equipped on corresponding one end on third branch pipe.
Embodiment two
The present embodiment is essentially identical with the structure and principle of embodiment one, the difference lies in:In the present embodiment, it is located at
Plane and the center of circle of each first tapping hole 1a on the first branch pipe 1 residing for the center line of the first convex ribs 1c in 1 outside of the first branch pipe
Between line residing for plane it is perpendicular, the center line of the first convex ribs 1c is located at same flat with the abutment face 1b1 on the 1b of butting section
On face, so that abutment face 1b1 mutually hangs down with the plane residing for the line in the center of circle of each first tapping hole 1a on the first branch pipe 1
Directly;The plane residing for center line positioned at the second convex ribs 2c in 2 outside of the second branch pipe and each second tapping hole 2a on the second branch pipe 2
The center of circle between line residing for plane it is perpendicular, the center line of the second convex ribs 2c is located at the blocking surface 2b1 on blocking portion 2b
On same plane, so that flat residing for the line in the center of circle of each second tapping hole 2a on blocking surface 2b1 and the second branch pipe 2
Face is perpendicular.This setup when relatively rotating and being spirally connected in the first branch pipe 1 and the second branch pipe 2, can also equally lead to
The mode that blocking surface 2b1 and abutment face 1b1 fits is crossed, promptly to make the circle of each first tapping hole 1a on the first branch pipe 1
The center of circle of the heart and each second tapping hole 2a on the second branch pipe 2 is located along the same line.
Specific embodiment described herein is only an example for the spirit of the invention.Technology belonging to the present invention is led
The technical staff in domain can do various modifications or additions to described specific embodiment or replace in a similar way
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (7)
1. a kind of supervisor of water knockout drum, the first branch pipe (1) and the second branch pipe (2) including coaxial arrangement and bolt, described the
One branch pipe (1) upper edge is axially arranged with several first tapping holes (1a), and the second branch pipe (2) upper edge is axially arranged with several second points
Water hole (2a), which is characterized in that there is supporting for protrusion on the outside of first branch pipe (1) and one end of the second branch pipe (2) bolt
There is the blocking portion (2b) of protrusion on the outside of relying part (1b), second branch pipe (2) and one end of the first branch pipe (1) bolt, and
Part blocking portion (2b) is along axially extended second branch pipe (2) of the second branch pipe (2) and the end face of the first branch pipe (1) bolt
Outside, when butting section (1b) part stretched out as the first branch pipe (1) is turned to blocking portion (2b) on the second branch pipe (2) leans
When, the center of circle and each second tapping hole (2a) on the second branch pipe (2) of each first tapping hole (1a) on first branch pipe (1)
The center of circle be located along the same line.
2. the supervisor of water knockout drum according to claim 1, which is characterized in that there is blocking surface on the blocking portion (2b)
(2b1), the line between the center of circle of each second tapping hole (2a) on the blocking surface (2b1) and the second branch pipe (2) are located at
On same plane, there is abutment face (1b1) on the butting section (1b), on the abutment face (1b1) and the first branch pipe (1)
Each first tapping hole (1a) the center of circle between line it is in the same plane, and abutment face (1b1) and blocking surface (2b1) phase
Fitting.
3. the supervisor of water knockout drum according to claim 1 or 2, which is characterized in that along axis on the outside of first branch pipe (1)
Extend respectively to the both ends of the first branch pipe (1) to the both ends equipped with the first convex ribs (1c) and the first convex ribs (1c), described first
Convex ribs (1c) are in strip, the line and first between the center of circle of each first tapping hole (1a) on first branch pipe (1)
The center line of convex ribs (1c) is conllinear, and the abutment face (1b1) and the center line of the first convex ribs (1c) are in the same plane, described
Second branch pipe (2) is equipped with the second convex ribs (2c) axially outside and the both ends of the second convex ribs (2c) extend respectively to the second branch pipe
(2) both ends, second convex ribs (2c) in strip, each second tapping hole (2a) on second branch pipe (2)
Line between the center of circle is conllinear with the center line of the second convex ribs (2c), the center line of the blocking surface (2b1) and the second convex ribs (2c)
In the same plane, first on the first branch pipe (1) described in when abutment face (1b1) mutually reclines with blocking surface (2b1) is convex
The center line of muscle (1c) is mutually conllinear with the center line of the second convex ribs (2c) on the second branch pipe (2).
4. the supervisor of water knockout drum according to claim 1, which is characterized in that there is blocking surface on the blocking portion (2b)
(2b1), where the line between the center of circle of each second tapping hole (2a) on the blocking surface (2b1) and the second branch pipe (2)
Plane it is perpendicular, there is abutment face (1b1), the abutment face (1b1) and the first branch pipe (1) on the butting section (1b)
On each first tapping hole (1a) on plane where line between the center of circle it is perpendicular, and abutment face (1b1) and blocking surface
(2b1) fits.
5. the supervisor of the water knockout drum according to claim 1 or 4, which is characterized in that along axis on the outside of first branch pipe (1)
Extend respectively to the both ends of the first branch pipe (1) to the both ends equipped with the first convex ribs (1c) and the first convex ribs (1c), described first
Convex ribs (1c) are in strip, residing for the line between the center of circle of each first tapping hole (1a) on first branch pipe (1)
Plane and the plane residing for the center line of the first convex ribs (1c) are perpendicular, in the abutment face (1b1) and the first convex ribs (1c)
Line is in the same plane, and second branch pipe (2) is equipped with the second convex ribs (2c) and the second convex ribs (2c) axially outside
Both ends extend respectively to the both ends of the second branch pipe (2), and second convex ribs (2c) are in strip, second branch pipe (2)
On each second tapping hole (2a) the center of circle between line residing for plane and the second convex ribs (2c) center line residing for plane
Perpendicular, the blocking surface (2b1) and the center line of the second convex ribs (2c) is in the same plane, when abutment face (1b1) and resistance
Second on the center line and the second branch pipe (2) of the first convex ribs (1c) on the first branch pipe (1) described in when block face (2b1) mutually reclines
The center line of convex ribs (2c) is mutually conllinear.
6. the supervisor of water knockout drum according to claim 1, which is characterized in that the butting section (1b) and the first branch pipe
(1) it is an integral structure, the blocking portion (2b) is an integral structure with the second branch pipe (2).
7. the supervisor of water knockout drum according to claim 1, which is characterized in that first branch pipe (1) and the second branch pipe
(2) end face of bolt mutually reclines, the blocking portion (2b) stretch out the second branch pipe (2) end face part madial wall with
There are resigning gap (3) between the lateral wall of first branch pipe (1).
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CN106090499B true CN106090499B (en) | 2018-06-26 |
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Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
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CN104089136A (en) * | 2014-06-27 | 2014-10-08 | 菲索测量控制技术(苏州)有限公司 | Modular plastic water separating and accumulating device |
CN204573424U (en) * | 2015-01-27 | 2015-08-19 | 台州杏诺金属制品有限公司 | A kind of forging and stamping ball valve water knockout drum |
CN104976474A (en) * | 2015-06-24 | 2015-10-14 | 何小平 | Safe water segregator easy to install |
CN206036479U (en) * | 2016-08-27 | 2017-03-22 | 浙江达柏林阀门有限公司 | Person in charge of water knockout drum |
Family Cites Families (1)
Publication number | Priority date | Publication date | Assignee | Title |
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JP2003074781A (en) * | 2001-08-30 | 2003-03-12 | Fuji Kizai Kk | Branch connector for water service piping |
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2016
- 2016-08-27 CN CN201610751091.1A patent/CN106090499B/en active Active
Patent Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
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CN104089136A (en) * | 2014-06-27 | 2014-10-08 | 菲索测量控制技术(苏州)有限公司 | Modular plastic water separating and accumulating device |
CN204573424U (en) * | 2015-01-27 | 2015-08-19 | 台州杏诺金属制品有限公司 | A kind of forging and stamping ball valve water knockout drum |
CN104976474A (en) * | 2015-06-24 | 2015-10-14 | 何小平 | Safe water segregator easy to install |
CN206036479U (en) * | 2016-08-27 | 2017-03-22 | 浙江达柏林阀门有限公司 | Person in charge of water knockout drum |
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