CN103316786A - Nozzle - Google Patents
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- CN103316786A CN103316786A CN 201210091246 CN201210091246A CN103316786A CN 103316786 A CN103316786 A CN 103316786A CN 201210091246 CN201210091246 CN 201210091246 CN 201210091246 A CN201210091246 A CN 201210091246A CN 103316786 A CN103316786 A CN 103316786A
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Abstract
The invention provides a nozzle reliably preventing a nozzle cover from falling off and having excellent maintaining performance. The nozzle comprises a nozzle main body (1), an annular member (2) and the nozzle cover (3). The nozzle main body comprises a first conical face (110) with a conical front periphery, a helical groove (111) formed on the first conical face, a communication hole (121), a first external threaded part (131), an O ring (141), a stroke part (150) and a first flange part (160). The annular member comprises a second external threaded part (232), a second flange part (260), a sliding part (240) capable of sliding when the O ring is sealed, and a small diameter part (250). The nozzle cover comprises a nozzle hole (300), a tip-shaped second conical face (310) matching the shape of the first conical face, a first internal threaded part (331) for connecting the first external threaded part in a threaded way, and a second internal threaded part (332) for connecting with the second external threaded part in a threaded way.
Description
Technical field
The present invention relates to a kind of nozzle for spraying fluid.
Background technology
In the past, as this kind nozzle, the known nozzle (with reference to following patent documentation 1, Fig. 1) that the pipeline that has nozzle casing and be used for feed fluid is arranged.Nozzle casing have in inside large diameter chamber and minor diameter these 2 chambers, chamber, have nozzle bore, have internal thread part at the inner peripheral surface of rear end side at front end.On the other hand, pipeline have abutting part at the front end of pipeline and the inner surface butt of the chamber of above-mentioned minor diameter, be tilted slot part that the ground grooving forms at abutting part, in the plunger portion of rear end side and the inner surface butt of above-mentioned large diameter chamber, be located at the intercommunicating pore between abutting part and the plunger portion, the external thread part that on the outer peripheral face of rear end, is threaded with above-mentioned internal thread.
Adopt this nozzle in the past, being threaded the position and changing between the internal thread that the angle of the liquid that nozzle bore sprays is utilized nozzle casing and the external screw thread of pipeline.For example, before making pipeline with respect to nozzle casing and then make in the situation of inner surface butt of chamber of minor diameter of the abutting part of pipeline and nozzle casing, the liquid that is fed in the nozzle casing via intercommunicating pore passes through slot part, and liquid is radial injection from the nozzle bore of nozzle casing front end.
On the other hand, pipeline is retreated with respect to nozzle abutting part not with the situation of the state of the inner surface butt of the chamber of minor diameter under, the inner body of nozzle casing is full of by liquid equally, from the linearly atomizing of liquids of nozzle bore.
Patent documentation 1: Japan opens clear 53-17912 communique in fact
At this, in the nozzle of above-mentioned patent documentation 1, in the situation that in order to make liquid from the linearly injection of nozzle bore pipeline be retreated with respect to nozzle casing, being threaded between the internal thread that has a nozzle casing and the external screw thread of pipeline throw off and nozzle casing from the such problem of shedding.
Particularly, in nozzle, spray from nozzle bore in order to make liquid, mostly supply with highly pressurised liquid.Therefore, make nozzle from the situation of shedding except user's error, pipeline is gently retreated with respect to nozzle casing come off.
At this, in order to prevent coming off of nozzle casing, also considered to arrange the anti-delinking part, but nozzle needs termly separating nozzle cover from preventing the viewpoint such as obstruction, the inner surface of cleaning nozzle, nozzle bore etc.Therefore, being provided with in the situation that prevents the anti-delinking part that comes off, impair maintainability.
Summary of the invention
In view of above situation, the object of the present invention is to provide a kind of coming off and also excellent nozzle of maintainability of nozzle casing that prevent reliably.
The nozzle of the 1st technical scheme, it is for the nozzle that sprays fluid, it is characterized in that,
This nozzle has:
Nozzle body with the tubulose that is connected for the supply pipe of supplying with above-mentioned fluid; Be installed on the annular construction member of ring-type of the periphery of this nozzle body; Be installed in the nozzle casing of the front of this nozzle body by this annular construction member,
The said nozzle main body has: along the central axis extension of said nozzle main body and for the center culvert that is connected with above-mentioned supply pipe; The front end outer peripheral face is made as the 1st conical surface of taper; The helicla flute that is formed at the 1st conical surface and is connected with the rear end for the front end that makes the 1st conical surface; Be located at the rear end side of the 1st conical surface and the intercommunicating pore that is connected with this center culvert; Outer peripheral face in the rear end side of this intercommunicating pore is formed with the 1st external thread part that thread groove forms; Stroke (stroke) section that is located at the rear end side of the 1st external thread part and on constant length, forms with same diameter; Be installed in the containment member between the 1st external thread part and the trip section; Be located at large diameter the 1st flange part of the rear end side of the trip section; The connecting portion that is connected with above-mentioned supply pipe in the rear end side of the 1st flange part,
Above-mentioned annular construction member has: the outer peripheral face in front is formed with the 2nd external thread part that thread groove forms; Be located at large diameter the 2nd flange part of the rear end side of the 2nd external thread part; Be located at the inner peripheral surface of front and the sliding part that under the state of above-mentioned containment member sealing, can slide; Be located at the minor diameter that the rear end side of this sliding part and diameter are less than the diameter of this sliding part and sealing member and can move in above-mentioned stroke section,
The said nozzle cover has: the nozzle bore that is formed on front end; Be formed on the 2nd conical surface of the tapered that is complementary with the inner peripheral surface of the consecutive front of this nozzle bore and with the shape of above-mentioned the 1st conical surface; The rear end side of the 2nd conical surface be formed with that thread groove forms, be used for the 1st internal thread part that is threaded with above-mentioned the 1st external thread part; In the rear end side of the 1st internal thread part, the diameter inner peripheral surface larger than the diameter of the 1st internal thread part be formed with that thread groove forms, be used for the 2nd internal thread part be threaded with above-mentioned the 2nd external thread part.
Adopt the nozzle of the 1st technical scheme, the position that is threaded between the 1st internal thread part of the angle that can make the fluid that sprays from nozzle bore and the 1st external thread part of nozzle body and nozzle casing changes accordingly.At first, before making nozzle body with respect to nozzle casing and then under the state of the 1st conical surface and the 2nd conical surface butt, being supplied to the fluid that comes via intercommunicating pore from center culvert can be radial injection from nozzle bore by helicla flute.On the other hand, under the state that butt nozzle body is retreated with respect to nozzle casing between the 1st conical surface and the 2nd conical surface is disengaged, be supplied to the fluid that comes via intercommunicating pore from center culvert and can be full of nozzle casing inside (not only passing through helicla flute), from the linearly injection of nozzle bore.
At this moment, nozzle casing is used with the mode that the 2nd external thread part of annular construction member is threaded with the 2nd internal thread part.Except being threaded of the 1st external thread part of the 1st internal thread part of nozzle casing and nozzle body, the 2nd internal thread part of this nozzle casing is threaded with the 2nd external thread part of annular construction member, thereby can prevent reliably the situation that nozzle casing only comes off from nozzle body.
And, annular construction member is installed and is equipped with under the state of containment member in the periphery of the stroke section of nozzle body, therefore the minor diameter of annular construction member and containment member butt and become the anticreep state also can prevent the situation that the nozzle casing that becomes one with annular construction member and annular construction member come off from nozzle body.
On the other hand, by remove between the 1st internal thread part and the 1st external thread part be threaded and the 2nd internal thread part and the 2nd external thread part between be threaded, can be simply from nozzle body separating nozzle cover.Therefore, can the separating nozzle cover and inner surface, the nozzle bore of nozzle casing cleaned etc. termly.
Like this, the nozzle of the 1st technical scheme can prevent coming off of nozzle casing reliably, and maintainability is also excellent.
The nozzle of the 2nd technical scheme is characterized in that according to the described nozzle of the 1st technical scheme,
Determine as follows the length of the thread groove of the length of thread groove of length, the 2nd external thread part of the trip section and the 2nd internal thread part: above-mentioned annular construction member is installed and is equipped with under the state of above-mentioned containment member in the periphery of the stroke section of said nozzle main body, when making this annular construction member be positioned at foremost side, above-mentioned the 2nd external thread part is threaded with above-mentioned the 2nd internal thread part and above-mentioned the 1st external thread part is threaded with above-mentioned the 1st internal thread part.
Adopt the nozzle of the 2nd technical scheme, when even annular construction member is positioned at foremost side, also can determine in the mode that the 2nd external thread part is threaded with the 2nd internal thread part and the 1st external thread part is threaded with the 1st internal thread part the length of the thread groove of the length of thread groove of length, the 2nd external thread part of the trip section and the 2nd internal thread part.
Thus, even when annular construction member is positioned at foremost side with respect to nozzle body, except the 1st external thread part that can make nozzle body with the 1st internal thread part of nozzle casing is threaded, the 2nd external thread part of annular construction member is threaded with the 2nd internal thread part of nozzle casing, can prevents reliably coming off of nozzle casing.
The nozzle of the 3rd technical scheme is characterized in that according to the described nozzle of the 2nd technical scheme,
Determine as follows the length of the thread groove of the length of thread groove of length, the 1st external thread part of above-mentioned stroke section and the 1st internal thread part: above-mentioned the 2nd external thread part is threaded with above-mentioned the 2nd internal thread part, and above-mentioned the 1st external thread part is threaded with above-mentioned the 1st internal thread part, to rotate with respect to the said nozzle main body by carrying out above-mentioned said nozzle cover and the above-mentioned annular construction member that becomes one that be threaded, this nozzle casing and this annular construction member are retreated and above-mentioned the 1st conical surface and above-mentioned the 2nd conical surface butt with respect to this nozzle body.
Adopt the nozzle of the 3rd technical scheme, determine as follows the length of the thread groove of the length of thread groove of the 1st external thread part and the 2nd internal thread part: the 2nd external thread part is threaded with the 2nd internal thread part, and the 1st external thread part is threaded with the 1st internal thread part, will be by carrying out above-mentioned the be threaded nozzle casing that becomes one and annular construction member when rotating with respect to nozzle body, the nozzle casing that becomes one and annular construction member retreat with respect to nozzle body and realize the state of the 1st conical surface and the 2nd conical surface butt.And, at this moment, in order to make the annular construction member that retreats with respect to nozzle body can be because the 1st flange part does not stop before butt at the 1st conical surface and the 2nd conical surface, the length of stroke section be determined in the large mode of the scope that is threaded than the thread groove of the 1st external thread part and the 1st internal thread part.
Thus, even the position (the 1st conical surface and the 2nd conical surface butt) that the annular construction member that becomes one with nozzle casing is retreating with respect to nozzle body, except the 1st external thread part that can make nozzle body is threaded with the 1st internal thread part of nozzle casing, the 2nd external thread part of annular construction member is threaded with the 2nd internal thread part of nozzle casing, can prevents reliably coming off of nozzle casing.
The nozzle of the 4th technical scheme is characterized in that according to each described nozzle in the 1st～the 3rd technical scheme,
Above-mentioned center culvert has the front end through hole of the leading section that runs through the said nozzle main body in the front of above-mentioned center culvert.
Adopt the nozzle of the 4th technical scheme, before making nozzle body with respect to nozzle casing and then make the 1st conical surface and the 2nd conical surface butt, make and be supplied to the fluid that comes via intercommunicating pore from center culvert and be from nozzle bore in the situation of radial injection by helicla flute, also supply with fluid to nozzle bore from the front end through hole with remaining unchanged.Thus, fluid is sprayed from nozzle bore, can prevent reliably as mentioned above coming off of nozzle casing, and can comprise that middle body sprays equably.
The nozzle of the 5th technical scheme is characterized in that according to each described nozzle in the 1st～the 4th technical scheme,
Above-mentioned helicla flute is provided with a plurality of at above-mentioned the 1st conical surface,
The end of above-mentioned intercommunicating pore and above-mentioned spiral fluted rear end side is provided with a plurality of accordingly.
Adopt the nozzle of the 5th technical scheme, the end of a plurality of intercommunicating pores and a plurality of spiral fluted rear end side arranges accordingly.Therefore, even under the 1st conical surface and the 2nd conical surface connects, stream is limited by helicla flute state, also can guide to nozzle bore well by helicla flute efficient from the spiral fluted end that arranges in adjacent separately mode supply with the fluid that comes from a plurality of intercommunicating pores, can increase from the spray volume of nozzle bore ejection.
Description of drawings
Fig. 1 is the partial sectional view of structure of the nozzle of expression present embodiment.
(a)～(c) of Fig. 2 is the figure of the use state of expression nozzle shown in Figure 1.
The specific embodiment
As shown in Figure 1, the nozzle of present embodiment is the nozzle that sprays fluid, has nozzle body 1, annular construction member 2, nozzle casing 3.
At first, nozzle body 1 is described.Nozzle body 1 is the member of tubulose that is that be connected with the supply pipe X (with reference to Fig. 2) that is used for the supply fluid, whole.In the present embodiment, nozzle body 1 is the member of metal-made (stainless steel), and still, material for example also can be pottery, synthetic resin.
At first, in the inner surface of nozzle body 1, has the center culvert 100 of extending and being connected with supply pipe X along the central axis of nozzle body 1.At this, the internal diameter of center culvert 100 is step-like from the rear end side that be used for to connect supply pipe X towards front to be dwindled and has the front end through hole 101 that runs through front, and the front end of front end through hole 101 forms the wide diameter portion 102 that hole enlargement forms.
Then, nozzle body 1 has the 1st conical surface 110 and the helicla flute 111 that is formed on the 1st conical surface 110 that the front end outer peripheral face is made as taper at the outer surface of nozzle body 1.
At this, as described later, be formed on helicla flute 111 on the 1st conical surface 110 and be to make from supply pipe X and supply with the fluid that the comes water of liquid (for example as) is directed to front via helicla flute 111 member (with reference to (c) of Fig. 2).Therefore, for can be corresponding with constant flow, be provided with a plurality of (for example 4) helicla flute 111 at the 1st conical surface 110, and different from common thread groove, and spacing is large and the degree of depth is darker.
And nozzle body 1 has on its outer surface: the outer peripheral face 120 that caves in and form a little that leans on the rear end side of the 1st conical surface 110; The intercommunicating pore 121 that on outer peripheral face 120, is communicated with center culvert 100; Be formed on the 1st external thread part 131 as thread groove on the outer peripheral face 130 of rear end side of intercommunicating pore 121.
At this, as described later, intercommunicating pore 121 is to supply with the member (with reference to (c) of Fig. 2) of the fluid of the constant flow rate of coming to helicla flute 111 guiding from supply pipe X, and therefore the rearward end with a plurality of helicla flutes 111 forms a plurality of (for example 4) with the diameter of regulation accordingly on outer peripheral face 120.
The diameter of the outer peripheral face 130 that forms for the 1st external thread part 131 in addition, forms slightly greatlyr than the diameter (maximum gauge of the 1st conical surface 110) of the rearward end of the 1st conical surface 110.
And nozzle body 1 has on its outer surface: be installed in 141 (being equivalent to containment member of the present invention) of O shape ring on the slot part 140, this slot part 140 is formed at the rear end side of the 1st external thread part 131; Be located at the rear end side of O shape ring 141 and the stroke section 150 that on constant length, forms with same diameter; Be located at large diameter the 1st flange part 160 of the rear end side of stroke section 150; The connecting portion 170 that rearward extends and be used for being connected with supply pipe X from the rear end side of the 1st flange part 160.
At this, the peripheral shape of the 1st flange part 160 forms hexagon.In addition, be formed with thread groove 171 at connecting portion 170.
It more than is the structure of nozzle body 1.In addition, with reference to the axial length of Fig. 2 in rear discussion the 1st external thread part 131, stroke section 150.
Then, annular construction member 2 is described.Annular construction member 2 is mounted on the periphery of nozzle body 1 and the annular construction member that moves in stroke section 150.In the present embodiment, annular construction member 2 is members of the metal-made (stainless steel) identical with nozzle body 1, and still, material for example also can be pottery, synthetic resin.
At first, annular construction member 2 has on its outer surface: the outer peripheral face 230 in front forms the 2nd external thread part 232 that thread groove forms; Be located at large diameter the 2nd flange part 260 of the rear end side of the 2nd external thread part 232.At this, the peripheral shape of the 2nd flange part 260 forms hexagon.
And annular construction member 2 has on the surface within it: at the sliding part 240 that forms with same diameter on the inner peripheral surface of front and on constant length; Be located at rear end side and the diameter minor diameter 250 less than the diameter of sliding part 240 of sliding part 240.
At this, the diameter of sliding part 240 forms identically with the external diameter of O shape ring 141 or forms slightly littlely than the external diameter of O shape ring 141, so that can be to be installed in sliding in state of O shape ring 141 sealings on the nozzle body 1 moving.
In addition, the diameter of minor diameter 250 forms identically with the diameter of stroke section 150 or forms slightly greatlyr than the diameter of stroke section 150, in order to can move in the stroke section 150 of nozzle body 1.
It more than is the structure of annular construction member 2.In addition, with reference to the axial length of Fig. 2 at rear discussion the 2nd external thread part 232.
Then, nozzle casing 3 is described.Nozzle casing 3 is the covers of roughly truncated cone-shaped that are installed in the front of nozzle body 1 by annular construction member 2.In the present embodiment, nozzle casing 3 is members of the metal-made (stainless steel) identical with annular construction member 2 and nozzle body 1, and still, material for example also can be pottery, synthetic resin.
At this, the 2nd conical surface 310 forms the taper that the shape with the 1st conical surface 110 of nozzle body 1 is complementary.In addition, the 1st internal thread part 331 is determined its diameter and spacing in the mode that is threaded with the 1st external thread part 131 of nozzle body 1.And the 2nd internal thread part 332 is determined its diameter and spacing in the mode that is threaded with the 2nd external thread part 232 of annular construction member 2.
On the other hand, the shape of the rear end side of the outer surface of nozzle casing 3 forms hexagon.It more than is the structure of nozzle casing 3.In addition, with reference to the axial length of Fig. 2 at rear discussion the 1st internal thread part 331 and the 2nd internal thread part 332.
It more than is the overall structure of the nozzle of present embodiment.
Then, with reference to Fig. 2, the using method of the nozzle of present embodiment is described.
At first, as prerequisite, supply pipe X is connected on the connecting portion 170 of rear end side of nozzle body 1.Nozzle body 1 and supply pipe X are threaded etc. by the thread groove that makes supply pipe X (omitting diagram) and the thread groove 171 of connecting portion 170 to be connected.At this moment, because the periphery of the 1st flange part 160 forms hexagon, therefore can use the instrument such as die nut to connect reliably nozzle body 1 and supply pipe X.
Shown in Fig. 2 (a), nozzle is that following installation forms: at first, in the periphery of the stroke section 150 of nozzle body 1 annular construction member 2 is installed, afterwards, O shape ring 141 is installed in the slot part 140 of nozzle body 1.Then, make outer being enclosed within on the O shape ring 141 of sliding part 240 of annular construction member 2, annular construction member 2 is made as with respect to the nozzle body 1 distolateral state that has advanced forward.
Then, shown in Fig. 2 (b), under the state of Fig. 2 (a), make nozzle casing 3 spinnings in the front of nozzle body 1.At this moment, be threaded with the 1st external thread part 131 of nozzle body 1 with the 1st internal thread part 331 of nozzle casing 3 and mode that the 2nd internal thread part 332 of nozzle casing 3 is threaded with the 2nd external thread part 232 of annular construction member 2 is determined the length of the thread groove of the length of thread groove of length, the 2nd external thread part 232 of stroke section 150 and the 2nd internal thread part 332.
Thus, even when annular construction member 2 is positioned at foremost side with respect to nozzle body 1, except the 1st external thread part 131 that can make nozzle body 1 is threaded with the 1st internal thread part 331 of nozzle casing 3, the 2nd external thread part 232 of annular construction member 2 is threaded with the 2nd internal thread part 332 of nozzle casing 3, can prevents reliably coming off of nozzle casing 3.
And, owing to connecting with O shape ring 141, the minor diameter 250 of annular construction member 2 becomes the anticreep state, therefore also can prevent the situation that the nozzle casing 3 that becomes one with annular construction member 2 and annular construction member 2 come off from nozzle body 1.
Therefore in addition, the 2nd flange part 260 of annular construction member 2 forms identical hexagon with the periphery of the rear end side of nozzle casing 3, can use the instrument such as die nut to connect reliably annular construction member 2 and nozzle casing 3.
Under the state of this Fig. 2 (b), have the gap between the 1st conical surface 110 of nozzle body 1 and the 2nd conical surface 310 of nozzle casing 3.Therefore, supplying with the fluid (for example water) that the comes outside by the helicla flute 111 of the 1st conical surface 110 from a plurality of intercommunicating pores 121 is supplied to and is filled in the nozzle casing 3.The fluid that is filled in the nozzle casing 3 sprays from the nozzle bore 300 of the front end of nozzle casing 3.
At this moment, the fluid that sprays from nozzle bore 300 sprays with this state by nozzle bore 300, therefore is the less linearity of jet angle.At this, because the front end through hole 101 of nozzle body 1 forms with nozzle bore 300 coaxial, therefore utilize the fluid that sprays coaxially from front end through hole 101, the fluid that is filled in the nozzle casing 3 can be guided to nozzle bore 300, the hydraulic efficiencies in the nozzle casing 3 are sprayed from nozzle bore 300 well.
Then, shown in Fig. 2 (c), rotate by from the state of Fig. 2 (b), nozzle casing 3 and annular construction member 2 being integratedly, the 1st internal thread part 331 of nozzle casing 3 is changed with the position that is threaded of the 1st external thread part 131 of nozzle body 1.Then, the 1st conical surface 110 of nozzle body 1 and the mode of the 2nd conical surface 310 butts of nozzle casing 3 are determined the length of the thread groove of the length of thread groove of the 1st external thread part 131 and the 1st internal thread part 331 so that nozzle casing 3 and annular construction member 2 retreat with respect to nozzle body 1.That is the mode that, the length of the thread groove of the length of the thread groove of the 1st external thread part 131 and the 1st internal thread part 331 distance that the nozzle casing 3 when the 1st conical surface 110 and the 2nd conical surface 310 butt moves to move than nozzle casing 3 is large is determined.
And, until the 2nd conical surface 310 butts of the 1st conical surface 110 of nozzle body 1 and nozzle casing 3, can determine in the mode that stroke section 150 slides the length of stroke section 150 with annular construction member 2.Namely, when the annular construction member 2 that becomes one with nozzle casing 3 retreats, for annular construction member 2 can not stopped with the 1st flange 160 butts before the 1st conical surface 110 and the 2nd conical surface 310 butts, the length of stroke section 150 is determined in the large mode of the scope that is threaded than the thread groove of the thread groove of the 1st external thread part 131 and the 1st internal thread part 331.
Thus, even the position (positions of the 1st conical surface 110 and the 2nd conical surface 310 butts) that the annular construction member 2 that becomes one with nozzle casing 3 is retreating with respect to nozzle body 1, except the 1st external thread part 131 that can make nozzle body 1 is threaded with the 1st internal thread part 331 of nozzle casing 3, the 2nd external thread part 232 of annular construction member 2 is threaded with the 2nd internal thread part 332 of nozzle casing 3, can prevents reliably coming off of nozzle casing 3.
In addition, when the nozzle casing 3 that becomes one and annular construction member 2 retreat with respect to nozzle body 1, annular construction member 2 with its minor diameter 250 as guiding piece, in the stroke section 150 of nozzle body 1 side shifting to the back-end.At this moment, the sliding part 240 of annular construction member 2 is with respect to being installed in O shape ring 141 on the nozzle body 1 take sealing state (in the situation that fluid is that water etc. is as liquid-tight state) slip.
Under the state of Fig. 2 (c), the 1st conical surface 110 of nozzle body 1 and the 2nd conical surface 310 butts of nozzle casing 3.Therefore, supplying with the fluid (for example water) that comes from supply pipe X supplies with to the helicla flute 111 between the 1st conical surface 110 and the 2nd conical surface 310 via a plurality of intercommunicating pores 121 from center culvert 100, and be directed to the leading section of nozzle casing 3 by helicla flute 111, spray from nozzle bore 300.
At this moment, the fluid that sprays from nozzle bore 300 is by helicla flute 111, thereby has under the state of centrifugal force, spray to circumferential foreign side from nozzle bore 300, so is larger radial of jet angle.In addition, at this moment, utilize from the front end through hole 101 of nozzle body 1 fluid in coaxial ejection, can comprise that also middle body sprays equably from nozzle bore 300.
On the other hand, for the state from Fig. 2 (b) and Fig. 2 (c) separates nozzle casing 3 from nozzle body 1 and annular construction member 2, by removing being threaded of the 1st external thread part 131 and the 1st internal thread part 331 and being threaded of the 2nd external thread part 232 and the 2nd internal thread part 332, nozzle casing 3 can separate from nozzle body 1 and annular construction member 2.
At this moment, because the 2nd flange part 260 of annular construction member 2 forms identical hexagon with the periphery of the rear end side of nozzle casing 3, so can remove simply being connected of annular construction member 2 and 3 of nozzle casings with instruments such as die nuts.Therefore, can separating nozzle cover 3, its inner surface, nozzle bore are cleaned etc. termly.
Above, at length be illustrated, adopt the nozzle of present embodiment, can prevent reliably coming off of nozzle casing, and maintainability is also excellent.
In addition, in the present embodiment, having illustrated that the fluid of supplying with via supply pipe X is the situation as the water of liquid, is situation as the water of liquid but be not limited to fluid, also can be the liquid (for example liquid) except water, also can be gas (for example air).
In addition, in the present embodiment, connecting portion 170 is outstanding to the rear of nozzle body 1, but is not limited thereto, and thread groove etc. also can be set at the inner peripheral surface of the 1st flange part 160 come spinning supply pipe X.
And, in the present embodiment, illustrated that containment member is the situation of O shape ring 141, but even the member of containment member except O shape ring, so long as the member that can seal gets final product.
Description of reference numerals
1, nozzle body; 2, annular construction member; 3, nozzle casing; 100, center culvert; 110, the 1st conical surface; 111, helicla flute; 121, intercommunicating pore; 131, the 1st external thread part; 141, O shape ring (containment member); 150, stroke section; 160, the 1st flange part; 170, connecting portion; 232, the 2nd external thread part; 240, sliding part; 250, minor diameter; 260, the 2nd flange part; 300, nozzle bore; 310, the 2nd conical surface; 331, the 1st internal thread part; 332, the 2nd internal thread part; X, supply pipe.
Claims (5)
1. nozzle, this nozzle are for the nozzle that sprays fluid, it is characterized in that,
This nozzle has:
Nozzle body with the tubulose that is connected for the supply pipe of supplying with above-mentioned fluid; Be installed on the annular construction member of ring-type of the periphery of this nozzle body; Be installed in the nozzle casing of the front of this nozzle body by this annular construction member,
The said nozzle main body has: along the central axis extension of said nozzle main body and for the center culvert that is connected with above-mentioned supply pipe; The front end outer peripheral face is made as the 1st conical surface of taper; The helicla flute that is formed at the 1st conical surface and is connected with the rear end for the front end that makes the 1st conical surface; Be located at the rear end side of the 1st conical surface and the intercommunicating pore that is connected with this center culvert; Outer peripheral face in the rear end side of this intercommunicating pore is formed with the 1st external thread part that thread groove forms; The stroke section that is located at the rear end side of the 1st external thread part and on constant length, forms with same diameter; Be installed in the containment member between the 1st external thread part and the trip section; Be located at large diameter the 1st flange part of the rear end side of the trip section; The connecting portion that is connected with above-mentioned supply pipe in the rear end side of the 1st flange part,
Above-mentioned annular construction member has: the outer peripheral face in front is formed with the 2nd external thread part that thread groove forms; Be located at large diameter the 2nd flange part of the rear end side of the 2nd external thread part; Be located at the inner peripheral surface of front and the sliding part that under the state of above-mentioned containment member sealing, can slide; Be located at the minor diameter that the rear end side of this sliding part and diameter are less than the diameter of this sliding part and sealing member and can move in above-mentioned stroke section,
The said nozzle cover has: the nozzle bore that is formed on front end; Be formed on the 2nd conical surface of the tapered that is complementary with the inner peripheral surface of the consecutive front of this nozzle bore and with the shape of above-mentioned the 1st conical surface; The rear end side of the 2nd conical surface be formed with that thread groove forms, be used for the 1st internal thread part that is threaded with above-mentioned the 1st external thread part; In the rear end side of the 1st internal thread part, the diameter inner peripheral surface larger than the diameter of the 1st internal thread part be formed with that thread groove forms, be used for the 2nd internal thread part be threaded with above-mentioned the 2nd external thread part.
2. nozzle according to claim 1 is characterized in that,
Determine as follows the length of the thread groove of the length of thread groove of length, the 2nd external thread part of the trip section and the 2nd internal thread part: above-mentioned annular construction member is installed and is equipped with under the state of above-mentioned containment member in the periphery of the stroke section of said nozzle main body, when making this annular construction member be positioned at foremost side, above-mentioned the 2nd external thread part is threaded with above-mentioned the 2nd internal thread part and above-mentioned the 1st external thread part is threaded with above-mentioned the 1st internal thread part.
3. nozzle according to claim 2 is characterized in that,
Determine as follows the length of the thread groove of the length of thread groove of length, the 1st external thread part of above-mentioned stroke section and the 1st internal thread part: above-mentioned the 2nd external thread part is threaded with above-mentioned the 2nd internal thread part, and above-mentioned the 1st external thread part is threaded with above-mentioned the 1st internal thread part, to rotate with respect to the said nozzle main body by carrying out above-mentioned said nozzle cover and the above-mentioned annular construction member that becomes one that be threaded, this nozzle casing and this annular construction member are retreated and above-mentioned the 1st conical surface and above-mentioned the 2nd conical surface butt with respect to this nozzle body.
4. nozzle according to claim 1 is characterized in that,
Above-mentioned center culvert has the front end through hole of the leading section that runs through the said nozzle main body in the front of above-mentioned center culvert.
5. nozzle according to claim 1 is characterized in that,
Above-mentioned helicla flute is provided with a plurality of at above-mentioned the 1st conical surface,
The end of above-mentioned intercommunicating pore and above-mentioned spiral fluted rear end side is provided with a plurality of accordingly.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012061505A JP2013193015A (en) | 2012-03-19 | 2012-03-19 | Spray nozzle |
| JP2012-061505 | 2012-03-19 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103316786A true CN103316786A (en) | 2013-09-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201210091246 Pending CN103316786A (en) | 2012-03-19 | 2012-03-30 | Nozzle |
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| Country | Link |
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| JP (1) | JP2013193015A (en) |
| CN (1) | CN103316786A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107930928A (en) * | 2017-12-20 | 2018-04-20 | 安徽摩诃环保科技有限公司 | High-pressure micro-mist dust suppression nozzle guard cover |
| CN111721678A (en) * | 2020-07-06 | 2020-09-29 | 山东艾科达生物科技有限公司 | Lockable and bufferable sample adding nozzle seat |
| CN112039246A (en) * | 2019-06-03 | 2020-12-04 | 本田技研工业株式会社 | Rotating electrical machine |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110410680A (en) * | 2019-07-17 | 2019-11-05 | 河北冀研能源科学技术研究院有限公司 | A kind of spray gun anti-jamming plug spray head of pierceable insulating layer |
-
2012
- 2012-03-19 JP JP2012061505A patent/JP2013193015A/en active Pending
- 2012-03-30 CN CN 201210091246 patent/CN103316786A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107930928A (en) * | 2017-12-20 | 2018-04-20 | 安徽摩诃环保科技有限公司 | High-pressure micro-mist dust suppression nozzle guard cover |
| CN112039246A (en) * | 2019-06-03 | 2020-12-04 | 本田技研工业株式会社 | Rotating electrical machine |
| CN112039246B (en) * | 2019-06-03 | 2023-05-23 | 本田技研工业株式会社 | Rotary electric machine |
| CN111721678A (en) * | 2020-07-06 | 2020-09-29 | 山东艾科达生物科技有限公司 | Lockable and bufferable sample adding nozzle seat |
| CN111721678B (en) * | 2020-07-06 | 2021-07-02 | 山东艾科达生物科技有限公司 | Lockable and bufferable sample adding nozzle seat |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2013193015A (en) | 2013-09-30 |
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Application publication date: 20130925 |