CN203737446U - Balance wheel type water outlet switching mechanism - Google Patents
Balance wheel type water outlet switching mechanism Download PDFInfo
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- CN203737446U CN203737446U CN201420114355.9U CN201420114355U CN203737446U CN 203737446 U CN203737446 U CN 203737446U CN 201420114355 U CN201420114355 U CN 201420114355U CN 203737446 U CN203737446 U CN 203737446U
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- push rod
- water outlet
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Abstract
The utility model discloses a balance wheel type water outlet switching mechanism which comprises a water outlet body as well as an operating unit and a balance wheel switching unit which are mounted on the water outlet body, wherein the water outlet body is provided with a water inlet end and has a secondary water outlet function; the balance wheel switching unit comprises a balance wheel, a push rod and a water diversion disk, and the balance wheel and the water diversion disk can be assembled in the water outlet body in a synchronous rotating manner; the push rod is movably assembled in the water outlet body, one end of the push rod faces the balance wheel, and the push rod is pushed by the operating unit, so that a secondary motion state to the balance wheel is formed; and a first motion state is that the balance wheel is pushed to swing in the forward direction for a preset angle to enable the water diversion disk to start one water outlet function of the water outlet body, and the secondary motion state is that the balance wheel is pushed to swing in the reverse direction for the preset angle to enable the water diversion disk to start the other water outlet function of the water outlet body. The balance wheel type water outlet switching mechanism has the characteristics of simple structure, few components, convenience in assembly and the like.
Description
Technical field
The utility model relates to a kind of switching water discharging mechanism, particularly relates to a kind of balance wheel type switching water discharging mechanism.
Background technology
The discharging device of prior art, generally all contains at least two kinds of effluent functions, can switch these several effluent functions by operating its controlling organization.The gondola water faucet of for example prior art, has at least two kinds of water exit modes: air-bubble and gondola water faucet water etc., can carry out function switching according to user's actual needs.At present, the operating mechanism that the discharging device (such as gondola water faucet) of prior art switches for function has button press formula, push button or toggle driving, knob formula etc. several, there is a common weak point in these several operating mechanisms: often various, the complex structure of parts, cause parts machining to be difficult for, be also unfavorable for overall package and maintenance.
Utility model content
The purpose of this utility model is to overcome the deficiency of prior art, and a kind of balance wheel type switching water discharging mechanism is provided, and its parts are few, and overall structure is comparatively simple, ease of assembly and maintenance.
The utility model solves the technical scheme that its technical problem adopts: a kind of balance wheel type switching water discharging mechanism, comprise water outlet body, and this water outlet body has two effluent functions, also comprises the operating unit and the escapement switch unit that are installed on water outlet body;
Escapement switch unit comprises escapement, push rod and water diversion disk, and escapement can be synchronizeed and be assemblied in rotationally in water outlet body with water diversion disk; Push rod activity is assemblied in water outlet body, and its one end is towards escapement, and be subject to operating unit impetus to form two motion states to escapement, the first motion state is to promote escapement forward swing preset angles to make water diversion disk open a wherein effluent functions of water outlet body, and the second motion state is to promote escapement backswing preset angles to make water diversion disk open another effluent functions of water outlet body.
Further, described water outlet body is provided with two group of first apopore, and respectively organize the first apopore and comprise respectively at least one first apopore, and the two effluent functions of two group of first corresponding described water outlet body of apopore; Described water diversion disk is attached at two group of first apopore inner side.
Further, described escapement switch unit also comprises guide post, and this guide post is assemblied in water outlet body slidably, and described push rod is connected in this guide post rotationally, realizes angular deflection when described push rod promotes described escapement swing; Guide post is connected with described operating unit and coordinates to promote described pushrod movement; Described push rod is also connected with elastic component, realizes angular deflection and reset while supplying described push rod shaft to return.
Further, described water diversion disk is provided with one group of water hole, this group water hole comprises at least one water hole, when described water diversion disk swings preset angles with described escapement forward, its water hole is connected with described wherein one group of first apopore, described water diversion disk is during with described escapement backswing preset angles, and its water hole is organized the first apopore with described another and is connected.
Further, described escapement switch unit also comprises a connecting seat, this Connection Block is installed in described water outlet body, and be formed with the intake tunnel being connected with the water inlet end of described water outlet body, this Connection Block also and between described water outlet body, be formed with and be connected with its intake tunnel and for realizing the water inlet die cavity of described two effluent functions, described escapement and water diversion disk are assemblied in respectively the upper and lower surface of this Connection Block, and described water diversion disk is positioned at this water inlet die cavity; Described guide post is connected in this Connection Block slidably.
Further, described operating unit comprises button and bull stick, bull stick is assemblied in described Connection Block rotationally, and its one end forms and contacts cooperation with described guide post, button activity is assemblied in described Connection Block, and forms and contact cooperation with the other end of bull stick, and described water outlet is stretched out in this button part, and this is external, form operating portion, to promote described guide post slip by driving bull stick to rotate.
Further, described escapement correspondence is provided with two groovings towards the sidewall of described push rod, one end of described push rod is resisted against in described the first motion state that wherein a grooving is to promote described escapement forward rotation, and one end of described push rod is resisted against another grooving to promote described escapement backswing in described the second motion state.
Further, described escapement switch unit also comprises gag lever post, and this gag lever post is assemblied in the upper surface of described Connection Block, and one end of this gag lever post is matched with described escapement top, and to having salient point; The upper surface of described escapement is provided with two stopper slots, and the salient point of gag lever post and this two stopper slots corresponding matching, when putting in place to swing at described escapement forward, fall into a wherein stopper slot, in the time that described escapement backswing puts in place, fall into another stopper slot, escapement is formed spacing.
Further, described guide post is provided with a side and is provided with the accommodation section of opening, and the other end of described push rod is rotationally connected with in this accommodation section, and described escapement is stretched to by the opening of this accommodation section in one end of described push rod; Described elastic component comprises two elastic claws, and this two elastic claw is connected in the left and right sides of the other end of described push rod, and is resisted against respectively two relative madial walls of the accommodation section of described guide post.
Further, the relative inner wall of described two groovings is respectively inclined-plane or cambered surface; One end of described push rod slides into this wherein bottom surface of a grooving in described the first motion state along wherein inclined-plane or the cambered surface of a grooving, and one end of described push rod slides into this another grooving bottom surface in described the second motion state along inclined-plane or the cambered surface of another grooving.
Further, described water outlet body is gondola water faucet body, this gondola water faucet body comprises gondola water faucet shell and cover, cover is assemblied in the inner chamber of this gondola water faucet shell and the inner chamber of gondola water faucet shell is separated into cavity and two water chambers for described escapement switch unit is installed, described two group of first apopore is located at this cover, and this two group of first apopore is connected one by one with two water chambers respectively; The head of gondola water faucet shell goes out the water surface and is distributed with two group of second apopore, and this two group of second apopore is connected one by one with two water chambers respectively; The handle end of gondola water faucet shell forms described water inlet end.
Further, described escapement switch unit also comprises that back-moving spring also comprises back-moving spring, and described push rod is realized axially and being resetted by this back-moving spring.
The beneficial effects of the utility model are, owing to also comprising operating unit and escapement switch unit, and comprise escapement, push rod, water diversion disk, and escapement and water diversion disk coaxial linkage are in water outlet body; Push rod activity is assemblied in water outlet body, its one end is towards escapement, and be subject to operating unit impetus to form two motion states to escapement, the first motion state is to promote escapement forward swing preset angles to make water diversion disk open a wherein effluent functions of water outlet body, the second motion state is to promote escapement backswing preset angles to make water diversion disk open another effluent functions of water outlet body, make compared with the switching water discharging mechanism of the utility model and prior art, its parts still less, structure is simpler, be conducive to parts machining, and facilitate overall package and maintenance.
Below in conjunction with drawings and Examples, the utility model is described in further detail; But a kind of balance wheel type switching water discharging mechanism of the present utility model is not limited to embodiment.
Brief description of the drawings
Fig. 1 is exploded perspective view of the present utility model;
Fig. 2 is D structure schematic diagram of the present utility model;
Fig. 3 is generalized section of the present utility model;
Fig. 4 is corresponding D structure schematic diagram after escapement switch unit of the present utility model and operating unit assembling;
Fig. 5 is that the rear corresponding D structure schematic diagram of a part is assembled and cutd open to escapement switch unit of the present utility model and operating unit;
Fig. 6 is the operating state conversion schematic diagram of escapement switch unit of the present utility model.
Detailed description of the invention
Embodiment, refers to shown in Fig. 1-Fig. 5, and a kind of balance wheel type switching water discharging mechanism of the present utility model, comprises water outlet body, and this water outlet body has two effluent functions.Concrete this water outlet body is gondola water faucet body, and it has water inlet end and two group of first apopore 21, respectively organizes the first apopore 21 and comprises respectively two the first apopores, the two effluent functions of two group of first corresponding gondola water faucet body of apopore 21.The utility model also comprises operating unit and escapement switch unit; Wherein, escapement switch unit comprises escapement 7, push rod 8, water diversion disk 3, and escapement 7 can be synchronizeed and be assemblied in rotationally in gondola water faucet body with water diversion disk 3, and water diversion disk 3 is attached at the inner side of two group of first apopore 21, be used for switching unlatching two effluent functions, switch and open two group of first apopore 21; Push rod 8 activities are assemblied in gondola water faucet body, and its one end is towards escapement 7, and be subject to operating unit impetus to form two motion states to escapement 7, the first motion state is to promote escapement 7 forwards to swing preset angles and make water diversion disk 3 open wherein one group of first apopore of gondola water faucet body, and the second motion state is that another that promote that escapement 7 backswing preset angles make that water diversion disk 3 opens gondola water faucet body organized the first apopore.
Preferred as one, described escapement switch unit also comprises guide post 9, and this guide post 9 is assemblied in gondola water faucet body slidably, and described push rod 8 is connected in this guide post 9, and this guide post 9 is connected with described operating unit to coordinate and moves to promote described push rod 8; Described the first elastic component is connected in guide post 9.
Preferred as one, described water diversion disk 3 is provided with one group of water hole 31, this group water hole 31 comprises at least one water hole, when described water diversion disk 3 swings preset angles with described escapement 7 forwards, its water hole 31 is connected with described wherein one group of first apopore 21, thereby opens this group the first apopore, and described water diversion disk 3 is during with described escapement 7 backswing preset angles, its water hole 31 is organized the first apopore with described another and is connected, thus open this another organize the first apopore.
Preferred as one, described escapement switch unit also comprises a connecting seat 6, this Connection Block 6 is installed in described gondola water faucet body, this Connection Block 6 is formed with the intake tunnel being connected with the water inlet end of described gondola water faucet body, this Connection Block 6 also and between described gondola water faucet body, be formed with the water inlet die cavity 63 being connected with described two group of first apopore 21 and intake tunnel thereof, described escapement 7 and water diversion disk 3 are assemblied in respectively the upper and lower surface of this Connection Block 6, and described water diversion disk 3 is positioned at this water inlet die cavity; Described guide post 9 is connected in this Connection Block 6 slidably.Specifically, this Connection Block 6 comprises front plate body 61 and after-poppet 62, between this front plate body 61 and gondola water faucet body, form water inlet die cavity 63, after-poppet 62 is formed with intake tunnel 64, escapement 7 is assemblied in the upper surface of this Connection Block 6, water diversion disk 3 is assemblied in the lower surface of this Connection Block 6, and guide post 9 front portions depend on front plate body 61 upper surfaces, and rear portion depends on after-poppet 62.
Preferred as one, described operating unit comprises button 12 and bull stick 10, specifically, bull stick 10 comprises the radially body of rod and the arc body of rod, the center of arc body of rod medial surface and radially one end one of the body of rod are joined, this bull stick 10 by its radially the other end of the body of rod be assemblied in rotationally the after-poppet 62 of described Connection Block 6, and one end of its arc body of rod forms and contacts cooperation with described guide post 9, button 12 activities are assemblied in the after-poppet 62 of described Connection Block 6, after-poppet 62 downsides of concrete Connection Block 6 are provided with a primary socket 14, one end of button 12 is rotationally connected with this primary socket 14, the other end of this button 12 forms and contacts cooperation with the other end of the arc body of rod of bull stick 10, described gondola water faucet is stretched out in these button 12 parts, and this is external (concrete, the handle part of gondola water faucet body is provided with a through hole, button 12 stretches out gondola water faucet by this through hole just, and this is external), form operating portion, to rotate by pressing down promotion bull stick 10, and then promote described guide post 9 and slide.Except this, operating unit also can comprise the push button or the toggle that are connected with guide post 9 and coordinate, slides for promoting guide post 9.
Preferred as one, described escapement 7 correspondences are provided with two groovings 71,72 towards the sidewall of described push rod 8, one end of described push rod 8 is resisted against in described the first motion state that wherein a grooving 71 is to promote described escapement 7 forward rotation, and one end of described push rod 8 is resisted against another grooving 72 to promote described escapement 7 backswings in described the second motion state.Preferred as one, the relative inner wall of this two grooving 71,72 is respectively inclined-plane (can be also cambered surface certainly); One end of described push rod 8 wherein slides into this wherein bottom surface of a grooving 71 in the inclined-plane of a grooving 71 by moving with described guide post 9 on described the first motion state edge, slides into this another grooving 72 bottom surfaces in described the second motion state along the inclined-plane of another grooving 72.Preferred as one, the left and right sidewall of the end, one end of described push rod 8 is respectively inclined-plane, and the width of this end end of described push rod 8 is narrowed from inside to outside gradually, for matching with the inclined-plane of two groovings 71,72 of escapement 7.
Preferred as one, described escapement 7 switch units also comprise gag lever post 15, and this gag lever post 15 is assemblied in the upper surface of the front plate body 61 of described Connection Block 6, and one end of this gag lever post 15 is matched with described escapement 7 tops, and to having salient point (not embodying in figure).Specifically, the upper surface of the front plate body 61 of Connection Block 6 is provided with a slot 65, and gag lever post 15 is C character form structure, and its other end is plugged in the slot 65 of Connection Block 6, makes gag lever post 15 be fixed on Connection Block 6.The upper surface of described escapement 7 is provided with two stopper slots 73,74, the salient point of gag lever post 15 and this two stopper slot 73,74 corresponding matching, specifically in the time that described escapement 7 forwards swings put in place, fall into a wherein stopper slot 73, in the time that described escapement 7 backswings put in place, fall into another stopper slot 74, thereby form spacing to escapement 7.
Preferred as one, described push rod 8 is connected in described guide post 9 rotationally, and described push rod 8 promotes to realize when described escapement 7 swings angular deflection; Described push rod 8 is also connected with elastic component, realizes angular deflection and reset while supplying described push rod 8 with described guide post 9 return.Specifically, described guide post 9 is provided with a side and has the accommodation section of opening, and the other end of described push rod 8 is rotationally connected with in this accommodation section, and described escapement 7 is stretched to by the opening of this accommodation section in one end of described push rod 8; Described elastic component comprises two elastic claws 16,17, and this two elastic claw 16,17 is connected in the left and right sides of the other end of described push rod 8, and is resisted against respectively two relative madial walls of the accommodation section of described guide post 9.Except this, for the angular deflection that realizes push rod 8 resets, elastic component also can adopt torsion spring to realize, or also can directly make push rod 8 adopt elastomeric material to be made, so, when one end of push rod 8 occurs, after angular deflection, can utilize the elasticity of self to reset.
Described gondola water faucet body comprises gondola water faucet shell and cover 2, described cover 2 is assemblied in the inner chamber of this gondola water faucet shell and the inner chamber of gondola water faucet shell is separated into cavity and two water chambers for above-mentioned escapement switch unit is installed, described two group of first apopore 21 is located at this cover 2, and this two group of first apopore 21 is connected one by one with two water chambers respectively.The front plate body 61 of above-mentioned Connection Block 6 specifically and between this cover 2, surround described water inlet die cavity 63.The head of gondola water faucet shell goes out the water surface and is distributed with two group of second apopore 11, and this two group of second apopore is connected one by one with two water chambers respectively; The handle end of gondola water faucet shell forms described water inlet end.
Specifically, described gondola water faucet shell comprises housing 1 and the bonnet 4 with handle and front outflow cover for water, and bonnet 4 is fixedly connected with the front outflow cover for water of housing 1, surrounds the head cavity of described gondola water faucet shell; Described two group of second apopore 11 is located at the front outflow cover for water of this housing 1.In the handle of housing 1, be also set with a core retainer plate 5, the two ends of this core retainer plate 5 are respectively equipped with water inlet and delivery port, and wherein, water inlet forms the water inlet end of described gondola water faucet body, and delivery port is connected with the intake tunnel 64 of described Connection Block 6.
Preferred as one, described escapement switch unit also comprises a back-moving spring 13, and described push rod 8 is realized axially and being resetted by this back-moving spring 13, and concrete, these back-moving spring 13 contacts are connected between described guide post 9 and the after-poppet 62 of described Connection Block 6.
A kind of balance wheel type switching water discharging mechanism of the present utility model, as shown in Figure 6, it has four operating states, from the picture left above of Fig. 6, and pressing the direction indication of arrow, four little figure in Fig. 6 represent respectively: original state, duty one, reset mode, duty two.Wherein, under original state, guide post 9 and push rod 8 are acted in treating sliding mode by back-moving spring 13, organize the first apopore with another of the water hole 31 of the water diversion disk 3 of escapement 7 same axis interlocks and gondola water faucet body and be connected, the salient point of gag lever post 15 drops in another stopper slot 74 of escapement 7 upper surfaces; The wherein inclined-plane of a grooving 71 of escapement 7 is pointed in the end, one end of push rod 8.Press button 12 when staff, when button 12 being rotated and driving bull stick 10 to rotate, bull stick 10 promotes guide post 9 rectilinear motions, thereby drives the direction rectilinear motion of push rod 8 towards escapement 7, in the time that the end, one end of push rod 8 moves to the inclined-plane of a wherein grooving 71 that touches escapement 7, along with the continuation campaign of push rod 8, the end, one end of this push rod 8 can slide into along the inclined-plane of this grooving 71 bottom surface of this grooving 71, and finally promote escapement 7 forwards (here, represent in a clockwise direction forward, certainly, this is not necessarily) swing preset angles, the swing of escapement 7 simultaneously makes the salient point of gag lever post 15 skid off another stopper slot 74 of escapement 7, and in the time that putting (being that guide post 9 stops promoting push rod 8 rectilinear motions) in place, escapement 7 forwards swings fall in a wherein stopper slot 73 of escapement 7, carry out spacing with this to escapement 7, while avoiding push rod 8 to reset, escapement 7 is brought back (here, in the time that the rotary resistances of escapement 7 itself are greater than push rod 8 and reset active force to its generation, gag lever post 15 also can be set).In the time that escapement 7 forwards swings put in place, water diversion disk 3 also and then swings and puts in place, and its water hole 31 is connected with wherein one group of first apopore 21 of gondola water faucet body.When promoting escapement 7 and swing due to push rod 8, the end, one end of push rod 8 is limited in the bottom surface of a wherein grooving of escapement 7, thereby along with the swing of escapement 7, angular deflection also can occur push rod 8, and makes elastic claw 16 pressurizeds in its left side, and this is duty one.Subsequently, staff is decontroled button 12, guide post 9 drives push rod 8 straight line returns under the restoring force effect of back-moving spring 13, in the time that the end, one end of push rod 8 departs from a wherein grooving 71 of escapement 7, push rod 8 carries out angular deflection return under the restoring force effect of the elastic claw 16 in its left side, this is reset mode, and now, the inclined-plane of another grooving 72 of escapement 7 is pointed in the end, one end of push rod 8.
In the time that needs are switched to original state, staff is pressed button 12 again, makes button 12 drive bull stick 10 to rotate, thereby promotes guide post 9 and push rod 8 rectilinear motions.In the time that the end, one end of push rod 8 moves to the inclined-plane of another grooving 72 that touches escapement 7, along with the continuation campaign of push rod 8, the end, one end of this push rod 8 can slide into along the inclined-plane of this grooving 72 bottom surface of this grooving 72, and finally promote oppositely (counterclockwise) swing preset angles of escapement 7, the swing of escapement 7 simultaneously makes the salient point of gag lever post 15 skid off a wherein stopper slot 73 of escapement 7, and in (being that guide post 9 stops the promoting push rod 8 rectilinear motions) time that puts in place in escapement 7 backswings, falls in another stopper slot 74 of escapement 7, carry out spacing with this to escapement 7, while avoiding push rod 8 to reset, escapement 7 is brought back (here, in the time that the rotary resistances of escapement 7 itself are greater than push rod 8 and reset active force to its generation, gag lever post 15 also can be set).In the time that escapement 7 backswings put in place, water diversion disk 3 also and then swings and puts in place, and make its water hole 31 and gondola water faucet body another organize the first apopore and be connected.When promoting escapement 7 and swing due to push rod 8, the end, one end of push rod 8 is limited in the bottom surface of another grooving 72 of escapement 7, thereby along with the swing of escapement 7, angular deflection also can occur push rod 8, and makes elastic claw 17 pressurizeds on its right side, and this is duty two.Subsequently, staff is decontroled button 12, guide post 9 drives push rod 8 straight line returns under the restoring force effect of back-moving spring 13, in the time that the end, one end of push rod 8 departs from another grooving 72 of escapement 7, push rod 8 carries out angular deflection return under the restoring force effect of the elastic claw 17 on its right side, thereby is returned to original state.
Above-described embodiment is only used for further illustrating a kind of balance wheel type switching water discharging mechanism of the present utility model; but the utility model is not limited to embodiment; any simple modification, equivalent variations and modification that every foundation technical spirit of the present utility model is done above embodiment, all fall in the protection domain of technical solutions of the utility model.
Claims (12)
1. balance wheel type switching water discharging mechanism, comprises water outlet body, and this water outlet body has water inlet end and two effluent functions; It is characterized in that: also comprise the operating unit and the escapement switch unit that are installed on water outlet body;
Escapement switch unit comprises escapement, push rod and water diversion disk, and escapement can be synchronizeed and be assemblied in rotationally in water outlet body with water diversion disk; Push rod activity is assemblied in water outlet body, and its one end is towards escapement, and be subject to operating unit impetus to form two motion states to escapement, the first motion state is to promote escapement forward swing preset angles to make water diversion disk open a wherein effluent functions of water outlet body, and the second motion state is to promote escapement backswing preset angles to make water diversion disk open another effluent functions of water outlet body.
2. balance wheel type switching water discharging mechanism according to claim 1, it is characterized in that: described water outlet body is provided with two group of first apopore, each group the first apopore comprises respectively at least one first apopore, and the two effluent functions of two group of first corresponding described water outlet body of apopore; Described water diversion disk is attached at two group of first apopore inner side.
3. balance wheel type switching water discharging mechanism according to claim 1, it is characterized in that: described escapement switch unit also comprises guide post, this guide post is assemblied in water outlet body slidably, described push rod is connected in this guide post rotationally, realizes angular deflection when described push rod promotes described escapement swing; Guide post is connected with described operating unit and coordinates to promote described pushrod movement; Described push rod is also connected with elastic component, realizes angular deflection and reset while supplying described push rod shaft to return.
4. balance wheel type switching water discharging mechanism according to claim 2, its spy is: described water diversion disk is provided with one group of water hole, this group water hole comprises at least one water hole, when described water diversion disk swings preset angles with described escapement forward, its water hole is connected with described wherein one group of first apopore, described water diversion disk is during with described escapement backswing preset angles, and its water hole is organized the first apopore with described another and is connected.
5. balance wheel type switching water discharging mechanism according to claim 3, it is characterized in that: described escapement switch unit also comprises a connecting seat, this Connection Block is installed in described water outlet body, and be formed with the intake tunnel being connected with the water inlet end of described water outlet body, this Connection Block also and between described water outlet body, be formed with and be connected with its intake tunnel and for realizing the water inlet die cavity of described two effluent functions, described escapement and water diversion disk are assemblied in respectively the upper and lower surface of this Connection Block, and described water diversion disk is positioned at this water inlet die cavity; Described guide post is connected in this Connection Block slidably.
6. balance wheel type switching water discharging mechanism according to claim 5, it is characterized in that: described operating unit comprises button and bull stick, bull stick is assemblied in described Connection Block rotationally, and its one end forms and contacts cooperation with described guide post, button activity is assemblied in described Connection Block, and forms and contact cooperation with the other end of bull stick, and described water outlet is stretched out in this button part, and this is external, form operating portion, to promote described guide post slip by driving bull stick to rotate.
7. balance wheel type switching water discharging mechanism according to claim 1, it is characterized in that: described escapement correspondence is provided with two groovings towards the sidewall of described push rod, one end of described push rod is resisted against in described the first motion state that wherein a grooving is to promote described escapement forward rotation, and one end of described push rod is resisted against another grooving to promote described escapement backswing in described the second motion state.
8. balance wheel type switching water discharging mechanism according to claim 5, it is characterized in that: described escapement switch unit also comprises gag lever post, this gag lever post is assemblied in the upper surface of described Connection Block, and one end of this gag lever post is matched with described escapement top, and to having salient point; The upper surface of described escapement is provided with two stopper slots, and the salient point of gag lever post and this two stopper slots corresponding matching, when putting in place to swing at described escapement forward, fall into a wherein stopper slot, in the time that described escapement backswing puts in place, fall into another stopper slot, escapement is formed spacing.
9. balance wheel type switching water discharging mechanism according to claim 3, it is characterized in that: described guide post is provided with a side and has the accommodation section of opening, the other end of described push rod is rotationally connected with in this accommodation section, and described escapement is stretched to by the opening of this accommodation section in one end of described push rod; Described elastic component comprises two elastic claws, and this two elastic claw is connected in the left and right sides of the other end of described push rod, and is resisted against respectively two relative madial walls of the accommodation section of described guide post.
10. balance wheel type switching water discharging mechanism according to claim 7, is characterized in that: the relative inner wall of described two groovings is respectively inclined-plane or cambered surface; One end of described push rod slides into this wherein bottom surface of a grooving in described the first motion state along wherein inclined-plane or the cambered surface of a grooving, and one end of described push rod slides into this another grooving bottom surface in described the second motion state along inclined-plane or the cambered surface of another grooving.
11. balance wheel type switching water discharging mechanisms according to claim 2, it is characterized in that: described water outlet body is gondola water faucet body, this gondola water faucet body comprises gondola water faucet shell and cover, cover is assemblied in the inner chamber of this gondola water faucet shell and the inner chamber of gondola water faucet shell is separated into cavity and two water chambers for described escapement switch unit is installed, described two group of first apopore is located at this cover, and this two group of first apopore is connected one by one with two water chambers respectively; The head of gondola water faucet shell goes out the water surface and is distributed with two group of second apopore, and this two group of second apopore is connected one by one with two water chambers respectively; The handle end of gondola water faucet shell forms water inlet end.
12. balance wheel type switching water discharging mechanisms according to claim 1, is characterized in that: described escapement switch unit also comprises back-moving spring, and described push rod is realized axially and being resetted by this back-moving spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420114355.9U CN203737446U (en) | 2014-03-13 | 2014-03-13 | Balance wheel type water outlet switching mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420114355.9U CN203737446U (en) | 2014-03-13 | 2014-03-13 | Balance wheel type water outlet switching mechanism |
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| Publication Number | Publication Date |
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| CN203737446U true CN203737446U (en) | 2014-07-30 |
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| CN201420114355.9U Withdrawn - After Issue CN203737446U (en) | 2014-03-13 | 2014-03-13 | Balance wheel type water outlet switching mechanism |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103831178A (en) * | 2014-03-13 | 2014-06-04 | 九牧厨卫股份有限公司 | Wobble wheel switching water outlet mechanism |
| CN105478252A (en) * | 2015-10-09 | 2016-04-13 | 厦门倍杰特科技有限公司 | Pressing switching structured sprinkler |
-
2014
- 2014-03-13 CN CN201420114355.9U patent/CN203737446U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103831178A (en) * | 2014-03-13 | 2014-06-04 | 九牧厨卫股份有限公司 | Wobble wheel switching water outlet mechanism |
| CN103831178B (en) * | 2014-03-13 | 2016-05-11 | 九牧厨卫股份有限公司 | A kind of balance wheel type switching water discharging mechanism |
| CN105478252A (en) * | 2015-10-09 | 2016-04-13 | 厦门倍杰特科技有限公司 | Pressing switching structured sprinkler |
| CN105478252B (en) * | 2015-10-09 | 2018-07-27 | 厦门倍杰特科技股份公司 | Press switching structure shower |
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