CN208251290U - A kind of floor drain with big row's speed - Google Patents
A kind of floor drain with big row's speed Download PDFInfo
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- CN208251290U CN208251290U CN201820829784.2U CN201820829784U CN208251290U CN 208251290 U CN208251290 U CN 208251290U CN 201820829784 U CN201820829784 U CN 201820829784U CN 208251290 U CN208251290 U CN 208251290U
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- floor drain
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- blow vent
- type switching
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Abstract
The utility model discloses a kind of floor drains with big row's speed, floor drain ontology (10) including upper and lower ends perforation, it further include the venting channels (A) that can be connected to lower aquaporin (100) Yu outside air, flip-over type switching mechanism (30) are equipped in the floor drain ontology (10), by driving the flip-over type switching mechanism (30) to open or close the venting channels (A) to control.The floor drain of the utility model by setting flip-over type switching mechanism controls the opening of venting channels to greatly improve the drainage speed of floor drain, structure very simple, compact, and function is reliable, easy to operate.
Description
Technical field
The utility model relates to a kind of floor drains with big row's speed.
Background technique
Most of existing floor drain is without design venting channels, in this way, when floor drain drains, gas in lower aquaporin can be from
Lower aquaporin overflows, and the water flow of gas and flow down is collided in lower aquaporin, will substantially reduce the drainage speed of floor drain, from
And cause the drainage effect of floor drain poor, when needing floor drain that can be drained to be greater than normal row's speed, such as a large amount of water
When floor drain is flooded, existing floor drain tends not to meet demand.
Utility model content
The utility model is cut by setting flip-over type to solve the above problems, provide a kind of floor drain with big row's speed
The opening of mechanism controls venting channels is changed to greatly improve the drainage speed of floor drain, and structure is simple, compact, function is reliable, behaviour
Facilitate.
To achieve the above object, the technical solution adopted in the utility model are as follows: a kind of floor drain with big row's speed, including it is upper
The floor drain ontology (10) of lower both ends perforation, further includes the venting channels (A) that can be connected to lower aquaporin (100) Yu outside air, institute
It states in floor drain ontology (10) and is equipped with flip-over type switching mechanism (30), by driving the flip-over type switching mechanism (30) to beat to control
The venting channels (A) is closed on or off.
Preferably, the drain cover (20) passed through for water flow, the floor drain ontology are equipped with above the floor drain ontology (10)
(10) outer tunnel (12) for being formed with internal channel (11) in and being centered around except the internal channel (11), further including can be relatively described
The nut cap (40) of flip-over type switching mechanism (30) described in drain cover (20) activity setting and linkage, the nut cap (40) are equipped with
It is connected to the blow vent (41) of the internal channel (11) and outside air, the internal channel (11) and the blow vent (41) form institute
Venting channels (A) is stated, when pressing the nut cap (40), the nut cap (40) drives the flip-over type switching mechanism (30) and in institute
It states under the action of flip-over type switching mechanism (30) in the position for closing the blow vent (41) and opens the blow vent (41)
It is movable between position.
Preferably, the floor drain ontology (10) include internal and external partition arrangement inner sleeve and outer sleeve, the inner sleeve and
Gap between outer sleeve is formed the outer tunnel (12), and the inner cavity of the inner sleeve forms the internal channel (11).
Preferably, the flip-over type switching mechanism (30) includes body (32), is slideably installed in the body (32)
Interior slide mass (33) and rotor (34), the interior edge of the body (32) is axially arranged with several ribs (321) separately, described
Guide groove (322) are formed between rib (321), are alternately equipped with limited step (323) between the guide groove (322), it is described
Limited step (323) and the bottom wall of the guide groove (322) have a spacing distance, and the upper end of the slide mass (33) supports
Several convex blocks matched with the rotor (34) are arranged in the nut cap (40), the lower end interval of the slide mass (33)
(331), one end that the rotor (34) matches with the slide mass (33) is correspondingly provided with several raised lines separately
(341), the raised line (341) is equipped with the first inclined-plane (3411) close to the one end of the slide mass (33), and the convex block (331) is leaned on
One end of the nearly rotor (34) is equipped with the second inclined-plane (3311), and the one of the rib (321) close the rotor (34)
The institute that side is formed between the rib (321) equipped with third inclined-plane (3211), the convex block (331) and the raised line (341)
Sliding in guide groove (322) is stated, further includes the elastic component (31) for the rotor (34) to be applied with elastic force；The sliding
Body (33) body (32) described in the drive lower edge of the nut cap (40) slides and pushes the rotor (34), when the rotation
When the raised line (341) of body (34) is pushed out the guide groove (322), in first inclined-plane (3411), the second inclined-plane (3311)
An angle, and the raised line of the rotor (34) are rotated with rotor (34) described under the action of third inclined-plane (3211)
(341) it is automatically reset under the action of the elastic component (31) in the guide groove (322) of adjacent one, so that institute
It states raised line (341) and is cut being connected to the bottom wall of the guide groove (322) and be connected between the limited step (323)
It changes, so that the spacing distance that relatively described body (32) axial movement of the slide mass (33) is described.
Preferably, the flip-over type switching mechanism (30) is set in the inner sleeve, and the bottom end of the inner sleeve, which is equipped with, to be connected
It connects rib (13), a support base (50) is fixedly arranged on the connecting bar (13) and is located at the middle part of the inner sleeve bottom end to prop up
Support the flip-over type switching mechanism (30).
Preferably, the middle part of the support base (50) is equipped with spring guide, and the elastic component (31) is pressure spring and is set to institute
It states in spring guide, the rotor (34) is the sleeve-like configuration of bottom opening, and the flip-over type switching mechanism (30) is also wrapped
A longitudinal support rod (35) being set in the rotor (34) is included, the elastic component (31) is by the support rod (35) to institute
It states rotor (34) and applies elastic force.
Preferably, the slide mass (33) and the rotor (34) are sleeve-like configuration, and the convex block (331) is circumferentially
Interval is set to the peripheral wall of the bottom end of the slide mass (33), and the raised line (341) is circumferentially spaced to be set to the rotor (34)
Lower part peripheral wall, the top of the rotor (34) is inserted in the slide mass (33).
Preferably, the nut cap (40) is the sleeve-like configuration of bottom end opening, and the nut cap (40) includes internal and external partition cloth
The inner cylinder (42) and outer cylinder (43) set form the gap being connected with the internal channel (11) between the inner barrel and outer barrel and lead to
Road, the blow vent (41) are set to the peripheral wall of the outer cylinder (43), and the blow vent (41) and the internal channel (11) pass through institute
Clearance channel is stated to be connected.
Preferably, the blow vent (41) is set on the peripheral wall of the nut cap (40), and the drain cover (20) is equipped with the
One aperture (21), the nut cap (40), which slides up and down, to be threaded through in first aperture (21), the side of first aperture (21)
Wall closes the blow vent (41) when corresponding with blow vent (41) on the nut cap (40).
Preferably, the nut cap (40) opens the blow vent (41) under the action of flip-over type switching mechanism (30)
When, the position of the blow vent (41) (200) one pre-determined distance above ground level；The bottom end of the floor drain ontology (10) is rotationally
Lid connects a baffle (70), and the baffle (70) rotates down under water flow pressure and opens the internal channel (11) and outer tunnel
(12).
The beneficial effects of the utility model are:
The utility model can be connected to the venting channels of lower aquaporin and outside air by setting, and set in floor drain ontology
There is flip-over type switching mechanism, the venting channels are opened or closed to control by driving flip-over type switching mechanism, close ventilation
When channel, the air of lower aquaporin can not drain into interior via the venting channels in draining, under can reducing to a certain extent
Influence of the air of aquaporin to indoor environment, when opening venting channels, the air of lower aquaporin can be discharged by venting channels,
So that the drainage speed of floor drain is larger, so as to meet the needs of big row's speed of floor drain drains, which can be realized two kinds of rows' speed,
Structure very simple, compact to adapt to the different dewatering needs of user, function is reliable, easy to operate.
In addition, nut cap is equipped with connection floor drain ontology by the way that the inner cavity of floor drain ontology is divided into internal channel and outer tunnel
Internal channel and outside air blow vent, the internal channel and blow vent form the venting channels, when pressing nut cap, nut cap
Drive flip-over type switching mechanism and under the action of flip-over type switching mechanism in the position and opening blow vent for closing blow vent
Activity is between position to realize closing and opening to venting channels, and structure is simple, also, by the way that floor drain ontology to be divided into
Internal channel for exhaust and the outer tunnel for draining, thus will exhaust with draining channel mutually separate to avoid water it is gentle
The problem that drainage effect difference is collided and caused in lower aquaporin, substantially increases the drainage speed of floor drain.
Detailed description of the invention
Attached drawing described herein is used to provide a further understanding of the present invention, and constitutes one of the utility model
Point, the exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the utility model
Improper restriction.In the accompanying drawings:
Fig. 1 is to have the signal of the big floor drain installation for arranging speed on the ground according to one preferred embodiment of the utility model
Figure；
Fig. 2 is the decomposition diagram according to the floor drain with big row's speed of one preferred embodiment of the utility model；
Fig. 3 is to have the section view of the big floor drain installation for arranging speed on the ground according to one preferred embodiment of the utility model
Figure, state when being closed at this time for blow vent；
Fig. 4 is to have the section view of the big floor drain installation for arranging speed on the ground according to one preferred embodiment of the utility model
Figure, state when being opened at this time for blow vent；
Fig. 5 is the capping structure schematic diagram according to the floor drain with big row's speed of one preferred embodiment of the utility model；
Fig. 6 is the sheath structure schematic diagram according to the floor drain with big row's speed of one preferred embodiment of the utility model；
Fig. 7 is the slide mass structural schematic diagram according to the floor drain with big row's speed of one preferred embodiment of the utility model；
Fig. 8 is the rotor structural schematic diagram according to the floor drain with big row's speed of one preferred embodiment of the utility model；
Fig. 9 is to be illustrated according to the floor drain body construction of the floor drain with big row's speed of one preferred embodiment of the utility model
Figure.
In figure:
10- floor drain ontology；11- internal channel；12- outer tunnel；13- connecting bar；
20- drain cover；The first aperture of 21-；
30- flip-over type switching mechanism；31- elastic component；32- body；321- rib；3211- third inclined-plane；322- guiding
Slot；323- limited step；33- slide mass；331- convex block；The second inclined-plane 3311-；34- rotor；341- raised line；3411-
One inclined-plane；35- support rod；
40- nut cap；41- blow vent；42- inner cylinder；43- outer cylinder；
50- support base；
60- filtering cover；The second aperture of 61-；
70- baffle；
Aquaporin under 100-；
The ground 200-.
Specific embodiment
In order to be clearer and more clear technical problem to be solved in the utility model, technical solution and beneficial effect, with
Under in conjunction with the accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein
Example is applied only to explain the utility model, is not used to limit the utility model.
As shown in Figures 1 to 5, a kind of floor drain with big row's speed of a preferred embodiment of the utility model, installation
In ground 200 at the collector nozzle of lower aquaporin 100, floor drain ontology 10 including upper and lower ends perforation is set to floor drain ontology 10
Top and the drain cover 20 passed through for water flow and the venting channels A that lower aquaporin 100 and outside air can be connected to, floor drain ontology
10 are installed at the collector nozzle of lower aquaporin 100, and flip-over type switching mechanism 30 is equipped in floor drain ontology 10, by driving flip-over type
Switching mechanism 30 opens or closes the venting channels A to control, and when closing venting channels A, the air of lower aquaporin 100 is being arranged
Interior can not be drained into via the venting channels A when water, the air of lower aquaporin 100 can be reduced to a certain extent to indoor environment
Influence, open venting channels A when, the air of lower aquaporin 100 can be discharged by venting channels A so that floor drain draining speed
Spend larger, so as to meet the needs of floor drain big row's speed draining, which can be realized two kinds of rows speed, so that it is different to adapt to user
Dewatering needs, structure very simple, compact, function is reliable.
In the present embodiment, the outer tunnel 12 that internal channel 11 is formed in floor drain ontology 10 and is centered around except internal channel 11,
It further include that can be equipped with respect to the nut cap 40 of flip-over type switching mechanism 30 described in 20 activity setting of drain cover and linkage, nut cap 40
It is connected to the blow vent 41 of internal channel 11 and outside air, the internal channel 11 and the blow vent 41 form the venting channels A,
When pressing nut cap 40, nut cap 40 drives the flip-over type switching mechanism 30 and is closing under the action of flip-over type switching mechanism 30
Activity between the position of blow vent 41 and the position for opening blow vent 41 when closing blow vent 41, namely closes venting channels A
When, the air of lower aquaporin 100 can not drain into interior via the blow vent 41, can reduce the sky of lower aquaporin to a certain extent
Influence of the gas to indoor environment, when opening blow vent 41, namely when opening venting channels A, the air of lower aquaporin 100 can be by
Blow vent 41 is discharged, so that the drainage speed of floor drain is larger, so as to meet the needs of big row's speed of floor drain drains.
In the present embodiment, floor drain ontology 10 includes the inner sleeve and outer sleeve of internal and external partition arrangement, inner sleeve and outer sleeve
Between gap form outer tunnel 12, the inner cavity of inner sleeve forms internal channel 11.
In the present embodiment, flip-over type switching mechanism 30 is set in inner sleeve, and the bottom end of inner sleeve is equipped with connecting bar 13, and one
Support base 50 is fixedly arranged in connecting bar 13 and is located at the middle part of inner sleeve bottom end to support flip-over type switching mechanism 30.
The flip-over type switching mechanism 30 of the utility model can use and the spring on flip-over type cylinder pen in the prior art
The similar structure of formula structure, specific in the present embodiment, flip-over type switching mechanism 30 includes body 32, is slideably installed in
Slide mass 33 and rotor 34 in body 32, along being axially arranged with several ribs 321 separately in body 32, rib 321 it
Between form guide groove 322, limited step 323, the bottom of limited step 323 and guide groove 322 are alternately equipped between guide groove 322
Wall has a spacing distance, and the upper end of slide mass 33 supports nut cap 40, and the lower end interval of slide mass 33 is arranged several and turns
The convex block 331 that kinetoplast 34 matches, one end that rotor 34 is matched with slide mass 33 are correspondingly provided with several raised lines separately
341, raised line 341 is equipped with the first inclined-plane 3411 close to one end of slide mass 33, and convex block 331 is equipped with the close to one end of rotor 34
Two inclined-planes 3311, rib 321 are equipped with third inclined-plane 3211 close to the side of rotor 34, and convex block 331 and raised line 341 are in rib
It is slided in the guide groove 322 formed between 321, further includes the elastic component 31 for applying elastic force to rotor 34；Slide mass
33 slide along body 32 under the drive of nut cap 40 and push rotor 34, when the raised line 341 of rotor 34 is pushed out guide groove
When 322, rotor 34 rotates an angle under the action of the first inclined-plane 3411, the second inclined-plane 3311 and third inclined-plane 3211, and
And the raised line 341 of rotor 34 is automatically reset under the action of elastic component 31 in an adjacent guide groove 322, so that
Raised line 341 is switched over being connected to the bottom wall of guide groove 322 and be connected between limited step 323, so that slide mass
The spacing distance that 33 opposite bodies 32 move axially.In the present embodiment, slide mass 33 and rotor 34 are sleeve-like configuration, convex block
The peripheral wall of the 331 circumferentially spaced bottom ends set on slide mass 33, the week of the circumferentially spaced lower part set on rotor 34 of raised line 341
Wall, the top of rotor 34 are inserted in slide mass 33.
In the present embodiment, the middle part of support base 50 is equipped with spring guide, and elastic component 31 is pressure spring and is set in spring guide,
Rotor 34 is the sleeve-like configuration of bottom opening, and flip-over type switching mechanism 30 further includes a longitudinal branch being set in rotor 34
Strut 35, elastic component 31 apply elastic force to rotor 34 by support rod 35.
In the present embodiment, nut cap 40 is the sleeve-like configuration of bottom end opening, and nut cap 40 includes the inner cylinder of internal and external partition arrangement
42 and outer cylinder 43, the clearance channel being connected with internal channel 11 is formed between inner barrel and outer barrel, and blow vent 41 is set on outer cylinder 43
On peripheral wall, blow vent 41 is connected with internal channel 11 by the clearance channel, that is, under 41 opening state of blow vent, draining
When, the gas in lower aquaporin 100 can be discharged via internal channel 11, clearance channel and blow vent 41.
In the present embodiment, blow vent 41 is set on the peripheral wall of nut cap 40, and drain cover 20 is equipped with the first aperture 21, nut cap 40
It slides up and down and is threaded through in the first aperture 21, closed when the side wall of the first aperture 21 is corresponding with the blow vent 41 in nut cap 40 logical
Port 41.
In the present embodiment, the lower section of drain cover 20 is additionally provided with filtering cover 60, and the first of drain cover 20 is corresponded on filtering cover 60
Aperture 21 is equipped with the second aperture 61, and nut cap 40, which slides up and down, to be threaded through in the first aperture 21 and the second aperture 61.
In the present embodiment, it is preferred that when blow vent 41 is opened in nut cap 40 under the action of flip-over type switching mechanism 30, ventilation
A position pre-determined distance above ground level for mouth 41, the pre-determined distance can be designed as needed, so that when floor drain comes not
And draining, when causing ground to be flooded there be not, blow vent 41 is still on the water surface, is effectively vented to can proceed with, with
In the case where guaranteeing that ground is flooded not, floor drain still has the function of to arrange speed greatly.
The present embodiment is specifically that, when nut cap 40 moves down under the action of flip-over type switching mechanism 30, blow vent 41 is with lid
Cap 40 moves down and corresponding with the side wall of the first aperture 21, and the side wall of the first aperture 21 closes blow vent 41, when nut cap 40 exists
When moving up under the action of flip-over type switching mechanism 30, blow vent 41 is moved up with nut cap 40 and is staggered with the side wall of the first aperture 21
Position, to open blow vent 41.Certainly, it is readily apparent that, can also design in turn are as follows: when nut cap 40 is in flip-over type switching machine
When moving down under the action of structure 30, blow vent 41 is moved down with nut cap 40 and the side wall sequence with the first aperture 21, the first aperture 21
Side wall blow vent 41 is opened, when nut cap 40 moves up under the action of flip-over type switching mechanism 30, blow vent 41 is with nut cap
40 move up and corresponding with the side wall of the first aperture 21, and the side wall of the first aperture 21 closes blow vent 41, so and feasible.
When in order to effectively floor drain be avoided not drain, air in lower aquaporin 100 is from the internal channel 11 in floor drain ontology 10
With 12 channelling of outer tunnel to interior, in the present embodiment, the bottom end of floor drain ontology 10, which is rotationally covered, connects a baffle 70, and floor drain is not arranged
When water, the lid of baffle 70 is connect in the bottom end of floor drain ontology 10 to close internal channel 11 and outer tunnel 12, and when floor drain drains, baffle 70 can
It is rotated down under water flow pressure and opens internal channel 11 and outer tunnel 12, further, in order to enable the trapping of baffle 70 is imitated
Fruit is more preferable, gasket can also be arranged between baffle 70 and floor drain ontology 10.
The working principle and process of the utility model are summarized as follows:
As shown in figure 3, at this point, nut cap 40 be retracted drain cover 20 the first aperture 21 in, the side wall and lid of the first aperture 21
Blow vent 41 on cap 40 is corresponding to close blow vent 41, that is, venting channels A is closed at this time, the air of lower aquaporin 100
Can not be discharged via internal channel 11 and blow vent 41, the presence of the air of lower aquaporin 100 will make the drainage speed of floor drain compared with
Small, which is designed as can satisfy proper drainage demand.
As shown in figure 4, when needing floor drain to carry out the draining of larger row's speed, as long as pressing down on a nut cap 40, nut cap 40
Flip-over type switching mechanism 30 is driven, under the action of flip-over type switching mechanism 30, nut cap 40 moves up interval described above
Distance, so that blow vent 41 is opened and 200 pre-determined distances that basset, that is, venting channels A is opened at this time, so that
The air of lower aquaporin 100 can be discharged via internal channel 11 and blow vent 41, and the discharge of the air of lower aquaporin 100 is so that draining
Speed is larger, so as to meet floor drain larger row speed dewatering needs.
When carrying out the draining of larger row's speed without floor drain, as long as pressing a nut cap 40 still further below, floor drain is returned to Fig. 3 institute
The hull-borne for the normal row's speed shown, and so on switches, easy to operate, function is reliable.
The preferred embodiment of the utility model has shown and described in above description, as previously described, it should be understood that this is practical new
Type is not limited to forms disclosed herein, and should not be regarded as an exclusion of other examples, and can be used for various other groups
Conjunction, modification and environment, and above-mentioned introduction or the technology of related fields can be passed through within the scope of the inventive concept described herein
Or knowledge is modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the utility model, then
It all should be in the protection scope of the appended claims for the utility model.
Claims (10)
1. a kind of floor drain with big row's speed, the floor drain ontology (10) including upper and lower ends perforation, which is characterized in that further including can
The venting channels (A) of lower aquaporin (100) and outside air are connected to, are equipped with flip-over type switching mechanism in the floor drain ontology (10)
(30), by driving the flip-over type switching mechanism (30) to open or close the venting channels (A) to control.
2. the floor drain with big row's speed according to claim 1, which is characterized in that be equipped with above the floor drain ontology (10)
For the drain cover (20) that water flow is passed through, it is formed with internal channel (11) in the floor drain ontology (10) and is centered around the internal channel
(11) outer tunnel (12) except, further including can flip-over type switching described in the drain cover (20) activity setting and linkage relatively
The nut cap (40) of mechanism (30), the nut cap (40) are equipped with the blow vent for being connected to internal channel (11) and outside air
(41), the internal channel (11) and the blow vent (41) form the venting channels (A), when pressing the nut cap (40), institute
Nut cap (40) are stated to drive the flip-over type switching mechanism (30) and closing under the action of flip-over type switching mechanism (30)
Activity between the position of the blow vent (41) and the position for opening the blow vent (41).
3. the floor drain with big row's speed according to claim 2, which is characterized in that the floor drain ontology (10) includes inside and outside
Spaced apart inner sleeve and outer sleeve, the gap between the inner sleeve and outer sleeve is formed the outer tunnel (12), described
The inner cavity of inner sleeve forms the internal channel (11).
4. the floor drain with big row's speed according to claim 3, which is characterized in that flip-over type switching mechanism (30) packet
The slide mass (33) and rotor (34) for including body (32), being slideably installed in the body (32), the body (32)
Interior edge is axially arranged with several ribs (321) separately, forms guide groove (322) between the rib (321), the guide groove
(322) limited step (323) alternately are equipped between, the limited step (323) and the bottom wall of the guide groove (322) have
The upper end of one spacing distance, the slide mass (33) supports the nut cap (40), and the lower end interval of the slide mass (33) is set
Several convex blocks (331) matched with the rotor (34) are set, the rotor (34) and the slide mass (33) match
One end of conjunction is correspondingly provided with several raised lines (341) separately, and the raised line (341) sets close to the one end of the slide mass (33)
Have the first inclined-plane (3411), the convex block (331) is equipped with the second inclined-plane (3311) close to the one end of the rotor (34), described
Rib (321) is equipped with third inclined-plane (3211), the convex block (331) and the raised line close to the side of the rotor (34)
(341) sliding, further includes for the rotor in the guide groove (322) formed between the rib (321)
(34) apply the elastic component (31) of elastic force；The slide mass (33) body (32) described in the drive lower edge of the nut cap (40)
It slides and pushes the rotor (34), when the raised line (341) when the rotor (34) is pushed out the guide groove (322),
Rotor (34) rotation under the action of first inclined-plane (3411), the second inclined-plane (3311) and third inclined-plane (3211)
One angle, and the raised line (341) of the rotor (34) automatically reset under the action of the elastic component (31) it is adjacent
In one guide groove (322), so that the raised line (341) is being connected to the bottom wall of the guide groove (322) and is supporting
It is connected between the limited step (323) and switches over, so that the relatively described body (32) of the slide mass (33) is axial
The mobile spacing distance.
5. the floor drain with big row's speed according to claim 4, which is characterized in that the flip-over type switching mechanism (30) sets
In the inner sleeve, the bottom end of the inner sleeve is equipped with connecting bar (13), and a support base (50) is fixedly arranged on the dowel
On item (13) and it is located at the middle part of the inner sleeve bottom end to support the flip-over type switching mechanism (30).
6. the floor drain with big row's speed according to claim 5, which is characterized in that the middle part of the support base (50) is equipped with
Spring guide, the elastic component (31) are pressure spring and are set in the spring guide that the rotor (34) is bottom opening
Sleeve-like configuration, the flip-over type switching mechanism (30) further include a longitudinal support rod being set in the rotor (34)
(35), the elastic component (31) applies elastic force to the rotor (34) by the support rod (35).
7. the floor drain with big row's speed according to claim 4, which is characterized in that the slide mass (33) and the rotation
Body (34) is sleeve-like configuration, and the peripheral wall of the circumferentially spaced bottom end set on the slide mass (33) of the convex block (331) is described
The peripheral wall of the circumferentially spaced lower part set on the rotor (34) of raised line (341), institute is inserted on the top of the rotor (34)
It states in slide mass (33).
8. the floor drain with big row's speed according to claim 2, which is characterized in that the nut cap (40) is bottom end opening
Sleeve-like configuration, the nut cap (40) include internal and external partition arrangement inner cylinder (42) and outer cylinder (43), the inner barrel and outer barrel it
Between form the clearance channel that is connected with the internal channel (11), peripheral wall of the blow vent (41) set on the outer cylinder (43)
On, the blow vent (41) is connected with the internal channel (11) by the clearance channel.
9. the floor drain with big row's speed according to claim 2, which is characterized in that the blow vent (41) is set to the lid
On the peripheral wall of cap (40), the drain cover (20) is equipped with the first aperture (21), and the nut cap (40), which slides up and down, is threaded through institute
It states in the first aperture (21), the side wall of first aperture (21) closes when corresponding with blow vent (41) on the nut cap (40)
Close the blow vent (41).
10. according to the described in any item floor drains with big row's speed of claim 2 to 9, which is characterized in that the nut cap (40) exists
When opening the blow vent (41) under the action of the flip-over type switching mechanism (30), the position of the blow vent (41) is higher by ground
(200) one pre-determined distance of face；The bottom end of the floor drain ontology (10), which is rotationally covered, to be connect a baffle (70), and the baffle (70) exists
It is rotated down under water flow pressure and opens the internal channel (11) and outer tunnel (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820829784.2U CN208251290U (en) | 2018-05-31 | 2018-05-31 | A kind of floor drain with big row's speed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820829784.2U CN208251290U (en) | 2018-05-31 | 2018-05-31 | A kind of floor drain with big row's speed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208251290U true CN208251290U (en) | 2018-12-18 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820829784.2U Active CN208251290U (en) | 2018-05-31 | 2018-05-31 | A kind of floor drain with big row's speed |
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| Country | Link |
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| CN (1) | CN208251290U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114809244A (en) * | 2022-05-05 | 2022-07-29 | 江苏润凡科技有限公司 | Anti-bacterial and anti-insect back-overflow floor drain and use method thereof |
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2018
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114809244A (en) * | 2022-05-05 | 2022-07-29 | 江苏润凡科技有限公司 | Anti-bacterial and anti-insect back-overflow floor drain and use method thereof |
| CN114809244B (en) * | 2022-05-05 | 2023-10-31 | 江苏润凡科技有限公司 | Anti-bacterial and anti-backflow floor drain and use method thereof |
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