CN201588268U - Multi-passage wastewater collector for interlayer floor drainage and lower floor drainage - Google Patents
Multi-passage wastewater collector for interlayer floor drainage and lower floor drainage Download PDFInfo
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- CN201588268U CN201588268U CN2009202680343U CN200920268034U CN201588268U CN 201588268 U CN201588268 U CN 201588268U CN 2009202680343 U CN2009202680343 U CN 2009202680343U CN 200920268034 U CN200920268034 U CN 200920268034U CN 201588268 U CN201588268 U CN 201588268U
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Abstract
The utility model discloses a multi-passage wastewater collector for interlayer floor drainage and lower floor drainage. The multi-passage wastewater collector comprises a collection section including a floor drain cover, a protection frame, and a water inlet tray, a connection section including a first seal sleeve, a second seal sleeve and a drainage pipe, a drainage section including a floor drain body in a four-way structure, wherein the first seal sleeve is arranged below the water inlet tray and is used for sealing the space between the drainage pipe and a water inlet hopper; the drainage pipe is inserted into the other end of the first seal sleeve; the second seal sleeve is used for sealing the space between the drainage pipe and the floor drain body; the lower end of the drainage pipe further includes a seal strip and a water blocking insert; the seal strip is inserted into the water blocking insert and then inserted into the floor drain body together with the water blocking insert to form a tubular trap; and the top of the floor drain body is connected with the tail end of the drainage pipe through the second seal sleeve. The multi-passage wastewater collector can be used for interlayer floor drainage and lower floor drainage, and had the advantages of novel structure, high water sealing performance with 75-mm sealing height, high deodorization capability, and convenient installation and maintenance.
Description
Technical field
The utility model is a kind of annex that relates to address, house interlayer and fall drainage system equipment between layer building hygiene, more specifically refers to a kind of multichannel draining manifold that is used for interlayer and falls layer.
Background technology
(1) installation and the existing problems of at present domestic floor drain.
Multichannel draining manifold though it is little, relates to huge numbers of families as the vitals of drainage system in the house dwelling house, is related to people's health and sanitation of environment.
As shown in Figure 1 both be a kind of traditional drain structure, this floor drain comprises floor drain body 2, sewer pipe 3, button bowl 1, grid cover plate 9, floor drain is installed in floor plates 6 and the decorative layer 7, and sewer pipe 3 links to each other with trap 4 under floor plates 6 is installed, and horizontally-arranged tube connector 5 links to each other with trap 4.In the accompanying drawing 1,8 is ceramic tile and ending processing layer, after the aproll on ground enters in the floor drain body 2 from grid cover plate 9, enters trap 4 by sewer pipe 3, enters horizontally-arranged tube connector 5 backs again and discharges.Button bowl 1 lower end and sewer pipe 3 upper ends form very shallow H1 water seal and trap 4 and horizontally-arranged tube connector 5 and also form the H2 water seal, and their effect is to prevent to overflow in the horizontally-arranged tube connector 5 foul smell and sewage.
Both be a kind of multichannel drain structure as shown in Figure 2, this floor drain comprises floor drain body 7, following water tube connector 5, button bowl 1, grid cover plate 2, influent hopper 4, dash funnel 8, floor drain body 7 is installed on floor plates 6 times, following water tube connector 5 and influent hopper 4 are installed in decorative layer 3 and the floor plates 6, following water tube connector 5 links to each other with floor drain body 7 under floor plates 6 is installed, the horizontal water inlet that three Φ 50mm are arranged in the floor drain body 7, it can connect the draining of other sanitary apparatus on demand, and the horizontally-arranged mouth of a river of a Φ 75mm is arranged in addition.In the accompanying drawing 2,1 is ceramic tile and ending processing layer, after the aproll on ground enters from grid cover plate 2, enters in the dash funnel 8 by following water tube connector 5, and discharge at the horizontally-arranged mouth of a river that enters Φ 75mm again; Simultaneously, it also can enter the draining of other sanitary apparatus the horizontal water inlet of three Φ 50mm, discharge at the horizontally-arranged mouth of a river that enters Φ 75mm by dash funnel 8. and dash funnel 8 lower ends and floor drain body 7 form more shallow water seal (＜50mm water seal), and their effect is to prevent to overflow foul smell and sewage in the horizontally-arranged mouth of a river of Φ 75mm.
Because structure is limited, commercially available or traditional floor drain major part exists following problem:
(1) floor drain only is fit to " interlayer stringing ", just as shown in Figures 1 and 2, floor drain is installed on the floor, and gutter is installed in underfloor, must disturb neighbours during maintenance, can not satisfy people to family's privacy, the requirement of safety can't be satisfied personalized washroom and the clear height raising requirement of people to the washroom layout simultaneously.
(2) water seal height of floor drain and water amount not enough (floor drain that has does not have water seal) are very easily dry, make the foul smell of gutter general go into indoor.
(3) can take out easily owing to buckleing bowl, perhaps, all make damage of water block, cause emitting rotten gas, pollute indoor environment because the malleation in the pipe-line system causes come-up more greatly as accompanying drawing 1 floor drain.
(4) seam crossing infiltration between floor drain housing and the floor tile:
The Installation Modes of present drainage system, gutter are installed on the floor below, must hole to be provided during structure design.When fixing a drainpipe, construct in strict accordance with code requirement, qualified when handing over examination, but because in the work progress, variations in temperature causes factors such as the drying shrinkage, decoration construction vibrations of pvc pipe distortion, seam place concrete and cement mortar, at pipeline border and floor touching position, produce fine cracks, cause the floor infiltration.And the reason that causes floor infiltration mainly to be infiltration between floor tile and the floor drain housing cause, according to construction pattern in the past when floor tile prolongs puzzle around the floor drain housing after, between floor tile and floor drain housing, coat seamless glue or silica gel, but after using after a while, the crack will appear in seamless glue or silica gel between floor tile and the floor drain housing, thereby can directly cause water to enter the decorative layer from the slit, produce fine cracks if wear the drainage pipe and the floor of layer, water will prolong gap again and advance as lower floor, this phenomenon often occurs in to be used after a period of time, resident family finds on the ceiling with the pipeline to be the center of circle downstairs, becomes tide gradually to the border, become wet.Floated coat is peeling gradually, comes off.
(5) because floor drain does not use for a long time, in time be not the water seal moisturizing again, the trap water seal is reduced and cause the phenomenon of damage of water block.
(6) traditional floor drain complex structure, cut off curved surface and moveable part arranged, cause the water route narrow, resistance to water-flow is big, displacement is not enough and self-purification ability is poor, deposit is many, lose cover loses envelope, emits and return rotten gas, many shortcomings such as major polluting indoor environment.
(7) present mounting means, each branch drains such as bathtub, shower house, wash basin, mop bucket, washing machine floor drain adopt horizontal arm to be connected in series, be connected with soil stack then, they all adopt PVC threeway, four-way, straight elbow, oblique elbow etc. to manage bonding the forming of pipe nipple assembling with it. in use, because temperature at discharging condensate height, day illumination aging, the temperature difference causes local flexible, causes horizontal branch pipe connection infiltration, drips.
(8) accompanying drawing 2 structures, although it can carry out moisturizing by the draining of other sanitary apparatus, its water seal＜50mm as not using for a long time or the influence of positive and negative pressure effect, can make damage of water block and withered.
(9) accompanying drawing 2 structures, because structural limitations, setting height(from bottom) is unadjustable, the very large difficulty to construction brings because setting height(from bottom) is higher, directly causes and can not use sometimes.
(10) accompanying drawing 2 structures, the setting height(from bottom) size of grid cover plate 2 and influent hopper 4 is unadjustable substantially, and, when doing the blank construction, grid cover plate 2 and influent hopper 4 are packed into, when final the decoration, all they are abandoned, and replace other floor drain cover plate again, it not only makes cost improve, and has increased mounting hardness.
(11) accompanying drawing 1 structure because a floor drain just needs one group of independent horizontal arm, causes a cover washroom that many horizontal arms are arranged, and it not only makes cost increase, and makes mounting structure complexity, maintenance difficult.
(2) layer HDPE pipe draining and the draining of interlayer HDPE pipe are fallen
(1) a layer HDPE pipe draining notion fallen:
Fall a layer draining and be meant not passing through floors of branch drain (horizontally-arranged water pipe), above floor and walk, in same floor, being connected with standpipe (main blowdown vertical tube). its advantage is a lot, topmost advantage is exactly: indoor clear height strengthens, the washroom layout is not subjected to the hole apart from restriction, do not destroy the structure of reason building, needn't disturb neighbours during maintenance, can realize industrialization installation etc.
(2) interlayer HDPE pipe draining notion:
The interlayer draining is meant branch drain (vertical setting of types water pipe) passing through floors, the horizontally-arranged water pipe is below floor and walk, in next floor, being connected with standpipe (main blowdown vertical tube). its advantage is a lot, topmost advantage is exactly: it has adopted the HDPE pipeline, it has changed the connection between the pvc pipe road in the past and has adopted the bonding pattern of glue, adopts connected modes such as hot pick, electric welding anchor hoop, telescopic, makes installation reliable, convenient, because adopt the HDPE drainage pipe, drainage noise is more much lower than pvc pipe road.
Summary of the invention
The purpose of this utility model is the above-mentioned shortcoming that exists at traditional floor drain, provide a kind of new can be used as again to fall a layer draining, the multichannel draining manifold that also can be used as simultaneously the interlayer draining, this multichannel draining manifold novel structure, the water seal ability is good, reach 75mm, the deodorization ability is strong, installs, safeguards very easy.
To achieve these goals, the utility model multichannel draining manifold adopts following technical scheme:
The utility model discloses a kind of multichannel draining manifold that is used for interlayer and falls layer, it is characterized in that, comprise: compile portion, comprise drain cover, protect frame, the water inlet pallet, described drain cover places and describedly protects frame and place described water inlet pallet in the lump, water enters from described protecting between frame and the described drain cover, described water inlet pallet comprises the round tube of bottom, top connects a foursquare inside casing edge, convex with the dash backplate around at described inside casing edge, in the annular groove that between described inside casing and described drain cover, forms, the little round platform of the described drain cover of some supports is set;
Connecting portion, comprise first, second sealing shroud, gutter, described first sealing shroud is arranged on described water inlet pallet below, its other end plugs described gutter, described first sealing shroud is used for the sealing between described gutter and described influent hopper, described second sealing shroud is used for the sealing between described gutter and the described floor drain body, the lower end of described gutter also comprises a weather strip and a dash inserted sheet, wherein said weather strip inserts in the described dash inserted sheet, and inserts tubulose trap of formation in the described floor drain body together;
The Drainage Division comprises a floor drain body, is a four-way structure, and its top links to each other with the end of described gutter by second sealing shroud.
Reasonablely be that described little round platform is arranged on the position of four corner positions and the two symmetrical limit mid points at described inside casing edge.
Reasonable is that described manifold further comprises:
One bearer bar is embedded the top at described drain cover, is cone shape, and there is an endoporus centre.
Reasonablely be, described floor drain body is provided with water inlet, and sidepiece is connected with three water inlet and delivery ports of being 90 degree identical with cavity, and wherein said three water inlets seals, and it can cut the endoporus of the water inlet of Φ 50mm by the utensil actual needs.
Reasonablely be, described three water inlets are Φ 50mm, and delivery port is Φ 70mm, and described endoporus is Φ 110mm.
Reasonablely be, be arranged to hemispherical in the middle of the described dash inserted sheet, half round post is arranged in the bottom.
Reasonable is that described first, second sealing shroud is arranged to all toothed shape of Internal and external cycle.
The utility model multichannel draining manifold has top can do floor drain or shower house floor drain usefulness, water enters the floor drain body from the circumferential weld that protects between frame and the drain cover, floor tile and the water that protects between the frame can return the floor drain body from water inlet pallet top, the water inlet connector of three Φ 50mm of sidepiece can link to each other with wash basin, bathtub and sink drain road, the delivery port of a Φ 75mm of sidepiece links to each other with gutter, it has characteristics such as anti-foul smell, anti-negative pressure and malleation ability are strong, it is very convenient to pull down, clean, install, and can and fall in the layer building and install at interlayer.
Description of drawings
Below, with reference to accompanying drawing, for those skilled in the art that, to the detailed description of the present utility model, above-mentioned and other purposes of the present utility model, feature and advantage will be apparent.
Fig. 1 is a kind of generalized section of drain structure traditionally;
Fig. 2 is a kind of schematic diagram of traditional multichannel drain structure;
Fig. 3 is a STRUCTURE DECOMPOSITION schematic diagram of the present utility model;
Fig. 4 is a sectional view of the present utility model;
Fig. 5 is an interlayer fitting arrangement of the present utility model;
Fig. 6 is layer fitting arrangement that fall of the present utility model.
The specific embodiment
Introduce earlier structure of the present utility model in detail.
See also Fig. 3 and Fig. 4, the multichannel draining manifold that is used for interlayer and falls layer of the present utility model comprises drain cover 1, protects frame 2, water inlet pallet 3, sealing shroud 4, gutter 5, sealing shroud 6, weather strip 7, dash inserted sheet 8, floor drain body 9, bearer bar 10.
Wherein, drain cover 1 places and protects frame 2, and water enters from protecting between frame 2 and the drain cover 1.
The bottom of water inlet pallet 3 is round tubes 33, and top connects a foursquare inside casing edge 31, is provided with dash backplate 32 around at the edge, and four corner positions and two symmetrical limit point midways at inside casing edge 31 are provided with 6 roundlet platforms 34.
After protecting frame 2 insertion water inlet pallets 3, can between them, form the slit, the round tube 33 of water inlet pallet 3 bottoms can cut according to setting height(from bottom); Six roundlet platforms 34 of water inlet pallet play the effect of supporting drain cover 1, are both their side and protect frame 2 to fit.
Below water inlet pallet 3 sealing shroud 4 is set, the other end of sealing shroud 4 plugs gutter 5, and sealing shroud 4 is used for the sealing between gutter 5 and the influent hopper 3, and another sealing shroud 6 is used for the sealing between gutter 5 and the floor drain body 9.
In the lower end of gutter 5, also comprise weather strip 7 and dash inserted sheet 8, wherein weather strip 7 inserts in the dash inserted sheet 8, inserts together in the floor drain body 9 then, thereby forms a tubulose trap.
The multichannel draining manifold of said structure is embedded with a bearer bar 10 on the top of drain cover 1, when pre-the installation, bearer bar 10 endoporus are inserted in the gutter 5.
Below in conjunction with accompanying drawing 5, the method for this installation of multichannel draining manifold when interlayer is specifically implemented is described.
1). the multichannel draining manifold 200 of said structure is linked to each other with Φ 75 dewatering horizontal tube roads 52 with Φ 50 transverse water inlet pipe roads 51, and wherein Φ 75 dewatering horizontal tube roads 52 link to each other with main riser, and Φ 50 transverse water inlet pipe 51 link to each other with the pipeline of other utensil;
2). Φ 110 water inlet pipes 50 on demand behind the Cutting Length, are inserted in multichannel draining manifold 200 upper sealing gaskets 4;
3). vertical Φ 110 water inlet pipes 50 in the multichannel draining manifold 200 that connects are passed floor layer 100;
4). with special-purpose pipe collar Φ 50 transverse water inlet pipe roads 51 and Φ 75 dewatering horizontal tube roads 52 are fixed on floor layer 100 times;
5). vertical φ 110HDPE gutter 50 and the gap between the concrete floor pre-manufactured hole, adopt casting and compacting of concrete closely knit, do not seep water for guaranteeing gutter and concrete, waterproofing materials need be spread in the plane on the floor;
6). the EPS bearer bar is inserted in φ 110HDPE gutter, makes EPS bearer bar bottom surface touch concrete floor top for this reason, and annotate high 20mm in EPS structural defence frame periphery, the concrete column of wide 20mm is so that do water injection test;
7). on decorative layer, decorate floor tile 102, can decorate EPS bearer bar outer rim, at this moment can take out the EPS bearer bar, the water inlet pallet that drain cover 1 is housed in multichannel draining manifold 200 is inserted on the φ 110HDPE gutter then, measure the size of drain cover end face, cut off φ 110HDPE gutter or water inlet pallet 3 and sealing shroud 4 then respectively to the floor tile face;
8). sealing shroud 4 is inserted on the influent hopper, and coats silicone grease on sealing shroud 4, will intake then pallet 3 and sealing ring insert φ 110HDPE gutter;
9). drain cover 1 end face is flushed in decorative layer 103, and the position of Cancellation Missed 1 attentively;
10). cement mortar is inserted the influent hopper upper and lower everywhere, thick as floor tile greater than 15mm, need with influent hopper outside the repeater contact portion cut away;
11) last floor tile need prolong and protects the frame periphery and touch, between the gap need have or not the sealing filling;
12) can be according to client's needs, place the floor tile identical at the drain cover back side, and floor tile and drain cover is bonding with cement paste with floor tile, be placed into then in the water pallet.
See also accompanying drawing 6, be depicted as the method for the installation of this multichannel draining manifold when falling the concrete enforcement of layer, specific as follows:
1). multichannel draining manifold 200 is linked to each other with Φ 75 dewatering horizontal tube roads 52 with Φ 50 transverse water inlet pipe roads 51, and wherein Φ 75 dewatering horizontal tube roads 52 link to each other with main riser, and Φ 50 transverse water inlet pipe roads 51 link to each other with the pipeline of other utensil;
2). after the length cutting on demand of Φ 110 gutters, insert in multichannel draining manifold 200 upper sealing gaskets;
3). with special-purpose pipe collar Φ 50 transverse water inlet pipe roads 51 and Φ 75 dewatering horizontal tube roads 52 are fixed on the floor plates 1 00;
4). the EPS bearer bar is inserted in φ 110HDPE gutter;
5). on decorative layer 101, decorate floor tile, can decorate EPS bearer bar outer rim, at this moment can take out the EPS bearer bar, the water inlet pallet 3 that drain cover 1 is housed in multichannel draining manifold then is inserted on the φ 110HDPE gutter, measure the size of drain cover end face, cut off φ 110HDPE gutter or water inlet pallet and sealing shroud then respectively to the floor tile face;
6). sealing shroud is inserted on the influent hopper, and coats silicone grease on sealing shroud, will intake then pallet and sealing ring insert φ 110HDPE gutter;
7). the drain cover end face is flushed in decorative layer, and the position of Cancellation Missed attentively;
8). cement mortar is inserted the influent hopper upper and lower everywhere, thick as floor tile greater than 15mm, need with influent hopper outside the repeater contact portion cut away;
9). last floor tile need prolong and protects the frame periphery and touch, between the gap need have or not the sealing filling;
10). can be according to client's needs, place the floor tile identical at the drain cover back side, and floor tile and drain cover is bonding with cement paste with floor tile, be placed into then in the water pallet.
From above description as can be seen, the utility model be used for interlayer and fall the layer multichannel draining manifold have the following advantages:
1) discharging of top multichannel draining manifold is to carry out draining by the slit between stainless steel seam frame and the cover plate. deckboard can be stainless steel or the floor tile of washroom is bumped in the stainless steel cover plate as the finishing face.It is connected other sanitary apparatus (bathtub, shower, wash basin) with the side direction import.
2) stainless steel protects frame: can play decoration function, installation, easy construction;
3) water inlet pallet and stainless steel protects frame combination back: protect when between the frame slit being arranged with stainless steel when the ceramic tile limit, water can flow into influent hopper top from the slit, and in inflow struggles against;
4) φ 110mm gutter: adopt the HDPE material gutter of standard, it can be according to the free cutting-height of setting height(from bottom) needs;
5) adjusting range is big, is convenient to install;
6) EPS bearer bar: it can bring convenience to installation, can avoid foreign material to enter water inlet pipe;
7) carry the dark water seal trap of 75mm, more can hang down the damage of water block that is caused by anti-negative pressure and malleation, cause in the foul smell inlet chamber in the pipeline and contaminated air, it is detachable simultaneously, and is very easy to clean;
8) adopt the HDPE pipeline, noise is littler than PVC, and the contamination dirt is with the obvious advantage not too easily;
9) self-purification ability is strong, and is handsome in appearance, novel structure.
10) reduce horizontal arm.Water seal reaches 75mm water seal intensity height.The water that can make full use of utensils uses such as bathtub, shower house, wash basin, mop bucket, washing machine floor drain replenishes the residue water seal.Just can keep in repair and clear up at this layer.Adopt the HDPE pipeline, drainage noise is little, is difficult for the knot condensation, long service life.
More than all embodiment only for the explanation the utility model usefulness, but not to restriction of the present utility model, person skilled in the relevant technique, under the situation that does not break away from spirit and scope of the present utility model, can also make various conversion or variation, so all technical schemes that are equal to also should belong to category of the present utility model and should be limited by each claim.
Claims (7)
1. a multichannel draining manifold that is used for interlayer and falls layer is characterized in that, comprising:
Compile portion, comprise drain cover, protect frame, the water inlet pallet, described drain cover places and describedly protects frame and place described water inlet pallet in the lump, water enters from described protecting between frame and the described drain cover, described water inlet pallet comprises the round tube of bottom, and top connects a foursquare inside casing edge, convexes with the dash backplate all around at described inside casing edge, in the annular groove that between described inside casing and described drain cover, forms, the little round platform of the described drain cover of some supports is set;
Connecting portion, comprise first, second sealing shroud, gutter, described first sealing shroud is arranged on described water inlet pallet below, its other end plugs described gutter, described first sealing shroud is used for the sealing between described gutter and described influent hopper, described second sealing shroud is used for the sealing between described gutter and the described floor drain body, the lower end of described gutter also comprises a weather strip and a dash inserted sheet, wherein said weather strip inserts in the described dash inserted sheet, and inserts tubulose trap of formation in the described floor drain body together;
The Drainage Division comprises a floor drain body, is a four-way structure, and its top links to each other with the end of described gutter by second sealing shroud.
2. according to the described multichannel draining manifold that is used for interlayer and falls layer of claim 1, it is characterized in that,
Described little round platform is arranged on the position of four corner positions and the two symmetrical limit mid points at described inside casing edge.
3. according to the described multichannel draining manifold that is used for interlayer and falls layer of claim 1, it is characterized in that,
Described manifold further comprises:
One bearer bar is embedded the top at described drain cover, is cone shape, and there is an endoporus centre.
4. according to the described multichannel draining manifold that is used for interlayer and falls layer of claim 1, it is characterized in that,
Described floor drain body is provided with water inlet, and sidepiece is connected with three water inlet and delivery ports of being 90 degree identical with cavity, and wherein said three water inlets seal, can be by the utensil actual needs, and cutting water inlet endoporus.
5. according to the described multichannel draining manifold that is used for interlayer and falls layer of claim 1, it is characterized in that,
Described three water inlets are Φ 50mm, and delivery port is Φ 75mm, and described endoporus is Φ 110mm.
6. according to the described multichannel draining manifold that is used for interlayer and falls layer of claim 1, it is characterized in that,
Be arranged to hemispherical in the middle of the described dash inserted sheet, half round post is arranged in the bottom.
7. according to the described multichannel draining manifold that is used for interlayer and falls layer of claim 1, it is characterized in that,
Described first, second sealing shroud is arranged to all toothed shape of Internal and external cycle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202680343U CN201588268U (en) | 2009-11-06 | 2009-11-06 | Multi-passage wastewater collector for interlayer floor drainage and lower floor drainage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202680343U CN201588268U (en) | 2009-11-06 | 2009-11-06 | Multi-passage wastewater collector for interlayer floor drainage and lower floor drainage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201588268U true CN201588268U (en) | 2010-09-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202680343U Expired - Lifetime CN201588268U (en) | 2009-11-06 | 2009-11-06 | Multi-passage wastewater collector for interlayer floor drainage and lower floor drainage |
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| CN (1) | CN201588268U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102051899A (en) * | 2009-11-06 | 2011-05-11 | 吉博力(上海)投资管理有限公司 | Multichannel drainage collector for interlayer floor drainage and lower floor drainage |
| CN104695514A (en) * | 2015-03-20 | 2015-06-10 | 昆明群之英科技有限公司 | Embedded type drainage concentrator for building |
| CN105986616A (en) * | 2015-02-17 | 2016-10-05 | 博麟水电材料有限公司 | Drainage pipeline structure |
-
2009
- 2009-11-06 CN CN2009202680343U patent/CN201588268U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102051899A (en) * | 2009-11-06 | 2011-05-11 | 吉博力(上海)投资管理有限公司 | Multichannel drainage collector for interlayer floor drainage and lower floor drainage |
| CN105986616A (en) * | 2015-02-17 | 2016-10-05 | 博麟水电材料有限公司 | Drainage pipeline structure |
| CN104695514A (en) * | 2015-03-20 | 2015-06-10 | 昆明群之英科技有限公司 | Embedded type drainage concentrator for building |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: JIBOLI HOUSE SANITARY EQUIPMENT ENGINEERING TECHNO Free format text: FORMER OWNER: GEBERIT (SHANGHAI) INVEST ADMINISTRATION CO., LTD. Effective date: 20130110 |
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| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20130110 Address after: 201802 Shanghai City, Jiading District Hui Ping Lu Nanxiang Town, No. 1515 Patentee after: Jiboli House Sanitary Equipment Engineering Technology Co., Ltd., Shanghai Address before: 201802 Shanghai city Jiading District humin Road No. 738 Patentee before: Geberit Shanghai Investment Administration Co., Ltd. |
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| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190627 Address after: 77 Shaheng Street, Lapesville-Yona District, St. Gallen, Switzerland Patentee after: Geberit Internat AG Address before: No. 1515 Huiping Road, Nanxiang Town, Jiading District, Shanghai 201802 Patentee before: Jiboli House Sanitary Equipment Engineering Technology Co., Ltd., Shanghai |
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| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20100922 |