CN206035338U - Formula manger plate door falls in top - Google Patents

Formula manger plate door falls in top Download PDF

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Publication number
CN206035338U
CN206035338U CN201620717181.4U CN201620717181U CN206035338U CN 206035338 U CN206035338 U CN 206035338U CN 201620717181 U CN201620717181 U CN 201620717181U CN 206035338 U CN206035338 U CN 206035338U
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China
Prior art keywords
door
plate
chain
drive
column
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CN201620717181.4U
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Chinese (zh)
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高瞻
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Jellyfish (Shanghai) Technology Development Co., Ltd.
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高瞻
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Abstract

The utility model discloses a formula manger plate door falls in top has such characteristic, include: the door frame, the door frame is formed by coexistence post and back timber overlap joint, first lift breakwater, first lift breakwater spanes in two between the stand, second lift breakwater, second lift breakwater spanes in two between the stand, and be located the top of first lift breakwater, a drive arrangement, a drive arrangement with first lift breakwater transmission is connected, the 2nd drive arrangement, the 2nd drive arrangement with the drive of second lift breakwater is connected. Use the utility model discloses a formula manger plate door falls in top can be effectively selects appropriate manger plate height according to the height of outside ponding position, externally only lowers the monolithic breakwater under the lower condition in ponding position to it is current to make things convenient for the pedestrian.

Description

A kind of top drop formula water blocking door
Technical field
The utility model is related to flood-control water block gate technique field, is specifically related to a kind of top drop formula water blocking door.
Background technology
By summer typhoon and global climate exception affected, Storm Flood Disasters frequently occur, for basement, get off The hypogee such as storehouse and access tunnel facility, is usually opened wide due to gateway and is arranged, and low-lying physical features easily puts aside earth's surface still The water yield discharged is had not enough time to, if hypogee facility internal drainage is not smooth, the property in the facility of hypogee is deposited in because of quilt Water logging, water logging and cause heavy losses.
In order to prevent hypogee facility from being flooded, a kind of Large Underground Parking Space waterproofing device is prior art discloses, this is big Type underground garage waterproofing device includes the stop plank for being blocked in garage doorway, and stop plank is respectively equipped with through concrete on the downside of two ends The short axle of wall, is provided with the bearing of short supporting axle in concrete wall, at least stud ends of one end are connected with turning arm one end, The turning arm other end is connected to the external part of cylinder piston, and cylinder block is hinged in concrete foundation.During work, cylinder can drive Dynamic turning arm is rotated, and is driven stop plank to erect or topple over, when which erects, can be blocked current, when toppling over, vehicle of can letting pass.But, The Large Underground Parking Space waterproofing device for adopting the structure needs to excavate pit on earth's surface is installed, great in constructing amount;Also, when gear When seamlessly transitting during water plate is poured over pit and with ground, vehicle need to be crossed from water fender, then be accomplished by the structure of water fender Intensity requirement is harsh, and manufacturing cost is high.
For the problems referred to above, Chinese utility model patent(CN204940211U)Disclose a kind of top drop formula to block water door, should The top drop formula door that blocks water includes:One doorframe, is overlapped and is formed by two root posts and a top cross-bar;One lift water fender, across Between two root posts;And a drive mechanism, for driving lift water fender to move up and down along column;Wherein, driving machine Structure is included:Power source and two groups of transmission components, power source are installed on the top of doorframe and near a wherein column, divide per root post Not built-in one group of transmission component, also, two groups of transmission components are connected by the synchronizing shaft parallel to top cross-bar.Relative to biography The Large Underground waterproofing device of system, top drop formula door that blocks water need not excavate pit.
But, blocking water in door in the top drop formula of said structure, lift water fender is monoblock type, it is difficult to according to outside ponding The height of position selects appropriate water retaining height, when lift water fender is down to doorframe bottom, is not easy to walk.
Utility model content
For the above-mentioned problems in the prior art, a kind of top drop formula water blocking door is now provided, it is intended to effectively according to outside The height of ponding position selects appropriate water retaining height, only falls monolithic water fender in the case where outside ponding position is relatively low, so as to Facilitate walk.
Concrete technical scheme is as follows:
A kind of top drop formula water blocking door, has the feature that, including:
Doorframe, the doorframe are overlapped by two columns and back timber and are formed;
First lifting water fender, the first lifting water fender are across described in two between column;
Second lifting water fender, the second lifting water fender are across described in two between column, and are located at described first The top of lifting water fender;
First driving means, the first driving means are connected with the described first lifting water fender;
Second driving means, second driving means and the described second lifting water fender drive connection;
First door-plate hand gear, the first door-plate hand gear drive dress by the first lazy-tongs with described first Put and be connected;
Second door-plate hand gear, the second door-plate hand gear drive dress by the second lazy-tongs with described second Put and be connected;
Wherein, the first driving means include two first chain-drive mechanisms and the first power source, each column point First chain-drive mechanism described in not built-in one, also, the first chain-drive mechanism described in two is by being installed on first of the back timber The main raising transmission shaft driven connection of plate;
Second driving means include two second chain-drive mechanisms and the second power source, and each column difference is built-in Second chain-drive mechanism described in one, also, the second chain-drive mechanism described in two is by the second door-plate master for being installed on the back timber Rise transmission shaft driven connection;
The first lifting water fender stretches out the first central rotating shaft respectively in horizontal two ends, also, each column is opened up There is gathering sill, each first central rotating shaft is slidingly disposed in gathering sill described in;
The second lifting water fender stretches out the second central rotating shaft respectively in horizontal two ends, and each second center turns Axle is slidingly disposed in gathering sill described in.
A kind of above-mentioned top drop formula water blocking door, wherein, first power source includes:
First door-plate motor, the first door-plate motor are installed on the top of column described in;
First door-plate drives decelerator, first door-plate to drive decelerator to be installed on the top of the column, and described First door-plate drives the input of decelerator to pass through the first synchronous belt drive with the output end of the first door-plate motor Connection;
First door-plate drives the output end of decelerator and the main raising power transmission shaft of first door-plate to pass through described first Chain-drive mechanism is connected.
A kind of top drop formula water blocking door stated, wherein, second power source includes:
Second door-plate motor, the second door-plate motor are installed on relatively described first door-plate motor The top of another column;
Second door-plate drives decelerator, second door-plate to drive decelerator to be installed on the top of the column, and described Second door-plate drives the input of decelerator to pass through the second synchronous belt drive with the output end of the second door-plate motor Connection;
Second door-plate drives the output end of decelerator and the main raising power transmission shaft of second door-plate to pass through described second Chain-drive mechanism is connected.
A kind of top drop formula water blocking door stated, wherein, the first door-plate hand gear includes:
First manual sprocket wheel, the first manual sprocket wheel is located at the middle part of column described in;
First manual power transmission shaft, the first manual power transmission shaft are passed located at the top of the column, and the first manual Moving axis is connected with the first manual sprocket chain;
Meanwhile, output end of the first manual power transmission shaft by first synchronous belt and first motor It is connected.
A kind of top drop formula water blocking door stated, wherein, the second door-plate hand gear includes:
Second hand chain wheel, second hand chain wheel is located at another described column of relatively described first manual sprocket wheel Middle part;
Second manual power transmission shaft, the second manual power transmission shaft are located at the top of the column, and described second passes manually Moving axis is connected with the second hand chain wheel Chain conveyer;
Meanwhile, output end of the second manual power transmission shaft by second synchronous belt and second motor It is connected.
A kind of top drop formula water blocking door stated, wherein, the gathering sill includes the vertical section for vertically opening up and edge The horizontal segment that horizontal direction is opened up, and one end of the horizontal segment is connected smoothly with the upper end of the vertical section.
A kind of top drop formula water blocking door stated, wherein, the two ends of the first lifting water fender pass through some door-plate axles respectively Seat is fixedly connected with the chain of first chain-drive mechanism, and each door-plate axle bed is sheathed on first center respectively and turns The two ends of axle, and each door-plate axle bed is fixedly connected with the chain of first chain-drive mechanism respectively.
A kind of top drop formula water blocking door stated, wherein, the two ends of the second lifting water fender pass through some door-plate axles respectively Seat is fixedly connected with the chain of second chain-drive mechanism, and each door-plate axle bed is sheathed on second center respectively and turns The two ends of axle, and each door-plate axle bed is fixedly connected with the chain of second chain-drive mechanism respectively.
A kind of top drop formula water blocking door stated, wherein, under the first lifting water fender and the second lifting water fender End is mounted on sealing strip;
And the sidewall bottom of each column is respectively mounted sealing strip on the inside of doorframe.
The good effect of above-mentioned technical proposal is:
Top drop formula water blocking door passes through to arrange two pieces of lifting water fenders, and respectively by respective drive mechanism independent control two Block lifts water fender, so as to appropriate water retaining height can be selected according to the height of outside ponding position, when outside ponding position is relatively low, Monolithic water fender is fallen only, so as to facilitate walk;When outside ponding position is higher, two pieces of lifting water fenders are synchronously fallen, Thus with stronger practicality.
Description of the drawings
Fig. 1 is the structural representation of top drop formula water blocking door of the present utility model.
Fig. 2 is the structural representation at another visual angle of top drop formula water blocking door of the present utility model.
Fig. 3 is the internal structure schematic diagram of top drop formula water blocking door of the present utility model.
Fig. 4 is the internal structure schematic diagram at another visual angle of top drop formula water blocking door of the present utility model.
Specific embodiment
In order that technological means, creation characteristic, reached purpose and effect that the utility model is realized are easy to understand, with Lower embodiment combines accompanying drawing 1 and the technical scheme that the utility model is provided is specifically addressed to Fig. 4.
Fig. 1 is the structural representation of top drop formula water blocking door of the present utility model.Fig. 2 is top drop formula dash of the present utility model The structural representation at another visual angle of door.Fig. 3 is the internal structure schematic diagram of top drop formula water blocking door of the present utility model.Fig. 4 is The internal structure schematic diagram at another visual angle of top drop formula water blocking door of the present utility model.Refer to shown in Fig. 1 to Fig. 4, show A kind of top drop formula water blocking door, has the feature that, including:The lifting lifting water fender 3 of water fender 2, second of doorframe 1, first, the One driving means 4, the second driving means 5, the first door-plate hand gear 6 and the second door-plate hand gear 7.
Specifically, the doorframe is overlapped and is formed by two columns 11 and back timber 12.The first lifting water fender 2 is across two Between the column 11.The second lifting water fender 3 is across described in two between column 11, and is located at first liter of downshift The top of water plate 2.The first driving means 4 are connected with the described first lifting water fender 2.Second driving means 5 With the described second lifting 3 drive connection of water fender.The first door-plate hand gear 6 passes through the first lazy-tongs and described first Driving means 4 are connected.The second door-plate hand gear 7 is passed with second driving means 5 by the second lazy-tongs Dynamic connection.
Wherein, the first driving means 4 include two first chain-drive mechanisms 41 and the first power source 42, each described vertical Post 11 distinguishes the first chain-drive mechanism 41 described in built-in, also, the first chain-drive mechanism 41 described in two is by being installed on the top The main raising power transmission shaft of first door-plate of beam 12 43 is connected.
Second driving means 5 include two second chain-drive mechanisms 51 and the second power source 52, each column 11 Respectively the second chain-drive mechanism 51 described in built-in, also, the second chain-drive mechanism 51 described in two is by being installed on the back timber 12 The main raising power transmission shaft of the second door-plate 53 be connected.
The first lifting water fender 2 stretches out the first central rotating shaft 21, also, each column 11 respectively in horizontal two ends Gathering sill 13 is offered, every one end of first central rotating shaft 21 is slidingly disposed in gathering sill 13 described in.
The second lifting water fender 3 stretches out the second central rotating shaft 31 respectively in horizontal two ends, in each described second Heart rotating shaft 31 is slidingly disposed in gathering sill 13 described in.
By above-mentioned setting, the first driving means can drive the first lifting water fender to enter along the gathering sill Row motion, second driving means can drive the second lifting water fender to be moved along the gathering sill.
Further, in as preferred embodiment, first power source 42 includes:First door-plate motor 421 And first door-plate drive decelerator 422.
Wherein, the first door-plate motor 421 is installed on the top of column 11 described in.First door-plate drives Decelerator 422 is installed on the top of the column 11, and first door-plate drives the input and described first of decelerator 422 The output end of door-plate motor 421 is connected by the first synchronous belt 423.First door-plate drives decelerator 422 Output end be connected by first chain-drive mechanism 41 with the main raising power transmission shaft 43 of first door-plate.
Meanwhile, as preferred embodiment in, second power source 52 includes:Second door-plate motor 521 and Second door-plate drives decelerator 522.
Wherein, the second door-plate motor 521 is installed on another institute of relatively described first door-plate motor 421 State the top of column 11.Second door-plate drives decelerator 522 to be installed on the top of the column 11, and second door-plate The input of decelerator 522 is driven to be driven by the second synchronous belt 523 with the output end of the second door-plate motor 521 Connection.Second door-plate drives the output end of decelerator 522 and the main raising power transmission shaft 53 of second door-plate by described the Two chain-drive mechanisms 51 are connected.
In addition, in as preferred embodiment, the first door-plate hand gear 6 includes:First manual sprocket wheel 61 and First manual power transmission shaft 62.
Wherein, the first manual sprocket wheel 61 is located at the middle part of column 11 described in.The first manual power transmission shaft 62 sets In the top of the column 11, and the first manual power transmission shaft 62 is connected with 61 Chain conveyer of first manual sprocket wheel.And institute State output end transmission of the first manual power transmission shaft 62 by first synchronous belt 423 with first motor 421 to connect Connect.
Meanwhile, as preferred embodiment in, the second door-plate hand gear 7 includes:Second hand chain wheel 71 and Second manual power transmission shaft 72.
Wherein, second hand chain wheel 71 is in another described column 11 of the first manual sprocket wheel 61 relatively Portion.The second manual power transmission shaft 72 is located at the top of the column 11, and the second manual power transmission shaft 72 and described second 71 Chain conveyer of hand chain wheel connects.And the second manual power transmission shaft 72 passes through second synchronous belt 523 and described second The output end of motor 521 is connected.
By above-mentioned setting, when the first driving means are failed with second driving means, user can pass through The first door-plate hand gear and the second door-plate hand gear control the second lifting water fender and described the respectively The lifting of two lifting water fenders.
In addition, in as preferred embodiment, the gathering sill 13 includes the vertical section for vertically opening up and edge The horizontal segment that horizontal direction is opened up, and one end of the horizontal segment is connected smoothly with the upper end of the vertical section.
By above-mentioned setting, the first lifting water fender can opening along the gathering sill with the described second lifting water fender If track is moved.When needing to lift water fender using the described first lifting water fender with described second, can be by which along described Gathering sill is moved to the bottom of the doorframe, carries out dash.In the state of not use at ordinary times, dash can be lifted by described first Plate is placed in the horizontal segment of the gathering sill with the described second lifting water fender, so as to not affect pedestrian or vehicles while passing.
In addition, in as preferred embodiment, the two ends of the first lifting water fender 2 pass through some door-plate axle beds respectively 22 are fixedly connected with the chain of first chain-drive mechanism 41, and each door-plate axle bed 22 is sheathed in described first respectively The two ends of heart rotating shaft 21, and each door-plate axle bed 22 is fixedly connected with the chain of first chain-drive mechanism 41 respectively.
Meanwhile, as preferred embodiment in, it is described second lifting water fender 3 two ends respectively pass through some door-plate axle beds 32 are fixedly connected with the chain of second chain-drive mechanism 51, and each door-plate axle bed 31 is sheathed in described second respectively The two ends of heart rotating shaft 31, and each door-plate axle bed 32 is fixedly connected with the chain of second chain-drive mechanism 51 respectively.
By above-mentioned setting, when the chain movement of the chain-drive mechanism, the first lifting water fender and described the Two lifting water fenders can follow chain elevating movement.
Additionally, in as preferred embodiment, under the first lifting water fender 2 and the second lifting water fender 3 End is mounted on sealing strip(Not shown in figure).And the sidewall bottom of each column 11 is respectively mounted sealing on the inside of doorframe Bar 13.
By above-mentioned setting, ponding can be effectively prevented from the described first lifting water fender, the second lifting water fender And penetrate between column described in two.
It is of the present utility model top drop formula water blocking door using method and operating principle approximately as:
When needing to carry out dash, first driving means can be first opened, first driving means pass through the first chain-drive mechanism Drive first to lift water fender and drop to doorframe bottom, offset with ground.Second is opened after completing aforesaid operations as needed can Driving means, the second driving means drive second to lift water fender by the second chain-drive mechanism to drop to doorframe bottom, with the The upper end of one lifting water fender offsets.
The top drop formula water blocking door that the present embodiment is provided, by arranging two pieces of lifting water fenders, and respectively by respective drive Two pieces of lifting water fenders of motivation structure independent control, so as to appropriate water retaining height can be selected according to the height of outside ponding position, when When outside ponding position is relatively low, monolithic water fender is only fallen, so as to facilitate walk;It is when outside ponding position is higher, synchronous to drop Lower two pieces of lifting water fenders, thus with stronger practicality.
The utility model preferred embodiment is these are only, embodiment of the present utility model and protection is not thereby limited Scope, to those skilled in the art, should can appreciate that all utilization the utility model specifications and diagramatic content institute Scheme obtained by the equivalent made and obvious change, should be included in protection domain of the present utility model It is interior.

Claims (9)

1. it is a kind of to push up drop formula water blocking door, it is characterised in that to include:
Doorframe, the doorframe are overlapped by two columns and back timber and are formed;
First lifting water fender, the first lifting water fender are across described in two between column;
Second lifting water fender, the second lifting water fender are across described in two between column, and positioned at the described first lifting The top of water fender;
First driving means, the first driving means are connected with the described first lifting water fender;
Second driving means, second driving means and the described second lifting water fender drive connection;
First door-plate hand gear, the first door-plate hand gear are passed with the first driving means by the first lazy-tongs Dynamic connection;
Second door-plate hand gear, the second door-plate hand gear are passed with second driving means by the second lazy-tongs Dynamic connection;
Wherein, the first driving means include two first chain-drive mechanisms and the first power source, and each column is interior respectively The first chain-drive mechanism described in one, also, the first chain-drive mechanism described in two are put by the first door-plate master for being installed on the back timber Raising transmission shaft driven connects;
Second driving means include two second chain-drive mechanisms and the second power source, and each column distinguishes a built-in institute The second chain-drive mechanism is stated, also, the second chain-drive mechanism described in two is passed by the main raising of the second door-plate for being installed on the back timber Driving-axle gearing connects;
The first lifting water fender stretches out the first central rotating shaft respectively in horizontal two ends, also, each column is offered and led To groove, each first central rotating shaft is slidingly disposed in gathering sill described in;
The second lifting water fender stretches out the second central rotating shaft respectively in horizontal two ends, and each second central rotating shaft can Slidably in gathering sill described in.
2. one kind according to claim 1 pushes up drop formula water blocking door, it is characterised in that first power source includes:
First door-plate motor, the first door-plate motor are installed on the top of column described in;
First door-plate drives decelerator, first door-plate to drive decelerator to be installed on the top of the column, and described first Door-plate drives the input of decelerator to be connected by the first synchronous belt drive with the output end of the first door-plate motor;
First door-plate drives the output end of decelerator and the main raising power transmission shaft of first door-plate to pass by first chain Motivation structure is connected.
3. one kind according to claim 2 pushes up drop formula water blocking door, it is characterised in that second power source includes:
Second door-plate motor, the second door-plate motor are installed on the another of relatively described first door-plate motor The top of the column;
Second door-plate drives decelerator, second door-plate to drive decelerator to be installed on the top of the column, and described second Door-plate drives the input of decelerator to be connected by the second synchronous belt drive with the output end of the second door-plate motor;
Second door-plate drives the output end of decelerator and the main raising power transmission shaft of second door-plate to pass by second chain Motivation structure is connected.
4. one kind according to claim 1 pushes up drop formula water blocking door, it is characterised in that the first door-plate hand gear bag Include:
First manual sprocket wheel, the first manual sprocket wheel is located at the middle part of column described in;
First manual power transmission shaft, the first manual power transmission shaft are located at the top of the column, and the first manual power transmission shaft It is connected with the first manual sprocket chain;
Meanwhile, output end of the first manual power transmission shaft by first synchronous belt with first motor is driven Connection.
5. one kind according to claim 1 pushes up drop formula water blocking door, it is characterised in that the second door-plate hand gear bag Include:
Second hand chain wheel, second hand chain wheel is located at the middle part of the column;
Second manual power transmission shaft, the second manual power transmission shaft are located at the top of the column, and the second manual power transmission shaft It is connected with the second hand chain wheel Chain conveyer;
Meanwhile, output end of the second manual power transmission shaft by second synchronous belt with second motor is driven Connection.
6. one kind according to claim 1 pushes up drop formula water blocking door, it is characterised in that the gathering sill is included vertically Hold level with both hands on the vertical section for opening up and the horizontal segment for opening up in the horizontal direction, and one end of the horizontal segment and the vertical section Slip over and cross connection.
7. one kind according to claim 1 pushes up drop formula water blocking door, it is characterised in that the two ends of the first lifting water fender It is fixedly connected with the chain of first chain-drive mechanism by some door-plate axle beds respectively, each door-plate axle bed covers respectively Located at the two ends of first central rotating shaft, and each door-plate axle bed is solid with the chain of first chain-drive mechanism respectively It is fixed to connect.
8. one kind according to claim 1 pushes up drop formula water blocking door, it is characterised in that the two ends of the second lifting water fender It is fixedly connected with the chain of second chain-drive mechanism by some door-plate axle beds respectively, each door-plate axle bed covers respectively Located at the two ends of second central rotating shaft, and each door-plate axle bed is solid with the chain of second chain-drive mechanism respectively It is fixed to connect.
9. a kind of top drop formula water blocking door according to claim 1, it is characterised in that the first lifting water fender and described The lower end of the second lifting water fender is mounted on sealing strip;
And the sidewall bottom of each column is respectively mounted sealing strip on the inside of doorframe.
CN201620717181.4U 2016-07-08 2016-07-08 Formula manger plate door falls in top Active CN206035338U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620717181.4U CN206035338U (en) 2016-07-08 2016-07-08 Formula manger plate door falls in top

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620717181.4U CN206035338U (en) 2016-07-08 2016-07-08 Formula manger plate door falls in top

Publications (1)

Publication Number Publication Date
CN206035338U true CN206035338U (en) 2017-03-22

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Application Number Title Priority Date Filing Date
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106014161A (en) * 2016-07-08 2016-10-12 高瞻 Top-descending water retaining door
CN107060558A (en) * 2017-04-21 2017-08-18 惠安县长捷机械科技有限公司 A kind of private garage overhead door
CN107237594A (en) * 2017-06-09 2017-10-10 上海理工大学 Circulating height adjusts waterproofing device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106014161A (en) * 2016-07-08 2016-10-12 高瞻 Top-descending water retaining door
CN107060558A (en) * 2017-04-21 2017-08-18 惠安县长捷机械科技有限公司 A kind of private garage overhead door
CN107237594A (en) * 2017-06-09 2017-10-10 上海理工大学 Circulating height adjusts waterproofing device

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C14 Grant of patent or utility model
TR01 Transfer of patent right

Effective date of registration: 20190823

Address after: Room 1133, Building 5, 1630 Yecheng Road, Jiading Industrial Zone, Shanghai, 201800

Patentee after: Jellyfish (Shanghai) Technology Development Co., Ltd.

Address before: 200080 Minhang Road, Shanghai, No. 1, No.

Patentee before: Gao Zhan

TR01 Transfer of patent right