CN215758878U

CN215758878U - Emergent flood gate of high-efficient quick-mounting formula garage

Info

Publication number: CN215758878U
Application number: CN202122325912.4U
Authority: CN
Inventors: 张凯; 过民龙; 杨厚易
Original assignee: Guangdong Jianke Innovation Technology Research Institute Co ltd
Current assignee: Guangdong Jianke Innovation Technology Research Institute Co ltd
Priority date: 2021-09-24
Filing date: 2021-09-24
Publication date: 2022-02-08
Anticipated expiration: 2031-09-24

Abstract

The utility model relates to the field of flood gates, in particular to a high-efficiency quick-mounting type garage emergency flood gate, which comprises a fixed side column, a rotary flood gate group, a quick lock assembly and a sealing assembly, wherein the rotary flood gate assembly consists of a first rotary flood gate and a second rotary flood gate, and the utility model has the beneficial effects that: the first, through the hinge with the side wall connection and the design fast lock subassembly in rotatory flood gate group and the garage, can be in the short time fast assembly, its two, through design seal assembly, make sealing performance good, its three, through with fixed side post pre-buried in the wall, design first slope clamp plate and second slope clamp plate and design fast lock subassembly, make this flood gate intensity good.

Description

Emergent flood gate of high-efficient quick-mounting formula garage

Technical Field

The utility model relates to the field of flood control gates, in particular to an efficient quick-mounting type garage emergency flood control gate.

Background

At present, current garage flood control measure is mostly formed with the sand bag, perhaps with simple and easy breakwater concatenation, and no matter be sand bag or simple and easy breakwater all have a defect:

firstly, quick assembly in a short time cannot be achieved;

secondly, the sealing performance is poor;

thirdly, it is not strong and is easy to be dispersed by flood.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the high-efficiency quick-mounting type garage emergency flood gate is provided.

In order to achieve the above purposes, the technical scheme adopted by the utility model is as follows:

an emergent flood gate in high-efficient quick-mounting formula garage includes:

the two fixed side columns are symmetrically arranged on two sides of the garage slope ground;

the rotary flood gate assembly is positioned between the two fixed side columns, and consists of a first rotary flood gate and a second rotary flood gate which are respectively and correspondingly connected with one fixed side column;

a quick lock assembly disposed between the first rotary floodgate and the second rotary floodgate;

and the sealing assembly is used for sealing between the rotary flood gate group and the two fixed side columns, between the rotary flood gate group and the garage slope ground and between the first rotary flood gate and the second rotary flood gate.

Furthermore, two one side that rotatory flood control gate group was kept away from to fixed side post is pre-buried in the both sides wall on garage slope respectively.

Furthermore, all through a plurality of hinged joint between first rotatory flood control gate and the fixed side post that corresponds to and between second rotatory flood control gate and the fixed side post that corresponds.

Further, one side that first rotatory flood gate is close to garage slope eminence is provided with first slope clamp plate, the laminating garage slope ground of first slope clamp plate, first slope clamp plate is connected through first rubber connecting portion with the flood gate, first slope clamp plate is close to the fixed first stores pylon of a plurality of that is provided with in one side of first rotatory flood gate, first rotatory flood gate correspondence is provided with a plurality of and the first couple that first stores pylon articulated.

Further, one side that the rotatory flood gate of second is close to garage slope eminence is provided with second slope clamp plate, the laminating garage slope ground of second slope clamp plate, second slope clamp plate passes through second rubber connecting portion with the flood gate and is connected, the fixed a plurality of second stores pylon that is provided with in one side that the second slope clamp plate is close to the rotatory flood gate of second, the rotatory flood gate of second corresponds and is provided with a plurality of and the second couple that the second stores pylon articulates.

Further, first rotatory flood gate is close to the one end of the rotatory flood gate of second and has seted up first trapezoidal groove, two inner walls out of plumb of first trapezoidal groove to first slot has all been seted up in the normal direction of two inner walls of first trapezoidal groove, the fixed first trapezoidal arch that is provided with the laminating of first trapezoidal groove on the rotatory flood gate of second, be provided with two second slots that correspond with first slot on the first trapezoidal bellied outer wall, two first slot and two all insert in the second slot and be equipped with the locking piece, the through-hole that supplies the rope to pass is seted up on the top of locking piece, above-mentioned fast lock subassembly is constituteed jointly to first trapezoidal groove, first slot, first trapezoidal arch, second slot and locking piece.

Further, be provided with first joint strip between rotatory flood gate door group and two fixed side posts respectively, be provided with second joint strip between first rotatory flood gate door and the rotatory flood gate door of second, the bottom of first rotatory flood gate door and the rotatory flood gate door of second all is provided with the trapezoidal arch of second, the subaerial second dovetail groove that holds the trapezoidal bellied of second, every of having seted up in garage slope is provided with third joint strip along the normal direction on the binding face that the trapezoidal arch of second and second dovetail groove are the slope state, first joint strip, second joint strip, the trapezoidal arch of second, second dovetail groove and third joint strip are above-mentioned seal assembly promptly.

This practical beneficial effect:

firstly, the rotary flood control gate group is connected with the side wall of the garage through a hinge, and the quick lock assembly can be quickly assembled in a short time;

secondly, the sealing assembly is designed, so that the sealing performance is good;

thirdly, through with fixed side post pre-buried in the wall, design first slope clamp plate and second slope clamp plate and design fast lock subassembly, make this flood gate intensity good.

Drawings

FIG. 1 is a schematic perspective view of the present invention;

FIG. 2 is a partial perspective view of the first embodiment of the present invention;

FIG. 3 is a partial perspective view of the second embodiment of the present invention;

FIG. 4 is a third schematic view of a partial perspective structure of the present invention;

FIG. 5 is an enlarged view of FIG. 4 at A;

FIG. 6 is an enlarged view of the point B in FIG. 4;

FIG. 7 is a partial projection view of the present invention;

FIG. 8 is a cross-sectional view taken along section A-A of FIG. 7;

FIG. 9 is an enlarged view at C of FIG. 8;

FIG. 10 is a schematic perspective view of a portion of a first rotary floodgate;

fig. 11 is a partial perspective view of a second rotary floodgate.

The reference numbers in the figures are:

1-fixing side columns; 2-a first rotary floodgate; 3-a second rotary floodgate; 4-a hinge; 5-a first inclined platen; 6-a first rubber connection; 7-a first hanger; 8-a first hook; 9-a second inclined platen; 10-a second rubber connection; 11-a second hanger; 12-a second hook; 13-a first trapezoidal groove; 14-a first slot; 15-a first trapezoidal protrusion; 16-a second slot; 17-a first sealing rubber strip; 18-a second bead of sealant; 19-a second trapezoidal protrusion; 20-a second trapezoidal groove; 21-a third joint strip; 22-locking block.

Detailed Description

The following description is presented to disclose the utility model so as to enable any person skilled in the art to practice the utility model. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art.

Referring to fig. 1 to 11, an efficient quick-mounting type garage emergency flood gate comprises:

the two fixed side columns 1 are symmetrically arranged on two sides of the garage slope ground;

the rotary flood gate assembly is positioned between the two fixed side columns 1, the rotary flood gate assembly consists of a first rotary flood gate 2 and a second rotary flood gate 3, and the first rotary flood gate 2 and the second rotary flood gate 3 are respectively and correspondingly connected with one fixed side column 1;

a quick lock assembly disposed between the first rotary floodgate 2 and the second rotary floodgate 3;

and the sealing components are used for sealing between the rotary flood gate group and the two fixed side columns 1, between the rotary flood gate group and the garage slope ground and between the first rotary flood gate 2 and the second rotary flood gate 3.

When not using, the rotatory flood gate door 3 of first rotatory flood gate door 2 and second rotates to the garage both sides, and with the wall laminating of garage both sides, during the use, rotatory and the laminating is in the same place first rotatory flood gate door 2 and the rotatory flood gate door 3 of second, then, use the quick-lock subassembly with first rotatory flood gate door 2 and the rotatory flood gate door 3 of second lock together, consider that flood gate door need block flood so between rotatory flood gate door group and two fixed side posts 1, set up seal assembly between rotatory flood gate door group and the garage slope ground and between first rotatory flood gate door 2 and the rotatory flood gate door 3 of second.

Two one side that fixed side post 1 kept away from rotatory flood control gate group is pre-buried in the both sides wall body on garage slope respectively.

When the wall bodies on the two sides of the garage are built, the two fixed side columns 1 are respectively embedded into the wall bodies on the two sides of the garage, after the two fixed side columns 1 are embedded, the wall bodies on the two sides of the garage and the slope ground of the garage are integrated, and therefore the garage is good in strength and good in sealing performance.

First rotatory flood gate 2 and the fixed side column 1 who corresponds between to and all connect through a plurality of hinge 4 between rotatory flood gate 3 of second and the fixed side column 1 who corresponds.

One side of hinge 4 is fixed on fixed side column 1, the opposite side is fixed on first rotatory flood gate 2 or the rotatory flood gate of second 3, hinge 4 has smallly, high durability and convenient installation, advantages such as rotational stability, when needs prevent flood, with first rotatory flood gate 2 and the rotatory back laminating of second flood gate 3 through hinge 4 together, when need not prevent flood, first rotatory flood gate 2 and the rotatory back of second flood gate 3 through hinge 4 part, and paste respectively and lean on the both sides wall in garage.

One side that first rotatory flood control gate 2 is close to garage slope eminence is provided with first slope clamp plate 5, the laminating garage slope ground of first slope clamp plate 5, first slope clamp plate 5 is connected through first rubber connecting portion 6 with the flood control gate, first slope clamp plate 5 is close to the fixed first stores pylon 7 that is provided with a plurality of in one side of first rotatory flood control gate 2, first rotatory flood control gate 2 corresponds and is provided with a plurality of and the first couple 8 that first stores pylon 7 articulated.

When flood attacks, the first rotary flood gate 2 and the second rotary flood gate 3 resist flood, meanwhile, flood can press the first inclined pressing plate 5, the pressure of the flood to the first inclined pressing plate 5 can be decomposed into vertical downward component force and horizontal component force which are far away from the first rotary flood gate 2, the first rotary flood gate 2 is enabled to be subjected to tension force in the direction opposite to the impact of the flood, the first rotary flood gate 2 is strengthened, and when flood defense is not needed, the first inclined pressing plate 5 is connected to the first hook 8 in a hanging mode through the first hanging frame 7.

One side that the rotatory flood control gate of second 3 is close to garage slope eminence is provided with second slope clamp plate 9, the laminating garage slope ground of second slope clamp plate 9 passes through second rubber connecting portion 10 with the flood control gate and is connected, second slope clamp plate 9 is close to the fixed a plurality of second stores pylon 11 that is provided with in one side of the rotatory flood control gate of second 3, the rotatory flood control gate of second 3 corresponds and is provided with a plurality of second couple 12 that articulate with second stores pylon 11.

When flood attacks, the first rotary flood gate 2 and the second rotary flood gate 3 resist flood, meanwhile, flood can press the first inclined pressing plate 5, the first inclined pressing plate 5 is in an inclined state, the pressure of flood to the second inclined pressing plate 9 can be decomposed into vertical downward component force and horizontal component force which are far away from the second rotary flood gate 3, the second rotary flood gate 3 is enabled to be pulled in the opposite direction of flood impact, the second rotary flood gate 3 is strengthened, and when flood defense is not needed, the second inclined pressing plate 9 is connected to the second hook 12 in a hanging mode through the second hanging frame 11.

First rotatory flood gate 2 is close to the one end of the rotatory flood gate 3 of second and has been seted up first trapezoidal groove 13, two inner walls out of plumb of first trapezoidal groove 13 to first slot 14 has all been seted up in the normal direction of two inner walls of first trapezoidal groove 13, the fixed first trapezoidal arch 15 that is provided with the laminating of first trapezoidal groove 13 on the rotatory flood gate 3 of second, be provided with two second slots 16 that correspond with first slot 14 on the outer wall of first trapezoidal arch 15, two first slot 14 and two all insert in the second slot 16 and be equipped with locking piece 22, the through-hole that supplies the rope to pass is seted up on the top of locking piece 22, above-mentioned fast lock subassembly is constituteed jointly to first trapezoidal groove 13, first slot 14, first trapezoidal arch 15, second slot 16 and locking piece 22.

After first rotatory flood gate 2 and the rotatory flood gate 3 of second are closed, two first slots 14 are in the same place, and two second slots 16 are in the same place, insert two locking pieces 22 respectively again, and the through-hole on locking piece 22 top exposes after inserting to be connected with the rope in the through-hole, wait until when not needing to resist the flood, external force upwards pulls the rope, makes locking piece 22 pull out upwards.

Be provided with first joint strip 17 between rotatory floodgate door group and two fixed side posts 1 respectively, be provided with second joint strip 18 between first rotatory floodgate door 2 and the rotatory floodgate door 3 of second, the bottom of first rotatory floodgate door 2 and the rotatory floodgate door 3 of second all is provided with trapezoidal arch 19 of second, the subaerial second dovetail groove 20 that holds trapezoidal arch 19 of second of seting up in garage slope, every be provided with third joint strip 21 along the normal direction on trapezoidal arch 19 of second and the trapezoidal groove 20 of second are the laminating face of slope state, first joint strip 17, second joint strip 18, the trapezoidal arch 19 of second, second trapezoidal groove 20 and third joint strip 21 are above-mentioned seal assembly promptly.

When the first rotary floodgate 2 and the second rotary floodgate 3 are closed and locked by the quick assembly, the first sealing rubber strip 17 between the first rotary floodgate 2 and the corresponding fixed side column 1 and the second sealing rubber strip 18 between the second rotary floodgate 3 and the corresponding fixed side column 1 are both attached and extruded with each other, and the third sealing rubber strip 21 is extruded and attached by the second trapezoidal groove 20.

The foregoing shows and describes the general principles, essential features, and advantages of the utility model. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the utility model, but that various changes and modifications may be made without departing from the spirit and scope of the utility model, which fall within the scope of the utility model as claimed. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims

1. a high-efficiency quick-installation garage emergency flood control gate, is characterized in that, comprises:

The fixed side posts (1) are two in number, and are symmetrically arranged on both sides of the slope ground of the garage;

A rotary flood control gate assembly, located between two fixed side columns (1), the rotary flood control gate assembly is composed of a first rotary flood control gate (2) and a second rotary flood control gate (3), the first rotary flood control gate (2) and the second rotary flood gate (3) are respectively connected with a fixed side column (1) correspondingly;

a quick lock assembly, arranged between the first rotary flood control gate (2) and the second rotary flood control gate (3);

A sealing assembly for making between the rotating flood control gate group and the two fixed side posts (1), between the rotating flood control gate group and the slope ground of the garage, and the first rotating flood control gate (2) and the second rotating flood control gate (3) sealed between.

2. The high-efficiency quick-installed garage emergency flood control gate according to claim 1, wherein the two fixed side posts (1) are respectively pre-buried in two sides of the garage slope away from the side of the rotary flood control gate group. inside the side wall.

3. A kind of high-efficiency quick-installation garage emergency flood control gate according to claim 1, characterized in that, between the first rotating flood control gate (2) and the corresponding fixed side column (1), and the second rotating The flood control gate (3) and the corresponding fixed side column (1) are connected by several hinges (4).

4. The high-efficiency quick-installed garage emergency flood control gate according to claim 1, characterized in that, a first inclined pressure plate (5) is provided on the side of the first rotary flood control gate (2) close to the height of the garage slope. ), the first inclined pressure plate (5) is attached to the slope ground of the garage, the first inclined pressure plate (5) is connected with the flood gate through the first rubber connecting part (6), and the first inclined pressure plate (5) A plurality of first hangers (7) are fixedly arranged on the side close to the first rotary flood control gate (2), and a plurality of first hangers (7) are correspondingly provided on the first rotary flood control gate (2). The first hook (8).

5. The high-efficiency quick-installed garage emergency flood control gate according to claim 1, characterized in that, a second inclined pressure plate (9) is provided on the side of the second rotary flood control gate (3) close to the height of the garage slope ), the second inclined pressing plate (9) is attached to the slope ground of the garage, the second inclined pressing plate (9) is connected with the flood gate through the second rubber connecting part (10), and the second inclined pressing plate (9) A plurality of second hangers (11) are fixedly arranged on a side close to the second rotary flood control gate (3), and a plurality of second hangers (11) are correspondingly provided on the second rotary flood control gate (3). The second hook (12).

6. The high-efficiency quick-installed garage emergency flood control gate according to claim 1, wherein a first trapezoid is provided at one end of the first rotary flood control gate (2) close to the second rotary flood control gate (3). Slot (13), the two inner walls of the first trapezoidal slot (13) are not vertical, and the two inner walls of the first trapezoidal slot (13) are provided with first slots (14) in the normal direction, and the A first trapezoidal protrusion (15) that fits with the first trapezoidal groove (13) is fixedly arranged on the second rotary flood control gate (3). The outer wall of the first trapezoidal protrusion (15) is provided with two A second slot (16) corresponding to a slot (14), a locking block (22) is inserted into the two first slots (14) and the two second slots (16) , the top end of the locking block (22) is provided with a through hole for the rope to pass through, the first trapezoidal groove (13), the first slot (14), the first trapezoidal projection (15), the first trapezoidal projection The starter (15), the second slot (16) and the locking block (22) together form the above-mentioned quick lock assembly.

7. The high-efficiency quick-installation garage emergency flood control gate according to claim 1, wherein a first sealing strip ( 17), a second sealing strip (18) is provided between the first rotary flood control gate (2) and the second rotary flood control gate (3), the first rotary flood control gate (2) and the second rotary flood control gate (3) The bottoms of the gates (3) are all provided with second trapezoidal projections (19), and second trapezoidal grooves (20) for accommodating the second trapezoidal projections (19) are opened on the sloped ground of the garage, and each of the second trapezoidal projections (19). A third sealing rubber strip (21) is arranged along the normal direction on the abutting surface of the trapezoidal protrusion (19) and the second trapezoidal groove (20) in an inclined state. The first sealing rubber strip (17), the second sealing rubber The rubber strip (18), the second trapezoidal protrusion (19), the second trapezoidal groove (20) and the third sealing rubber strip (21) are the above-mentioned sealing components.