CN206124718U - A battery holder structure is held to formula of moulding plastics for on car - Google Patents
A battery holder structure is held to formula of moulding plastics for on car Download PDFInfo
- Publication number
- CN206124718U CN206124718U CN201621070039.1U CN201621070039U CN206124718U CN 206124718 U CN206124718 U CN 206124718U CN 201621070039 U CN201621070039 U CN 201621070039U CN 206124718 U CN206124718 U CN 206124718U
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- connecting hole
- hole
- hook
- downwardly convex
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Body Structure For Vehicles (AREA)
- Battery Mounting, Suspending (AREA)
- Sealing Battery Cases Or Jackets (AREA)
Abstract
A battery holder structure is held to formula of moulding plastics for on car includes that an organic whole formula of moulding plastics that comprises bottom, side wall limit, two downward protruding extensions holds the battery holder body, the side wall limit comprises four border circumferential connecting line, and the A edge is connected with the outer locating plate that slopes, is equipped with first connecting hole outward on the locating plate that slopes and the interior bellying that has first couple hole, the C edge is equipped with the enhancement connection portion that has second couple hole, and one side that the B limit is close to in enhancement connection portion is connected with the last extension that has the second connecting hole, form a plurality of check chambeies in two decurrent protruding extensions, the bottom in every check chamber all is equipped with the hole that leaks, and two decurrent protruding extensions lean on the bottom in the check chamber on D limit to be equipped with third and fourth connecting hole respectively, are equipped with the 5th and the 6th connecting hole on the lower protruding connecting portion of two decurrent protruding extensions respectively, the cavity outside of first downward protruding extension is equipped with the 7th connecting hole on the bottom, all inlays in seven connecting holes and is equipped with the metal lining. This structure is applicable to the SUV motorcycle type.
Description
Technical field
This utility model belongs to automobile auxiliary accessories field, more particularly to a kind of injection molding type accumulator on automobile
Frame structure.
Background technology
Battery stand part is a structure function part of automobile engine nacelle, is closed using steel or aluminum
Gold manufacture, now progressively using fiberglass reinforced plastics come molding.In recent years, Foreign Automobile producer manufactures accumulator with composite
Support has reached the stage of comparative maturity.The upsurge of domestic rising in recent years " to mould Dai Gang ", starts in a large number in car engine
Using reinforced plastics substitute original aluminium alloy or steel on machine peripheral component to manufacture battery stand, Shanghai Volkswagen, on
Cacumen et folium clerodendri mandarinori (Clerodendron mandarinorum Diels) all manufactures battery stand with auto vendors such as, Cherry, Yangze river and Huai river using the PP materials of glass fiber reinforcement.Use PP materials
The battery stand of manufacture can mitigate the weight of car load, reduce radiated noise, heat-proof corrosion resistant erosion, moreover it is possible to reduce manufacturing cost.By
It is not enough to the design experiences of duty of engine part in domestic manufacturer's starting evening, therefore the country can design and manufacture plastics electric power storage
The producer of pond support is very few.At present, on market battery stand made by visible PP materials in weight capacity, bear sky
The ability of the aspect such as filter torsion and all directions acceleration also than relatively low, is typically employed on common family-sized car, and right
In SUV vehicles, use requirement, such as a SUV vehicles on Great Wall, it is proposed that weight capacity is in 12.6Kg, energy cannot be also met
The torsion of air filter 9N.M and the acceleration requirement of all directions are born, and battery stand cannot meet made by existing PP
A kind of above-mentioned needs, it is therefore desirable to battery stand structure for meeting above-mentioned requirements.
The content of the invention
This utility model provides a kind of weight capacity to solve technical problem present in known technology by force, while can also
Bear the acceleration of the larger torsion of air filter and all directions, be particularly suited in SUV vehicles for the injection molding type on automobile
Battery stand structure.
This utility model is adopted the technical scheme that to solve technical problem present in known technology：
For the injection molding type battery stand structure on automobile, it is characterised in that：Including battery stand body, the storage
Battery bracket body is integrated injection molding type structure, and the battery stand body is mainly by the bottom of support accumulator supporting plate, side
Surrounding edge, the first downwardly convex extension and the second downwardly convex extension are constituted；
The gusset is while by A, B is circumferentially sequentially connected and constitutes in, C with D edges, A while and during C, B while and distinguish during D
It is oppositely arranged, gusset side is integrally provided in the top of bottom and is formed with the edge of bottom and is connected；On A sides in
The position in portion connects up can form the outer incline location-plate fitted with the side of water tank cross beam, lean on outer sloped position plate
The position on nearly one side is provided with the first connecting hole, and internal projection portion, convex are provided with the inside of another side on outer sloped position plate
The portion of rising connection outer incline location-plate and the corresponding position on A sides, and the position being connected with bottom is extended downward, in internal projection portion
It is provided with and the first hook hole for coordinating is formed with the first hook of fixed accumulator；Position near middle part on C sides is provided with
Strengthen connecting portion, be provided with connecting portion is strengthened and the second hook hole for coordinating is formed with the second hook of fixed accumulator,
Strengthen connecting portion and be connected with upper extension near the side on B sides, the second connecting hole is provided with the top of upper extension；
Two downwardly convex extensions are arranged on the lower section of bottom, are provided with and bottom in two downwardly convex extensions
The cavity of connection is formed, the intersecting vertically arranged supporting clapboard of transverse and longitudinal is provided with cavity, supporting clapboard is separated the cavity into
Multiple lattice chambers, in the bottom in each lattice chamber leaking hole is equipped with, and two downwardly convex extensions are near the bottom of the lattice intracavity on D sides
The 3rd connecting hole and the 4th connecting hole are respectively arranged with, the position of the 3rd connecting hole is arranged close on the first downwardly convex extension
Convex connecting portion is respectively arranged with the position that the 4th connecting hole is arranged close on the second downwardly convex extension, under two
The axial direction of the 5th connecting hole and the 6th connecting hole, the 5th connecting hole and the 6th connecting hole is respectively arranged with convex connecting portion by B
When D is pointed to；It is located on bottom on the outside of the cavity of the first downwardly convex extension and is provided with the 7th connecting hole, the described 7th connects
Connect the position that hole is positioned close to internal projection portion；Respectively fixation is embedded with a metal lining in the first to the 7th connecting hole；
Between two downwardly convex extensions, between the outside of two downwardly convex extensions and the outer bottom of bottom and bottom
The outer bottom in portion and constitute gusset while four while lateral surface between be provided with strengthened connection bar.
Preferably：First hook hole is tri-angle-holed for the connection of corner part arc transition, and the triangle hole position
The inclined plane consistent with the angle of the first hook for coordinating is provided with the transition connection portion position at top, the first hook is made with top
Transition connection portion position forms face and is engaged.
Preferably：The connecting portion link of boards of side by being arranged between by inside and outside of strengthening is constituted, interior
The top of outer two side is the cascaded surface of height connection, and second hook hole is arranged on the vertical connection between high face and bottom surface
Facial position, and the second hook hole is provided with angled engagement surface, angle of inclination of angled engagement surface and the second hook inclines on this
Rake angle is consistent, makes the second hook form face with the second hook hole and is engaged, the setting direction of second hook hole and the
The setting direction of one hook hole is vertical.
Preferably：The battery stand body is made up of PP with the mixing material of 40% roving glass fiber.
Preferably：The multiple positioning jacks positioned to accumulator supporting plate are additionally provided with bottom.
This utility model has the advantages and positive effects that：
This battery stand structure by the bolt part in seven connecting holes can with accumulator set location around
Sheet metal component form connection, can be formed with two metal hangers of fixed accumulator by two hook holes and be connected, so, so that it may
By the position for being supported on setting in vehicle that accumulator is stable.This battery stand structure weight capacity is strong, and weight capacity can reach
To 12.6Kg, while the acceleration of the larger torsion of air filter and all directions can also be born, the torsion for bearing can reach 9N.M, this
Battery stand structure is particularly suited in SUV vehicles.
Description of the drawings
Fig. 1 is front view of the present utility model；
Fig. 2 is top view of the present utility model；
Fig. 3 is left view of the present utility model；
Fig. 4 is axonometric chart of the present utility model I；
Fig. 5 is axonometric chart of the present utility model II.
In figure：1st, battery stand body；1-1, bottom；1-2, gusset side；1-2-1, A side；1-2-2, B side；1-2-3、C
Side；1-2-4, D side；1-2-5, outer incline location-plate；1-2-6, the first connecting hole；1-2-7, internal projection portion；1-2-8, first are hung
Dog hole；1-2-9, reinforcement connecting portion；1-2-10, the second hook hole；1-2-11, upper extension；1-2-12, the second connecting hole；1-
3rd, the first downwardly convex extension；1-4, the second downwardly convex extension；1-5, supporting clapboard；1-6, lattice chamber；1-7, leaking hole；
1-8, the 3rd connecting hole；1-9, the 4th connecting hole；1-10, the 5th connecting hole；1-11, the 6th connecting hole；1-12, the 7th connection
Hole；1-13, positioning jack；2nd, metal lining；1st, the first hook；2nd, the second hook.
Specific embodiment
For the content of the invention of the present utility model, feature and effect can be further appreciated that, following examples are hereby enumerated, and coordinated
Accompanying drawing describes in detail as follows：
Fig. 1-5 are referred to, for the injection molding type battery stand structure on automobile, including battery stand body 1, it is described
Battery stand body is integrated injection structure, and battery stand body can adopt the engineering for being currently used for manufacturing battery stand
Plastics, such as PP materials etc..The battery stand body mainly by the bottom 1-1 of support accumulator supporting plate, gusset side 1-2,
First downwardly convex extension 1-3 and the second downwardly convex extension 1-4 are constituted.
The gusset 1-2-1, B 1-2-3 and D sides 1-2-4 in 1-2-2, C while by A are circumferentially sequentially connected and constitute, A
While and during C, B while and be oppositely arranged respectively during D, typically adopt rectangular structure for existing accumulator, then A while and be to grow during C
Side, B while and be minor face during D.Gusset side is integrally provided in the top of bottom and is formed with the edge of bottom and is connected.So,
The space being located on bottom in gusset side forms the space for placing accumulator supporting plate and accumulator.Near middle part on A sides
Position connects up can form the outer incline location-plate 1-2-5 for fitting with the side of water tank cross beam, on outer sloped position plate
Position near one side is provided with the first connecting hole 1-2-6, and internal projection is provided with the inside of another side on outer sloped position plate
The corresponding position on portion 1-2-7, internal projection portion connection outer incline location-plate and A sides, and the position being connected with bottom is extended downward,
The first hook 1 with fixed accumulator is set in internal projection portion, the first hook hole 1-2-8 for coordinating is formed.It is close on C sides
The position at middle part is provided with reinforcement connecting portion 1-2-9, and the second hook 2 with fixed accumulator is provided with connecting portion is strengthened,
The the second hook hole 1-2-10 for coordinating is formed, extension 1-2-11 is connected near the side on B sides connecting portion is strengthened, upper
The second connecting hole 1-2-12 is provided with the top of extension.
Two downwardly convex extensions are arranged on the lower section of bottom, are equipped with two downwardly convex extensions and bottom shape
Into the cavity of connection, the intersecting vertically arranged supporting clapboard 1-5 of transverse and longitudinal is provided with cavity, supporting clapboard is separated the cavity into
Multiple lattice chamber 1-6, in the bottom in each lattice chamber leaking hole 1-7 is equipped with.Lattice intracavity of two downwardly convex extensions near D sides
Bottom be respectively arranged with the 3rd connecting hole 1-8 and the 4th connecting hole 1-9.The 3rd is arranged close on first downwardly convex extension
The position that the 4th connecting hole is arranged close on the position of connecting hole and the second boss extension is respectively arranged with convex connecting portion,
The 5th connecting hole 1-10 and the 6th connecting hole 1-11, the 5th connecting hole and the 6th connection are respectively arranged with convex connecting portion under two
The axial direction in hole is by B when D is pointed to.It is located on bottom on the outside of the cavity of the first downwardly convex extension and is provided with the 7th connecting hole
1-12, the 7th connecting hole is positioned close to the position in internal projection portion.It is fixed respectively in the first to the 7th connecting hole to be embedded in
There is a metal lining 2, specifically, in addition to the metal lining in the second connecting hole is inner screw sheath, the metal in other connecting holes
Bushing is light nested structure.
Between two downwardly convex extensions, between the outside of two downwardly convex extensions and the outer bottom of bottom and bottom
Outer bottom and constitute gusset while four while lateral surface between be provided with strengthened connection bar.Strengthened connection bar ensure that right
The bonding strength between two positions is answered, can so ensure the structural strength of whole battery stand body.
After this injection molding type battery stand structure is installed on vehicle, by seven connecting holes respectively with the sheet metal component of surrounding
Connection is formed, specifically, the first connecting hole is connected by bolt with the water tank cross beam of vehicle, the second connecting hole is by bolt and sky
Filter connects, and the three, the four, the 5th and the 6th connecting hole is connected by bolt with the left longeron of vehicle, and the 7th connecting hole leads to
Cross bolt to be connected with the fixed support of accumulator bag.By being connected for above-mentioned seven connecting holes and surrounding sheet metal component, can be by
In the constitutionally stable setting space in vehicle of this injection molding type battery stand.Tied using this injection molding type battery stand
Structure is first placed on accumulator supporting plate on the bottom of battery stand body, and then accumulator is supported on accumulator supporting plate；
Then by the bottom of two metal hangers respectively be suspended in the first hook hole and in the second hook hole, the upper end of two metal hangers
Portion forms with the two ends of the pressing plate being placed at the top of accumulator and is connected, and so, just accumulator is fixed on into this injection molding type accumulator
On supporting structure.
In said structure, first hook hole is preferably the tri-angle-holed of corner part arc transition connection, and this three
Angular hole position is provided with the inclined plane consistent with the angle of the first hook for coordinating in the transition connection portion position at top, makes the first hook
Face is formed with the transition connection portion position at top to be engaged.First hook hole adopts said structure, ties can this battery stand
Structure maximum area touches the first hook, increased battery stand structure in the first hook hole location by force intensity.
It is described to strengthen the link of boards structure that connecting portion is passed through to be arranged between by inside and outside two sides in said structure
Into the top of inside and outside two sides is the cascaded surface of height connection, and second hook hole is arranged between high face and bottom surface
Vertical joint face position, and the second hook hole is provided with angled engagement surface, the angle of inclination of angled engagement surface and second on this
The angle of inclination of hook is consistent, makes the second hook form face with the second hook hole and is engaged, the setting of second hook hole
Direction is vertical with the setting direction of the first hook hole.Second hook hole adopts said structure, can make this battery stand structure most
Bump contact is to the second hook, it is ensured that battery stand structure is in the second hook hole location by force intensity.
In said structure, the battery stand body is made up of PP with the mixing material of 40% roving glass fiber.By the material
Made by battery stand this bulk melting point can reach 200 DEG C, substantially increase its bending strength, bending moduluses, tensile strength, drawing
Modulus and heat distortion temperature are stretched, reaching strengthens the purpose of product strength.
In said structure, the multiple positioning jack 1-13 positioned to accumulator supporting plate are additionally provided with bottom.This
Sample, the convex column that can coordinate with positioning jack in the setting of the lower end of accumulator supporting plate, by convex column and corresponding positioning jack
Coordinate, accumulator supporting plate can be positioned.
This injection molding type battery stand structure improves weight capacity and anti-twisting property, and the use for meeting SUV vehicles will
Ask.
Claims (5)
1. the injection molding type battery stand structure being used on automobile, it is characterised in that：Including battery stand body, the electric power storage
Pond rack body is integrated injection molding type structure, and the battery stand body is mainly by the bottom of support accumulator supporting plate, gusset
Side, the first downwardly convex extension and the second downwardly convex extension are constituted；
The gusset is while by A, B is circumferentially sequentially connected and constitutes in, C with D edges, A while and during C, B while and during D it is relative respectively
Arrange, gusset side is integrally provided in the top of bottom and is formed with the edge of bottom and is connected；Near middle part on A sides
Position connects up can form the outer incline location-plate fitted with the side of water tank cross beam, near one on outer sloped position plate
The position on side is provided with the first connecting hole, and internal projection portion, internal projection portion are provided with the inside of another side on outer sloped position plate
Connection outer incline location-plate and the corresponding position on A sides, and the position being connected with bottom is extended downward, arrange in internal projection portion
Have and the first hook hole for coordinating is formed with the first hook of fixed accumulator；Position near middle part on C sides is provided with reinforcement
Connecting portion, is provided with connecting portion is strengthened and the second hook hole for coordinating is formed with the second hook of fixed accumulator, is strengthening
Connecting portion is connected with upper extension near the side on B sides, and the second connecting hole is provided with the top of upper extension；
Two downwardly convex extensions are arranged on the lower section of bottom, are provided with two downwardly convex extensions and are formed with bottom
The cavity of connection, is provided with the intersecting vertically arranged supporting clapboard of transverse and longitudinal in cavity, and supporting clapboard separates the cavity into multiple
Lattice chamber, in the bottom in each lattice chamber leaking hole is equipped with, and two downwardly convex extensions are distinguished near the bottom of the lattice intracavity on D sides
The 3rd connecting hole and the 4th connecting hole are provided with, the position and of the 3rd connecting hole is arranged close on the first downwardly convex extension
The position that the 4th connecting hole is arranged close on two downwardly convex extensions is respectively arranged with convex connecting portion, the convex company under two
The axial direction that the 5th connecting hole and the 6th connecting hole, the 5th connecting hole and the 6th connecting hole are respectively arranged with socket part is referred to by B sides
To D sides；It is located on bottom on the outside of the cavity of the first downwardly convex extension and is provided with the 7th connecting hole, the 7th connecting hole
It is positioned close to the position in internal projection portion；Respectively fixation is embedded with a metal lining in the first to the 7th connecting hole；
Between two downwardly convex extensions, between the outside of two downwardly convex extensions and the outer bottom of bottom and bottom
Outer bottom and constitute gusset while four while lateral surface between be provided with strengthened connection bar.
2. the injection molding type battery stand structure on automobile according to claim 1, it is characterised in that：Described first
Hook hole is the tri-angle-holed of corner part arc transition connection, and the tri-angle-holed transition connection portion position positioned at top is arranged
There is the inclined plane consistent with the angle of the first hook being engaged, make the first hook form face with the transition connection portion position at top and connect
Touch and coordinate.
3. the injection molding type battery stand structure on automobile according to claim 1, it is characterised in that：The reinforcement
Connecting portion is consisted of inside and outside two sides the link of boards being arranged between, and the top of inside and outside two sides is height
The cascaded surface of connection, second hook hole is arranged on the vertical joint face position between high face and bottom surface, and the second hook hole
Angled engagement surface is provided with, angle of inclination of angled engagement surface is consistent with the angle of inclination of the second hook on this, makes the second extension
Hook forms face and is engaged with the second hook hole, and the setting direction of second hook hole is hung down with the setting direction of the first hook hole
Directly.
4. the injection molding type battery stand structure on automobile according to claim 1, it is characterised in that：The electric power storage
Pond rack body is made up of PP with the mixing material of 40% roving glass fiber.
5. the injection molding type battery stand structure on automobile according to claim 1, it is characterised in that：On bottom
It is additionally provided with the multiple positioning jacks positioned to accumulator supporting plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621070039.1U CN206124718U (en) | 2016-09-22 | 2016-09-22 | A battery holder structure is held to formula of moulding plastics for on car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621070039.1U CN206124718U (en) | 2016-09-22 | 2016-09-22 | A battery holder structure is held to formula of moulding plastics for on car |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206124718U true CN206124718U (en) | 2017-04-26 |
Family
ID=58570290
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621070039.1U Active CN206124718U (en) | 2016-09-22 | 2016-09-22 | A battery holder structure is held to formula of moulding plastics for on car |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206124718U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106364300A (en) * | 2016-09-22 | 2017-02-01 | 天津华涛汽车塑料饰件有限公司 | Injection molding type storage battery support structure for car |
-
2016
- 2016-09-22 CN CN201621070039.1U patent/CN206124718U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106364300A (en) * | 2016-09-22 | 2017-02-01 | 天津华涛汽车塑料饰件有限公司 | Injection molding type storage battery support structure for car |
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