CN209617762U - Battery tray - Google Patents

Abstract

The utility model provides a kind of battery tray, and the battery tray includes: bottom plate；Frame, it is arranged on bottom plate, and including bottom, at least two partitions of top and setting between the top and the bottom, wherein, the bottom of the frame is fixed to bottom plate, at least two partition is vertically arranged with bottom plate respectively, and two adjacent partition rooms separate scheduled width, and each partition includes that the pattern being disposed thereon and bottom plate and adjacent partition define the space for accommodating battery.According to the utility model, accommodation space can be provided for large scale battery.

Description

Battery tray

Technical field

The utility model relates to a kind of for accommodating the battery tray of large scale battery.

Background technique

Different from the one-shot battery that cannot be recharged, rechargeable battery is the battery that can be charged and discharged.With low The rechargeable battery of capacity can be used for portable small such as mobile phone, laptop computer and camcorder etc Type electronic equipment, the rechargeable battery with large capacity are widely used as driving the electricity of hybrid vehicle, electric vehicle etc. The power supply of motivation.

Demand with market to high capacity cell is continuously increased, it is desirable to provide for accommodating the device of large scale battery.

Utility model content

The purpose of this utility model is to provide the battery trays that one kind can accommodate ultra-large type battery.

Battery tray accoding to exemplary embodiment includes: bottom plate；Frame is arranged on bottom plate, and including bottom, top Portion and setting at least two partitions between the top and the bottom, wherein the bottom of the frame is fixed to bottom plate, it is described extremely Few two partitions are vertically arranged with bottom plate respectively, and two adjacent partition rooms separate scheduled width, and each partition includes setting Pattern on it is set, and bottom plate and adjacent partition define the space for accommodating battery.

The battery tray can also include: mold, be fixed on partition by the pattern on partition, and mold has and electricity The shape of the side surface cooperation in pond.

The distance between adjacent separator of the battery tray can be 80mm-100mm.

The distance between adjacent separator of the battery tray can be 100mm.

Height of the partition on the direction perpendicular to bottom plate can be 360mm-400mm.

Height of the partition on the direction perpendicular to bottom plate can be 380mm.

The width of the battery tray can be 180mm-200mm.

The width of the battery tray can be 190mm.

The frame can also include: fixing component, and between the bottom and top of frame, the fixing component is fixed Adjacent partition.

The bottom plate may include groove.

By to the brief description of exemplary embodiment, may be implemented above but technical effect not limited to the following:

(1) receiving of ultra-large type battery is realized；

(2) it by setting groove, is more convenient for accessing battery；

(3) by the way that pattern is arranged on partition, can cooperate multiple kinds of molds come using.

Detailed description of the invention

Fig. 1 is the schematic diagram of battery tray accoding to exemplary embodiment.

Specific embodiment

Hereinafter, the exemplary embodiment that the utility model will be described in detail in conjunction with attached drawing.

Fig. 1 is the schematic diagram of battery tray 100 accoding to exemplary embodiment.

Referring to Fig.1, the battery tray 100 of exemplary embodiment according to the present utility model may include bottom plate 10 and frame 20。

Bottom plate 10 is for fixing and providing support for frame 20, and therefore, bottom plate 10 can have various shape and can be with Including the material with high stiffness.According to specific embodiment, as shown in fig. 1, bottom plate 10 can have rectangular shape, And it can be made of metal material.However, exemplary embodiment is without being limited thereto.

Frame 20 provides space to accommodate battery.Frame 20 may include bottom 1, top 3 and be arranged at top 3 and bottom At least two partitions 2 between portion 1.

The bottom 1 of frame 20 is arranged to be fixed to bottom plate 10.Here, the bottom 1 of frame 20 is connected thereto for fixation Partition 2 side and be fixedly connected with frame 20 with bottom plate 10, thus the bottom 1 of frame 20 can have various shape and/ Or structure, and connector has can be set in the bottom 1 of frame 20 and the corresponding position of bottom plate 10.It, can according to specific example The bottom 1 of frame 20 is fixed to bottom plate 10 by bolt arrangement, in this case, bottom plate 10 may include screw thread Hole, the bottom 1 of frame 20 may include through-hole, and bolt can pass through through-hole and frame 20 is fixed to bottom plate 10.However, example Property embodiment does not limit the connection between bottom plate 10 and frame 20.

The top 3 of frame 20 can be set to opposite with bottom 1.The top 3 of frame 20 is arranged in partition 2 and bottom The opposite side stationary barrier 2 in portion 1.In addition, the top 3 of frame 20 is also configured to have multiple opening OP3, battery can pass through Opening OP3 is accommodated can be taken out into the battery accommodated in battery tray 100 or battery tray 100 by the OP3 that is open.It opens Mouth OP3 can be set to have shape corresponding with the accommodation space of battery.

Partition 2 is arranged between the top 3 of frame 20 and bottom 1.Partition 2 can be set at least two.At least two A partition 2 is vertically arranged with bottom plate 10 respectively along predetermined direction, and two adjacent partitions 2 are spaced apart scheduled width, Therefore, space is provided to accommodate battery between adjacent partition 2.

Setting is shown in Fig. 1, and there are four the specific examples of partition 2.In the specific example, four partitions 2 are in X direction It is arranged on bottom plate 10 with being spaced apart preset distance and parallel each other, so that four partitions 2 provide three appearances for battery Receive space.However, exemplary embodiment does not limit the number of partition 2.That is, can be set two or three partitions 2 or The partition 2 that number is more than four is arranged in person, to provide different number of accommodation space to accommodate battery.

In addition, the partition 2 of exemplary embodiment according to the present utility model is arranged to include pattern 21.In other words, often Pattern 21 can be set on a partition 2, the pattern 21 can be the engraved structure of penetrating clapboard 2, or may be to set It sets and floats recessed or swelling structure on the surface of partition 2.According to specific example, Fig. 1 shows the pattern 21 with engraved structure. In this example, engraved structure is not limited as with specific shape, but can have various shape.This is because the figure Case 21 is used for fixing mould, and therefore, the concrete shape of the pattern 21 can be arranged based on mold.Here, mold has and electricity The shape that pond matches.Mold is fixed on the partition 2 of battery tray 100, thus in the space between adjacent partition 2 Accommodation space is provided for battery.

More specifically, in the X direction may include the towards outside from first partition 2 in left side as shown in fig. 1 One surface and second surface towards partition 2 adjacent thereto, and may include in the X direction from second partition 2 in left side First surface towards first partition 2 from left side and the second surface away from first partition 2 from left side.Described first The first surface and second surface of a partition 2 pattern 21 having the same, the first surface and the second table of second partition 2 Face pattern 21 having the same.Pattern 21 can be pierced pattern 21, or float recessed or embossed pattern 21, and first The pattern 21 of partition 2 can be corresponding with the pattern 21 of second partition 2.Since the second surface of first partition 2 is in face of the The first surface of two partitions 2, therefore, the structure between the second surface of first partition 2 and the first surface of second partition 2 At the space for accommodating battery.In such a case, it is possible to the first mold is set on the second surface of first partition 2, and And the second mold can be set on the first surface of second partition 2.First mold and the second mold can have mirror image pair The shape of title, however the shape of the first mold and the second mold is without being limited thereto.First mold and the second mold be oppositely disposed with Constitute space compatible with battery.Battery with predetermined shape can be cooperatively received in by the first mold and the second mold In the space of composition, so as to steadily accommodate battery.

Since mold can have various shape and can cooperate with the pattern 21 of partition 2.Therefore, offer is provided Different molds can be set to accommodate various sizes of battery in the concrete shape of the pattern 21 of partition 2.

Partition 2 is arranged at interval, and outermost two partitions 2 are arranged in and define two side tables of battery tray 100 Face, and bottom plate 10 and adjacent partition 2 define the space for accommodating battery.Exemplary embodiment according to the present utility model, The distance between partition 2 being provided at predetermined intervals can be 80mm-100mm.Specifically, as shown in fig. 1, partition 2 is parallel Ground setting, and adjacent partition 2 is in the X direction with the distance of 80mm-100mm.Moreover it is preferred that the battery tray 100 The distance between adjacent separator 2 can be 100mm, in such a case, it is possible to be more preferably adapted to mold.

Partition 2 has height on the direction (for example, Y-direction) vertical with bottom plate 10, and the height can be defined as In the range of 360mm-400mm, preferably 380mm.It, can be in the structure for making battery tray 100 by the setting of the height More batteries are accommodated under the premise of more stable.

In addition, partition 2 can have width (for example, width in z-direction), which be can be set to In the range of 180mm-200mm, preferably 190mm.Since partition 2 is arranged to have the width, the receiving limited by partition 2 Space may provide for the receiving of large scale (for example, ultra-large type) battery.

In addition, when partition 2 has above-mentioned size range, it, can be in order to provide the more stable structure of battery tray 100 In the side of partition 2, fixing component 4 is set.The outer of partition 2 can be arranged in the fixing component 4 along the arrangement of partition 2 Side, and adjacent partition 2 being fixed together, to prevent the relative movement of partition 2 in the X direction, and can be with Enough structural strengths are provided for battery tray 100.For example, as shown in fig. 1, two parallel fixing components 4 can be set In (for example, in the plane being made of X and Y) plane vertical with partition 2 and it is fixed on the outside of partition 2.Although Fig. 1 In show and be respectively set in two planes there are two the fixing component 4 that is parallel to each other, but exemplary embodiment do not limit it is solid Determine quantity and the setting position of the setting of component 4.In other words, fixing component 4, fixing component can be only set in a plane 4 quantity also can be set to 1 or 3 or more.Although in addition, two fixations of setting in the same plane in Fig. 1 Component 4 is parallel to each other and parallel with bottom plate 10, but exemplary embodiment is without being limited thereto.

In addition, for the ease of accessing the battery that contacts with bottom plate 10, the surface faced with battery of the bottom plate 10 can be with It is arranged fluted 11.The bottom 1 of frame 20 can have opening OP1, and the battery being contained in battery tray 100 passes through opening OP1 is contacted with bottom plate 10, therefore, opening OP1 exposure groove 11.Groove 11 can be set to folded with battery portion to be stored It sets, in such a case, it is possible to more easily access battery by groove 11.In addition, when providing groove 11 to bottom plate 10, Groove 11 can be such that the contact area of bottom plate 10 and battery reduces, so as to reduce the contact between bottom plate 10 and battery.

Combine specific example that the battery tray of exemplary embodiment according to the present utility model is described in detail above.Pass through Above description can provide accommodation space to large scale battery.Further, since pattern is provided on partition, it can be by mentioning Accommodation space is provided for mold for various sizes of battery.

Example embodiment has been disclosed herein, although specific term is used, only with general and descriptive Meaning use and explain them, rather than for purposes of limitation.In some cases, for submit the application when be It will be apparent that for those skilled in the art only, feature, characteristic and/or the element described in conjunction with specific embodiments It can be used alone, or can be applied in combination with feature, characteristic and/or the element of other embodiments description is combined, unless separately It clearly states.Therefore, it will be appreciated by those skilled in the art that it is originally practical new as described in claims not departing from In the case where the spirit and scope of type, the various changes in formal and details can be made.

Claims (10)

1. a kind of battery tray, which is characterized in that the battery tray includes:

Bottom plate；

Frame, be arranged on bottom plate, and including bottom, top and setting between the top and the bottom at least two every Plate,

Wherein, the bottom of the frame is fixed to bottom plate,

At least two partition is vertically arranged with bottom plate respectively, and two adjacent partition rooms separate scheduled width, each Partition includes the pattern being disposed thereon, and

Bottom plate and adjacent partition define the space for accommodating battery.

2. battery tray as described in claim 1, which is characterized in that the battery tray further include:

Mold is fixed on partition by the pattern on partition, and mold has the shape cooperated with the side surface of battery.

3. battery tray as described in claim 1, which is characterized in that the distance between the adjacent separator of the battery tray is 80mm-100mm。

4. battery tray as claimed in claim 3, which is characterized in that the distance between the adjacent separator of the battery tray is 100mm。

5. battery tray as described in claim 1, which is characterized in that height of the partition on the direction perpendicular to bottom plate For 360mm-400mm.

6. battery tray as claimed in claim 5, which is characterized in that height of the partition on the direction perpendicular to bottom plate For 380mm.

7. battery tray as described in claim 1, which is characterized in that the width of the battery tray is 180mm-200mm.

8. battery tray as claimed in claim 7, which is characterized in that the width of the battery tray is 190mm.

9. battery tray as described in claim 1, which is characterized in that the frame further include:

Fixing component, between the bottom and top of frame, the fixed adjacent partition of the fixing component.

10. battery tray as described in claim 1, which is characterized in that the bottom plate includes groove.