CN201932541U

CN201932541U - Electric power turnover box

Info

Publication number: CN201932541U
Application number: CN2011200235189U
Authority: CN
Inventors: 常红; 邓定彬
Original assignee: SUZHOU DASEN PLASTIC INDUSTRY Co Ltd
Current assignee: SUZHOU DASEN PLASTIC INDUSTRY Co Ltd
Priority date: 2011-01-25
Filing date: 2011-01-25
Publication date: 2011-08-17
Anticipated expiration: 2021-01-25

Abstract

The utility model discloses an electric power turnover box, which comprises a box body with an upper opening, wherein a plurality of partition ribs are arranged in the box body in an arrayed way, and the bottom of the box body is partitioned by the partition ribs into a plurality of ammeter accommodating areas used for accommodating ammeters, so that the ammeters can be partitioned during the storage, which avoids the friction or collision among the ammeters during the carrying or stacking course of the turnover box.

Description

The electric power Turnover Box

Technical field

The utility model relates to a kind of electric power Turnover Box of depositing ammeter that is mainly used in, and it is applicable to links such as transportation in factory's logistics, dispensing, storage, circulation and process.

Background technology

Existing Turnover Box can cooperate with multiple platform and station device, is applicable to multiple occasions such as all kinds of warehouses, production scene.Because the inner bottom surface of traditional Turnover Box is a monoblock plane, when it is used to deposit ammeter, ammeter cannot be located, therefore Turnover Box is in carrying or stacking on the way, ammeter is ccontaining to shake, also can be between the ammeter because of frictional impact scratch its housing, collide when serious even may influence the precision of ammeter itself.

Summary of the invention

The utility model purpose is: a kind of electric power Turnover Box is provided, muscle had been separated into a plurality of ammeters disposal area with bottom half between it utilized, so that when depositing ammeter, separated between the ammeter, avoided Turnover Box in carrying or stacking on the way, produce friction or collision between the ammeter.

The technical solution of the utility model is: a kind of electric power Turnover Box comprises the casing of upper shed being furnished with some muscles in the described casing that above-mentioned muscle forms a plurality of ammeter disposal areas that are used to place ammeter with bottom half every establishing with being array-like.

Further, be positioned at bottom half first row between muscle and last row between muscle be muscle between in-line, first in the ranks be in the muscle between two yi word patterns between the muscle between muscle be muscle between the T type, be in the muscle between last column between two yi word patterns between the muscle between muscle be muscle between inverted T shape, be located between muscle between yi word pattern, T type between muscle and inverted T shape within the muscle between muscle be cross muscle.

Further again, between described T type between muscle, inverted T shape muscle and cross muscle include two sections ribs of vertical interlaced, the lower sidewall of each rib is the vertical surface of vertical setting in muscle between muscle, inverted T shape between the lower sidewall of muscle and T type between yi word pattern, cross the muscle, and the side wall upper part of each rib is the dip plane that upwards comes closer gradually in muscle between muscle, inverted T shape between the side wall upper part of muscle and T type between yi word pattern, cross the muscle.

Described box inside wall is being provided with at least one auxiliary convex tendon between the muscle between adjacent two yi word patterns, the bottom of this auxiliary convex tendon medial surface is the vertical section that vertically is provided with, and the top of this auxiliary convex tendon medial surface is high outside and low outside tilting section.

The utility model has the advantages that:

1. the utility model has been separated into a plurality of ammeters disposal area with casing, so that separated between the ammeter when depositing ammeter, has avoided Turnover Box in carrying or stacking on the way, produces friction or collision between the ammeter.

. the lower sidewall of each rib is the vertical surface of vertical setting in muscle between muscle, inverted T shape between the lower sidewall of muscle and T type between yi word pattern in the utility model, cross the muscle, and this vertical surface can be corrected because the different inconsistent gap of causing of ammeter root size that makes of ammeter gradient differs too big problem.

. the side wall upper part of each rib is the dip plane that upwards comes closer gradually in muscle between muscle, inverted T shape between the side wall upper part of muscle and T type between yi word pattern in the utility model, cross the muscle, directional tagging can be played preferably in this dip plane, makes the easier assigned position of putting into of ammeter.

. in the utility model since between muscle be to be provided with at interval, the breach between the adjacent spaces muscle can prevent that the hook iron plate of ammeter from protruding and hinder ammeter to place.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further described:

Fig. 1 is a block diagram of the present utility model;

Fig. 2 is a birds-eye view of the present utility model;

Fig. 3 is the A-A cutaway view of Fig. 2;

Fig. 4 is the B-B cutaway view of Fig. 2;

Fig. 5 is the partial enlarged drawing at C place among Fig. 4.

Wherein: 1 casing; 2 muscles; Muscle between 21 yi word patterns; Muscle between 22 T types; Muscle between 23 inverted T shapes; 24 cross muscles; 3 ammeter disposal areas; 4 ribs; 41 vertical surfaces; 42 dip plane; 5 auxiliary convex tendons; 51 vertical sections; 52 tilting sections; 6 ammeters.

The specific embodiment

Embodiment: extremely shown in Figure 5 as Fig. 1, a kind of electric power Turnover Box of depositing ammeter that is specifically designed to, the casing 1 that comprises upper shed is furnished with some muscles 2 with being array-like in the described casing 1, above-mentioned muscle 2 forms a plurality of ammeter disposal areas 3 that are used to place ammeter with casing 1 bottom every establishing.Because above-mentioned muscle 2 is to be provided with at interval, the breach between the adjacent spaces muscle 2 can prevent that the hook iron plate of ammeter from protruding and the obstruction ammeter is placed.

Because above-mentioned some muscles 2 are in the diverse location of Turnover Box bottom, therefore its structure is different, be in diverse location between the concrete structure of muscle 2 be: be positioned at casing 1 bottom first row between muscle and last row between muscle 2 be muscle 21 between in-line, first in the ranks be in the muscle 2 between two yi word patterns between the muscle 21 between muscle 2 be muscle 22 between the T type, be in the muscle 2 between last column between two yi word patterns between the muscle 21 between muscle 2 for muscle 23 between inverted T shape, be located in muscle 21 between yi word pattern, between the T type between muscle 22 and inverted T shape within the muscle 23 between muscle be cross muscle 24.

Between described T type between muscle 22, inverted T shape muscle 23 and cross muscle 24 include two sections ribs 4 of vertical interlaced, the lower sidewall of each rib 4 is the vertical surface 41 of vertical setting in muscle 23 between muscle 22, inverted T shape between the lower sidewall of muscle 21 and T type between yi word pattern, cross the muscle 24, and this vertical surface 41 can be corrected because the different inconsistent gap of causing of ammeter root size that makes of ammeter gradient differs too big problem.The side wall upper part of each rib 4 is the dip plane 42 that upwards comes closer gradually in muscle 23 between muscle 22, inverted T shape between the side wall upper part of muscle 21 and T type between described yi word pattern, cross the muscle 24, directional tagging can be played preferably in this dip plane 42, makes the ammeter 6 easier assigned positions of putting into.

Described casing 1 madial wall is being provided with at least one auxiliary convex tendon 5 between the muscle 21 between adjacent two yi word patterns, the bottom of these auxiliary convex tendon 5 medial surfaces is the vertical section 51 that vertically is provided with, and the top of these auxiliary convex tendon 5 medial surfaces is high outside and low outside tilting section 52.This vertical section 51 and tilting section 52 can play above-mentioned vertical surface 41 and dip plane 42 effect equally.

The quantity of above-mentioned muscle 2 can change according to ammeter 6 specifications deposited are different, if two electric power Turnover Boxes that dimensions is identical are arranged, one for to specialize in the electric power Turnover Box A that single-phase table is deposited, and another is to specialize in the electric power Turnover Box B that the three-phase table is deposited.Muscle 2 is the array-like layout of four lines five row between in the electric power Turnover Box A, to form the ammeter disposal area 3 that 12 single-phase ammeters 6 of confession are deposited, as shown in Figure 2.Muscle 2 is the array-like layout of triplex row three row between in the electric power Turnover Box B, to form four ammeter disposal areas 3 that supply three-phase kilowatt-hour meter 6 to deposit.

Below only be concrete exemplary applications of the present utility model, protection domain of the present utility model is not constituted any limitation.All employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop within the utility model scope required for protection.

Claims

1. electric power Turnover Box, the casing (1) that comprises upper shed, it is characterized in that: be furnished with some muscles (2) in the described casing (1), above-mentioned muscle (2) forms a plurality of ammeter disposal areas (3) that are used to place ammeter with casing (1) bottom every establishing with being array-like.

2. electric power Turnover Box according to claim 1, it is characterized in that: be positioned at casing (1) bottom first row between muscle (2) and last row between muscle (2) be muscle (21) between in-line, first in the ranks be in the muscle (2) between the muscle between two yi word patterns (21) between muscle (2) be muscle (22) between the T type, be in the muscle between last column (2) between the muscle between two yi word patterns (21) between muscle be muscle between inverted T shape (23), be located in muscle between yi word pattern (21), muscle (2) is a cross muscle (24) between between muscle between the T type (22) and inverted T shape within the muscle (23).

3. electric power Turnover Box according to claim 2, it is characterized in that: muscle (22) between described T type, muscle between inverted T shape (23) and cross muscle (24) include two sections ribs (4) of vertical interlaced, muscle (22) between the lower sidewall of muscle between yi word pattern (21) and T type, muscle between inverted T shape (23), the lower sidewall of each rib (4) is the vertical surface (41) of vertical setting in cross the muscle (24), muscle (22) between the side wall upper part of muscle between yi word pattern (21) and T type, muscle between inverted T shape (23), the side wall upper part of each rib (4) is the dip plane (42) that upwards comes closer gradually in cross the muscle (24).

4. according to claim 2 or 3 described electric power Turnover Boxes, it is characterized in that: described casing (1) madial wall is being provided with at least one auxiliary convex tendon (5) between the muscle (21) between adjacent two yi word patterns, should assist the bottom of convex tendon (5) medial surface is the vertical section (51) that vertically is provided with, and the top of this auxiliary convex tendon (5) medial surface is high outside and low outside tilting section (52).