The intelligent electric meter Turnover Box
Technical field
the present invention relates to a kind of intelligent electric meter 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, so Turnover Box is in carrying or stack in the way, and ammeter is ccontaining to shake; Also can be between the ammeter because of frictional impact scratch its housing, collide when serious even possibly influence the precision of ammeter itself.
Summary of the invention
the present invention seeks to: a kind of intelligent electric meter Turnover Box is provided; It can be separated into a plurality of single-phase tables disposal area, the big table of a plurality of three-phase or the little table of a plurality of three-phase disposal area with casing; Be able between the ammeter separate so that when depositing the ammeter of different size, can make; Avoid Turnover Box in carrying or stacking on the way, produced friction or collision between the ammeter.
technical scheme of the present invention is: a kind of intelligent electric meter Turnover Box; It comprises the casing of upper shed; Both sides are respectively equipped with a plurality of first convex tendons that extend along the casing length direction before and after the said casing inner bottom part; Said casing middle part is provided with a plurality of second convex tendons that extend along the casing Width; First convex tendon and second convex tendon are with bottom half two disposal areas about being set as; The middle part of each disposal area is provided with the 3rd convex tendon that extends along the casing Width; The left side of each disposal area is provided with two the 4th convex tendons that extend along the casing length direction up and down, and the right side of each disposal area is provided with two first rotation convex tendons relative with the 4th convex tendon up and down, and the upper and lower side of each disposal area is respectively equipped with the second rotation convex tendon relative with the 3rd convex tendon; Above-mentioned first rotates convex tendon has along first control position of casing Width extension and second control position that extends along the casing length direction; Above-mentioned second rotates convex tendon has first mode of operation that extends along the casing length direction and second mode of operation that extends along the casing Width, rotates first control position and second that convex tendon is in and rotates convex tendon when being in first mode of operation when first, is formed with four the big table of three-phase disposal areas in the casing; Rotate second control position and second that convex tendon is in and rotate convex tendon when being in first mode of operation when first; Be formed with four the little table of three-phase disposal areas in the casing, rotate second control position and second that convex tendon is in and rotate convex tendon when being in second mode of operation when first, be formed with 12 single-phase table disposal areas in the casing.
are further; First convex tendon of both sides is respectively three before and after the said casing inner bottom part, is formed with interval trough between adjacent two first convex tendons of homonymy, and said second rotates convex tendon is rotationally connected with in the corresponding interval trough; When the second rotation convex tendon is in first mode of operation; Second rotates convex tendon is placed in the corresponding interval groove, and when the second rotation convex tendon was in second mode of operation, second rotates convex tendon stretched out the corresponding interval groove.
Advantage of the present invention is:
1, the present invention can be separated into a plurality of single-phase tables disposal area, the big table of a plurality of three-phase or the little table of a plurality of three-phase disposal area respectively with casing; Be able between the ammeter separate so that when depositing the ammeter of different size, can make; Avoid Turnover Box in carrying or stacking on the way, produced friction or collision between the ammeter.
The setting of first convex tendon among
, the present invention; Reach the second rotation convex tendon and be rotationally connected with the design in the interval trough; Make casing when depositing big table of three-phase or the little table of three-phase; All can make the one of which side against with first convex tendon on, so just can improve the stability when depositing ammeter, avoided the transportation of three-phase table the time can shake.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the present invention is further described:
Fig. 1 is a block diagram of the present invention;
Fig. 2 is a birds-eye view of the present invention;
The birds-eye view of
Fig. 3 during for running condition of the present invention.
wherein: 1 casing; 2 first convex tendons; 3 second convex tendons; 4 disposal areas; 5 the 3rd convex tendons; 6 the 4th convex tendons; 7 first rotate convex tendon; 8 second rotate convex tendon; The big table of 9 three-phases disposal area; The little table of 10 three-phases disposal area; 11 single-phase table disposal areas; 12 interval troughs.
The specific embodiment
embodiment: extremely shown in Figure 3 like Fig. 1; A kind of intelligent electric meter Turnover Box; It comprises the casing 1 of upper shed; Both sides are respectively equipped with a plurality of first convex tendons 2 that extend along casing 1 length direction before and after said casing 1 inner bottom part; Said casing 1 middle part is provided with a plurality of second convex tendons 3 that extend along casing 1 Width; First convex tendon 2 and second convex tendon 3 are with two disposal areas 4 about being set as, casing 1 bottom, and the middle part of each disposal area 4 is provided with the 3rd convex tendon 5 that extends along casing 1 Width, and the left side of each disposal area 4 is provided with two the 4th convex tendons 6 that extend along casing 1 length direction up and down; The right side of each disposal area 4 is provided with up and down two first rotation convex tendons 7 relative with the 4th convex tendon 6; The upper and lower side of each disposal area 4 is respectively equipped with relative with the 3rd convex tendon 5 second and rotates convex tendon 8, and above-mentioned first rotates convex tendon 7 has first control position that extends along casing 1 Width and second control position that extends along casing 1 length direction, and above-mentioned second rotates convex tendon 8 has first mode of operation that extends along casing 1 length direction and second mode of operation that extends along casing 1 Width; Rotate first control position and second that convex tendon 7 is in and rotate convex tendon 8 when being in first mode of operation when first; Be formed with four the big table of three-phase disposal areas 9 in the casing 1, rotate second control position and second that convex tendon 7 is in and rotate convex tendon 8 when being in first mode of operation when first, be formed with four the little table of three-phase disposal areas 10 in the casing 1; Rotate second control position and second that convex tendon 7 is in and rotate convex tendon 8 when being in second mode of operation when first, be formed with 12 single-phase table disposal areas 11 in the casing 1.
First convex tendon 2 of both sides is respectively three before and after
said casing 1 inner bottom part; Be formed with interval trough 12 between adjacent two first convex tendons 2 of homonymy; Said second rotates convex tendon 8 is rotationally connected with in the corresponding interval trough 12, and when the second rotation convex tendon 8 was in first mode of operation, second rotates convex tendon 8 was placed in the corresponding interval groove 12; When the second rotation convex tendon 8 was in second mode of operation, second rotates convex tendon 8 stretched out corresponding interval groove 12.The setting of above-mentioned first convex tendon 2; Reach the second rotation convex tendon 8 and be rotationally connected with the design in the interval trough 12; Make casing 1 when depositing big table of three-phase or the little table of three-phase; All can make the one of which side against with first convex tendon 2 on, so just can improve the stability when depositing ammeter, avoided the transportation of three-phase table the time can shake.
Among the figure of
present embodiment; The disposal area 4 on casing 1 right side has been separated into six single-phase table disposal areas 11, and the disposal area 4 in casing 1 left side has been separated into upper and lower two parts, its top is the big table of three-phase disposal area 9; The bottom is the little table of three-phase disposal area 10; Therefore this Turnover Box not only can be installed single-phase table, the big table of three-phase or the little table of three-phase separately in use, can also install the ammeter of above-mentioned three kinds of specifications simultaneously; Easy to use and very hommization can be regulated the concrete division of inner disposal area as required.
More than
only is concrete exemplary applications of the present invention, and protection scope of the present invention is not constituted any limitation.All employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop within the present invention's scope required for protection.