A kind of novel truck case
Technical field
The utility model relates to a kind of card distribution memory storage, relates in particular to a kind of novel truck case.
Background technology
I.D. needs I.D. to classify by area after making, and stores in the interior corresponding hopper of truck case, thereby is conducive to the distribution of I.D..The truck case adopting at present in use, from second row hopper, I.D. is all vertically to fall with side, and more down, impulsive force is larger, not only easily damage I.D., and can run into I.D. and keep side and the standing state that hopper bottom surface contacts arriving after hopper, cause fault, simultaneously, I.D. in hopper also can be stacked in a jumble by pros and cons, is unfavorable for the distribution of I.D..
Utility model content
The purpose of this utility model is to solve problem set forth above, proposes a kind of failure rate is low, I.D. is stacked neat novel truck case.
The technical solution of the utility model is such:
A kind of novel truck case, described truck case comprises that at least two rows are arranged on the hopper on rear plate, described hopper is arranged on rear plate by box support and dividing plate, it is characterized in that, between two dividing plates between the adjacent hopper of described upper row, be provided with large baffle, the left and right sides of described truck case is also provided with large baffle, one side of described large baffle is provided with and leads card A between two row's hoppers and row's hopper, two described row's hoppers contact with the side of leading card A place, by leading the setting of card A, effectively slow down the impulsive force of I.D. in the time falling, and the oblique hopper that falls into, be conducive to neatly depositing of I.D..
As preferably, the described hopper being arranged on rear plate is three rows, the opposite side of described large baffle is provided with and leads card B between two row's hoppers and three row's hoppers, three described row's hoppers contact with the side of leading card B place, by leading the setting of card B, effectively slow down the impulsive force of I.D. in the time falling, and the oblique hopper that falls into, be conducive to neatly depositing of I.D..
As preferably, the described card A that leads is arranged in groove.
As preferably, described in lead card A offside dividing plate bottom be provided with breach leading card A mono-side.
As preferably, the described card B that leads is arranged in groove.
As preferably, described in lead card B offside dividing plate bottom be provided with breach leading card B mono-side.
Due to the precision problem of manufacturing process, cannot guarantee to lead card A and lead angle between card B and large baffle without any flaw, therefore will lead card A and lead card being arranged in groove, and can effectively avoid I.D. to impact on the flaw of angle in the time falling, cause the damage of I.D..
Breach is guaranteeing under the prerequisite that I.D. falls smoothly, shorten as far as possible the distance of large baffle and dividing plate to alleviate the left and right drift of I.D. dropping process, simultaneously, even if the drift of serious left and right appears in I.D. in the process falling, on the inclined-plane of leading card A, effectively lead for the first time and cushion thereby also can drop on.
As preferably, the bottom of described row's hopper is provided with right low left high or the left low right high card C that leads, and leads the design of card C, make I.D. in the time falling into hopper can with lead the card C keeping parallelism of trying one's best, further improved the accuracy that I.D. is deposited.
As preferably, the bottoms of described two row's hoppers be provided with lead card A corresponding lead card C, the bottoms of described three row's hoppers be provided with lead card B corresponding lead card C, described should be relatively: if lead card A or lead the left side of card B at large baffle, lead the left low right height of card C, if lead card A or lead the right side of card B at large baffle, lead card C right low left high, lead the design of card C, make I.D. in the time falling into hopper can with lead the card C keeping parallelism of trying one's best, further improved the accuracy that I.D. is deposited.
As preferably, on two described row's hoppers and three row's hoppers, be all connected with optoelectronic switch respectively, detect the whereabouts situation of I.D. by optoelectronic switch, to blocked jail at I.D., or I.D. is while falling card position mistake, reports to the police in time.
As preferably, on described each hopper, be provided with handle, be conducive to hopper and take out and put into from rear plate.
As preferably, the described card C that leads is the prism of bottom for parallelogram, described prism and hopper tightly fit together, effectively preventing from leading card C in use becomes flexible, improved the stability of hopper, described in lead card C upper surface width be greater than the width of I.D., make the I.D. can be bonded to each other with the upper surface of leading card C in the time depositing, thereby it is neat that I.D. is stacked, and increase to greatest extent the quantity of hopper storing ID card.
The beneficial effects of the utility model are as follows:
1, by leading card A and leading the setting of card B, effectively slowed down the impulsive force of I.D. in the time falling, and the oblique hopper that falls into, be conducive to neatly depositing of I.D.;
2, will lead card A and lead card B and be arranged in groove, can effectively avoid I.D. to impact on flaw in the time falling, cause the damage of I.D., breach is guaranteeing under the prerequisite that I.D. falls smoothly, shorten as far as possible the distance of large baffle and dividing plate to alleviate the left and right drift of I.D. dropping process, meanwhile, even if the drift of serious left and right appears in I.D. in the process falling, on the inclined-plane of leading card A, effectively lead for the first time and cushion thereby also can drop on;
3, lead the design of card C, make I.D. in the time falling into hopper can with lead the card C keeping parallelism of trying one's best, further improved the accuracy that I.D. is deposited;
4, detect the whereabouts situation of I.D. by optoelectronic switch, to blocked jail at I.D., or I.D. is while falling card position mistake, and alarm occurs in time.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is front view of the present utility model;
Fig. 3 is rear view of the present utility model;
Fig. 4 is the structural representation that the utility model two is arranged hopper;
In figure: the 1st, rear plate, the 2nd, hopper, the 3rd, box support, the 4th, dividing plate, the 5th, large baffle, the 6th, lead card A, the 7th, lead card B, the 8th, groove, the 9th, breach, the 10th, optoelectronic switch, the 11st, handle, the 12nd, lead card C.
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is further elaborated:
As Fig. 1, 2, shown in 3, the novel truck case of one described in the utility model, described truck case comprises that at least two rows are arranged on the hopper 2 on rear plate 1, described hopper 2 is arranged on rear plate 1 by box support 3 and dividing plate 4, it is characterized in that, between two dividing plates 4 between the adjacent hopper 2 of described upper row, be provided with large baffle 5, the left and right sides of described truck case is also provided with large baffle 5, one side of described large baffle 5 is provided with and leads card A6 between two row's hoppers 2 and row's hopper 2, two described row's hoppers 2 contact with the side of leading card A6 place, by leading the setting of card A6, effectively slow down the impulsive force of I.D. in the time falling, and the oblique hopper 2 that falls into, be conducive to neatly depositing of I.D..
The hopper 2 that the utility model is arranged on rear plate 1 is three rows, the opposite side of described large baffle 5 is provided with and leads card B7 between two row's hoppers 2 and three row's hoppers 2, three described row's hoppers 2 contact with the side of leading card B7 place, by leading the setting of card B7, effectively slow down the impulsive force of I.D. in the time falling, and the oblique hopper 2 that falls into, is conducive to neatly depositing of I.D..
The card A6 that leads of the present utility model is arranged in groove 8, described bottom of leading card A6 offside dividing plate 4 is provided with breach 9 leading card A6 mono-side, due to the precision problem of manufacturing process, cannot guarantee to lead angle between card A6 and large baffle 5 without any flaw, therefore will lead card A6 is arranged in groove 8, can effectively avoid I.D. to impact on the flaw of angle in the time falling, cause the damage of I.D., breach is guaranteeing under the prerequisite that I.D. falls smoothly, shorten as far as possible the distance of large baffle and dividing plate to alleviate the left and right drift of I.D. dropping process, simultaneously, even if there is serious left and right drift in I.D. in the process falling, on the inclined-plane of leading card A, effectively lead for the first time and cushion thereby also can drop on.
The card B7 that leads of the present utility model is arranged in groove 8, described bottom of leading card B7 offside dividing plate 4 is provided with breach 9 leading card B7 mono-side, due to the precision problem of manufacturing process, cannot guarantee to lead angle between card B7 and large baffle 5 without any flaw, therefore will lead card B7 is arranged in groove 8, can effectively avoid I.D. to impact on the flaw of angle in the time falling, cause the damage of I.D., breach is guaranteeing under the prerequisite that I.D. falls smoothly, shorten as far as possible the distance of large baffle and dividing plate to alleviate the left and right drift of I.D. dropping process, simultaneously, even if there is serious left and right drift in I.D. in the process falling, on the inclined-plane of leading card A, effectively lead for the first time and cushion thereby also can drop on.
The bottom of row's hopper 2 of the present utility model is provided with right low left high or the left low right high card C12 that leads, lead the design of card C12, make I.D. in the time falling into hopper 2 can with lead the card C12 keeping parallelism of trying one's best, further improved the accuracy that I.D. is deposited.
The bottoms of two row's hoppers 2 of the present utility model be provided with lead card A6 corresponding lead card C12, the bottoms of described three row's hoppers 2 be provided with lead card B7 corresponding lead card C12, described should be relatively: if lead card A6 or lead the left side of card B7 at large baffle 5, lead the left low right height of card C12, if lead card A6 or lead the right side of card B7 at large baffle 5, lead card C12 right low left high, lead the design of card C12, make I.D. in the time falling into hopper 2 can with lead the card C12 keeping parallelism of trying one's best, further improve the accuracy that I.D. is deposited, two row's hoppers 2 of the present utility model are all connected with optoelectronic switch 10 respectively with on three row's hoppers 2, detect the whereabouts situation of I.D. by optoelectronic switch 10, to blocked jail at I.D., or I.D. is while falling card position mistake, report to the police in time.
On each hopper 2 of the present utility model, be provided with handle 11, be conducive to hopper 2 and take out and put into from rear plate 1.
The card C12 that leads of the present utility model is the prism of bottom for parallelogram, described prism and hopper 2 tightly fit together, effectively preventing from leading card C12 in use becomes flexible, improve the stability of hopper 2, the width of leading card C12 upper surface is greater than the width of I.D., make the I.D. can be bonded to each other with the upper surface of leading card C12 in the time depositing, thereby it is neat that I.D. is stacked, and increase to greatest extent the quantity of hopper 2 storing ID cards.
The utility model in use, the I.D. of software different regions drops in the hopper in corresponding area, thereby be beneficial to the distribution of I.D., in the time that I.D. need to drop into row's hopper, I.D. is vertically aimed in row's hopper and led the lower of card C and put into, thereby complete accurate input, in the time that I.D. need to drop into two rows or three row's hoppers, first I.D. vertically falls in the passage between dividing plate and large baffle, strike and lead card A or lead after card B, I.D. bottom is to hopper misalignment and drop, thereby has completed depositing of I.D..
Above-described is only preferred implementation of the present utility model; should be understood that; for those of ordinary skill in the art; do not departing under the prerequisite of the utility model core technology feature; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.