CN218453526U - Manual push-pull type bouncing box - Google Patents

Abstract

The utility model relates to a manual push-pull bouncing box, which comprises an outer box with an opening at the front end, an inner box with a bouncing structure at the rear part and a locking plate, wherein the top end of the rear part of the outer box is provided with a locking plate jack, the rear part of the inner box is provided with a locking plate slot, and the inner box is pushed into the outer box from the opening at the front end of the outer box; when the front end of interior box aligns with the front end of outer box, the inboard rear end butt of bounce mechanism and outer box, the spring bolt of lock plate inserts in the lock plate slot after passing the lock plate jack. The beneficial effects are that: when the inner box is packaged and molded, the front end of the inner box is aligned with the front end of the outer box, the bouncing mechanism is abutted with the rear end of the inner side of the outer box to accumulate elasticity, and the lock tongue of the locking plate penetrates through the locking plate jack on the top surface of the outer box and then is inserted into the locking plate slot at the rear part of the inner box, so that the inner box is completely sleeved in the outer box; when the box is opened, the locking plate is pulled out, the inner box drives the front part of the inner box to pop out from the opening at the front end of the outer box under the elastic action of the bouncing mechanism, so that the bouncing opening is realized, and the novelty of the structure of the packing box and the opening mode is improved.

Description

Manual push-pull type bouncing box

Technical Field

The utility model relates to a packing carton field especially relates to a manual plug-type spring box.

Background

The existing push-pull type packing box mainly comprises an outer box of a square tube type and an inner box with an opening at the top, wherein the inner box is sleeved in the outer box. When the inner box is opened, the outer box is fixed, and the inner box is pushed from the first end to the second end, so that the inner box is taken out of the outer box; when the inner case is closed, the inner case is pushed from the second end to the first end while the outer case is fixed, and the inner case is loaded into the outer case.

The structure is simple, the box opening mode is single, and the novelty is lacked.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome the above problem that prior art exists, provide a manual plug-type spring box.

In order to realize the technical purpose, the technical effect is achieved, the utility model discloses a following technical scheme realizes:

a manual push-pull bouncing box comprises an outer box of a cuboid with an opening at the front end, an inner box with a bouncing structure at the rear part and a 'convex' -shaped locking plate, wherein the top end of the rear part of the outer box is provided with a locking plate jack, the rear part of the inner box is provided with a locking plate slot, and the inner box is pushed into the outer box from the opening at the front end of the outer box; when the front end of interior box aligns with the front end of outer box, the inboard rear end butt of bounce mechanism and outer box, insert in the lock plate slot after the spring bolt of lock plate passes the lock plate jack.

Wherein, outer box includes along outer box left side board, outer box top panel, outer box right side board, outer box lower panel and outer box bonding board that outer box circumference connects gradually, the rear end of outer box left side board is connected with outer box left otic placode, the rear end of outer box top panel is connected with outer box upper otic placode, the rear end of outer box right side board is connected with outer box right otic placode, the rear end of outer box lower panel is connected with outer box lower otic placode, outer box bonding board bonds with adhesive for outer box left side board, outer box left otic placode, outer box upper otic placode, outer box right otic placode and outer box lower otic placode bond with adhesive.

Wherein, outer box left side board, outer box top panel, outer box right side board, outer box panel, outer box bonding board, outer box upper ear board and outer box lower ear board are rectangle.

The inner box comprises an inner box front supporting plate, an inner box front baffle, an inner box front panel, an inner box front end plate, an inner box bottom plate, a first force storage plate, a second force storage plate and a third force storage plate which are sequentially connected along the long axis direction of the inner box, and two inner box front limiting plates which are symmetrical about the inner box front baffle are further connected between the inner box front supporting plate and the inner box front panel; the left side of the inner box bottom plate is connected with an inner box left side plate, the front end and the rear end of the inner box left side plate are respectively connected with an inner box left front hook plate and an inner box left rear hook plate, one side of the inner box left side plate, which is far away from the inner box bottom plate, is connected with an inner box left front supporting plate, an inner box left inner lining plate and an inner box left rear supporting plate, one side of the inner box left front supporting plate, which is far away from the inner box bottom plate, is connected with an inner box left front vertical plate, one side of the inner box left inner lining plate, which is far away from the inner box bottom plate, is connected with an inner box left rear vertical plate, one side of the inner box left front vertical plate, which is far away from the inner box left front supporting plate, is connected with the inner box left supporting plate, and one side of the inner box left rear vertical plate, which is far away from the inner box left rear supporting plate, is connected with the inner box left supporting plate; the right side of the inner box bottom plate is connected with an inner box right side plate, the front end and the rear end of the inner box right side plate are respectively connected with an inner box right front hook plate and an inner box right rear hook plate, one side of the inner box right side plate, which is far away from the inner box bottom plate, is connected with an inner box right front supporting plate, an inner box right inner lining plate and an inner box right rear supporting plate, one side of the inner box right front supporting plate, which is far away from the inner box bottom plate, is connected with an inner box right front vertical plate, one side of the inner box right inner lining plate, which is far away from the inner box bottom plate, is connected with an inner box right rear vertical plate, one side of the inner box right front vertical plate, which is far away from the inner box right front supporting plate, is connected with the inner box right supporting plate, one side of the inner box right rear vertical plate, which is far away from the inner box right rear supporting plate, is connected with the inner box right supporting plate, and the rear end of the inner box right rear vertical plate is connected with an inner box rear baffle; the inner box left front hook plate and the inner box right front hook plate are hooked with each other, the inner box left rear hook plate and the inner box right rear hook plate are hooked with each other, and the inner box rear baffle plate, the inner box left rear hook plate and the inner box right rear hook plate are matched to form a locking plate slot; the rear part of the inner box bottom plate, the first force storage plate, the second force storage plate and the third force storage plate are matched to form an M-shaped bouncing structure.

The utility model has the advantages that: the outer box with an opening at the front end, the inner box with a bouncing structure at the rear part and the locking plate are matched, the front end of the inner box is aligned with the front end of the outer box during packaging and molding, the bouncing mechanism is abutted against the inner rear end of the outer box to accumulate elasticity, and the lock tongue of the locking plate penetrates through the locking plate jack on the top surface of the outer box and then is inserted into the locking plate slot at the rear part of the inner box, so that the inner box is completely sleeved in the outer box; when the box is opened, the locking plate is pulled out, the inner box drives the front part of the inner box to pop out from the front end opening of the outer box under the elastic action of the bouncing mechanism, so that the box is opened by bouncing, and the novelty of the structure of the packing box and the opening mode is improved.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention and do not constitute a limitation on the invention. In the drawings:

FIG. 1 is a schematic structural view of a manual push-pull bouncing box of the present invention in a fully closed state;

FIG. 2 is a schematic structural view of the manual push-pull bouncing box of the present invention in an opened state after bouncing;

FIG. 3 is a schematic view of the structure of the outer case of the present invention in the molded state;

FIG. 4 is a schematic view of the expanded state of the outer case of the present invention;

FIG. 5 is a schematic structural view of the inner box in the molding state of the present invention;

FIG. 6 is a schematic structural view of the inner case of the present invention in an unfolded state;

FIG. 7 is a schematic view of a lock plate according to the present invention;

the reference numbers in the figures illustrate: outer box 100, outer box left side plate 101, outer box upper panel 102, outer box right side plate 103, outer box lower panel 104, outer box bonding plate 105, outer box left ear plate 106, outer box upper ear plate 107, outer box right ear plate 108, outer box lower ear plate 109, locking plate insertion hole 110, inner box 200, inner box front supporting plate 201, inner box front limiting plate 202, inner box front baffle 203, inner box front panel 204, inner box front end plate 205, inner box bottom plate 206, first force storage plate 207, second force storage plate 208, third force storage plate 209, inner box left side plate 210, inner box left front hook plate 211, inner box left rear hook plate 212, the inner box left front supporting plate 213, the inner box left inner lining plate 214, the inner box left rear supporting plate 215, the inner box left front vertical plate 216, the inner box left supporting plate 217, the inner box left rear vertical plate 218, the inner box right side plate 219, the inner box right front hook plate 220, the inner box right rear hook plate 221, the inner box right front supporting plate 222, the inner box right inner lining plate 223, the inner box right rear supporting plate 224, the inner box right front vertical plate 225, the inner box right supporting plate 226, the inner box right rear vertical plate 227, the inner box rear baffle 228, the locking plate slot 229, the bouncing structure 230, the commodity clamping slot 231, the handle 232, the notch 233, the locking plate 300 and the lock tongue 301.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings in conjunction with embodiments.

As shown in fig. 1 to 7, a manual push-pull bouncing box comprises a cuboid outer box 100 with an opening at the front end, an inner box 200 with a bouncing structure 230 at the rear part, and a locking plate 300 in a shape like a Chinese character 'tu', wherein a locking plate insertion hole 110 is arranged at the top end of the rear part of the outer box 100, a locking plate insertion slot 229 is arranged at the rear part of the inner box 200, and the inner box 200 is pushed into the outer box 100 from the opening at the front end of the outer box 100; when the front end of the inner case 200 is aligned with the front end of the outer case 100, the bouncing mechanism 230 abuts against the inner rear end of the outer case 100, and the latch tongue 301 of the latch plate 300 passes through the latch plate insertion hole 110 and is inserted into the latch plate insertion groove.

Outer box 100 includes rectangular outer box left side board 101 that connects gradually along outer box circumference, rectangular outer box top panel 102, rectangular outer box right side board 103, rectangular outer box lower panel 104 and rectangular outer box bonding board 105, the rear end of outer box left side board 101 is connected with outer box left ear board 106, the rear end of outer box top panel 102 is connected with rectangular outer box upper ear board 107, the rear end of outer box right side board 103 is connected with outer box right ear board 108, the rear end of outer box lower panel 104 is connected with rectangular outer box lower ear board 109, outer box bonding board 105 bonds with outer box left side board 101 with adhesive, outer box left ear board 106, outer box upper ear board 107, outer box right ear board 108 and ear board 109 bond with adhesive.

The inner box 200 comprises a convex inner box front supporting plate 201, a rectangular inner box front baffle plate 203, a concave inner box front panel 204, a rectangular inner box front end plate 205, a rectangular inner box bottom plate 206, a rectangular first force storage plate 207, a rectangular second force storage plate 208 and a rectangular third force storage plate 209 which are sequentially connected along the long axis direction of the inner box 200, and two rectangular inner box front limiting plates 202 which are symmetrical relative to the inner box front baffle plate 203 are further connected between the inner box front supporting plate 201 and the inner box front panel 204; the left side of the inner box bottom plate 206 is connected with an inner box left side plate 210, the front end and the rear end of the inner box left side plate 210 are respectively connected with an inner box left front hook plate 211 and an inner box left rear hook plate 212, one side of the inner box left side plate 210, which is far away from the inner box bottom plate 206, is connected with a rectangular inner box left front supporting plate 213, a rectangular inner box left lining plate 214 and a rectangular inner box left rear supporting plate 215, one side of the inner box left front supporting plate 213, which is far away from the inner box bottom plate 206, is connected with a rectangular inner box left front vertical plate 216, one side of the inner box left lining plate 214, which is far away from the inner box bottom plate 206, is connected with a 'convex' shaped inner box left supporting plate 217, one side of the inner box left rear supporting plate 215, which is far away from the inner box bottom plate 206, is connected with a rectangular inner box left rear vertical plate 218, one side of the inner box left front vertical plate 216, which is far away from the inner box left front supporting plate 213, is connected with the inner box left supporting plate 217, and one side of the inner box left rear vertical plate 218 is connected with the inner box left rear supporting plate 217; the right side of the inner box bottom plate 206 is connected with a rectangular inner box right side plate 219, the front end and the rear end of the inner box right side plate 219 are respectively connected with an inner box right front hook plate 220 and an inner box right rear hook plate 221, one side of the inner box right side plate 219, which is far away from the inner box bottom plate 206, is connected with a rectangular inner box right front supporting plate 222, a rectangular inner box right lining plate 223 and a rectangular inner box right rear supporting plate 224, one side of the inner box right front supporting plate 222, which is far away from the inner box bottom plate 206, is connected with a rectangular inner box right front vertical plate 225, one side of the inner box right lining plate 223, which is far away from the inner box bottom plate 206, is connected with a 'convex' shaped inner box right supporting plate 226, one side of the inner box right rear supporting plate 224, which is far away from the inner box bottom plate 206, is connected with a rectangular inner box right rear vertical plate 227, one side of the inner box right front vertical plate 225, which is far away from the inner box right front supporting plate 222, is connected with the rectangular inner box right rear supporting plate 226, one side of the inner box right rear vertical plate 227 is connected with an inner box rear baffle 228.

During forming, the inner box left front hook plate 211 and the inner box right front hook plate 220 hook each other, the inner box left rear hook plate 212 and the inner box right rear hook plate 221 hook each other, and the inner box rear baffle 228, the inner box left rear hook plate 212 and the inner box right rear hook plate 221 are matched to form a locking plate insertion slot 229.

The left side of the inner box front panel 204 is overlapped with the inner box left front supporting plate 213, and the right side of the inner box front panel 204 is overlapped with the inner box right front supporting plate 222; the inner box bottom plate 206, the inner box front supporting plate 201, the inner box left supporting plate 217 and the inner box right supporting plate 226 are overlapped; the inner box left front supporting plate 213, the inner box left rear supporting plate 215, the inner box right front supporting plate 222 and the inner box right rear supporting plate 224 are respectively parallel to the inner box bottom plate 206, the inner box left side plate 210 and the inner box right side plate 219 are respectively perpendicular to the inner box bottom plate 206, the inner box left front vertical plate 216 and the inner box left rear vertical plate 218 are both parallel to the inner box left side plate 210, and the inner box right front vertical plate 225 and the inner box right rear vertical plate 227 are both parallel to the inner box right side plate 219.

The long side length of the inner box bottom plate 206 is longer than the long side length of the outer box 100, the long side length of the inner box left side plate 210 is shorter than the long side length of the outer box 100, and the long side length of the inner box left side plate 210 is equal to the long side length of the inner box right side plate 219; the rear portion of the inner case bottom plate 206, the first power storage plate 207, the second power storage plate 208 and the third power storage plate 209 cooperate to form an M-shaped bounce structure 230.

The inner box front baffle 205, the inner box front limiting plate 202, the inner box left front vertical plate 216, the inner box left inner lining plate 214, the inner box left rear vertical plate 218, the inner box left supporting plate 217, the inner box right front vertical plate 225, the inner box right inner lining plate 223, the inner box right rear vertical plate 227, the inner box right supporting plate 226 and the inner box rear baffle 228 are matched to form a cross commodity clamping groove 231.

The middle part of the front end of the inner box bottom plate 206 is provided with a handle 232 protruding forwards, the middle of the valve at the joint of the inner box front end plate 205 and the inner box bottom plate 206 is provided with a notch 233 which is the same as the handle 232, and the handle 232 is arranged to facilitate manual pushing and pulling of the inner box 200.

The outer box 100 with an opening at the front end, the inner box 200 with the bouncing structure 230 at the rear part and the locking plate 300 are matched, when the outer box 100 and the inner box are packaged and molded, the inner box 200 is pushed backwards from the opening at the front end of the outer box, the front end of the inner box 200 is aligned with the front end of the outer box 100, the bouncing mechanism 230 is abutted against the inner rear end of the outer box 100 to accumulate elastic force, the lock tongue of the locking plate 300 passes through the locking plate jack 110 on the top surface of the outer box 100 and then is inserted into the locking plate slot 229 at the rear part of the inner box, so that the inner box 200 is completely sleeved in the outer box 100, and the rear part of the inner box bottom plate 206, the first force storage plate 207, the second force storage plate 208 and the third force storage plate 209 are all bent and deformed to accumulate elastic force; when the box is opened, the locking plate 300 is pulled out, the inner box 200 drives the front part of the inner box 200 to pop out from the front end opening of the outer box 100 under the elastic action of the bouncing mechanism 230, so that bouncing and opening are realized; continuing to pull the inner case 200 forward enables the inner case 200 to be completely pulled out from the outer case 100.

The foregoing shows and describes the general principles, essential features, and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention.

Claims (9)

1. A manual push-pull type bounce box is characterized in that: the device comprises an outer box with a cuboid and an opening at the front end, an inner box with a bouncing structure at the rear part and a locking plate in a shape like a Chinese character 'tu', wherein the top end of the rear part of the outer box is provided with a locking plate jack, the rear part of the inner box is provided with a locking plate slot, and the inner box is pushed into the outer box from the opening at the front end of the outer box; when the front end of interior box aligns with the front end of outer box, the inboard rear end butt of spring structure and outer box, insert in the lock plate slot after the spring bolt of lock plate passes the lock plate jack.

2. A manual push-pull bouncing cartridge according to claim 1, wherein: outer box includes along outer box circumference connected gradually outer box left side board, outer box top panel, outer box right side board, outer box lower panel and outer box bonding board, the rear end of outer box left side board is connected with outer box left otic placode, the rear end of outer box top panel is connected with outer box upper otic placode, the rear end of outer box right side board is connected with outer box right otic placode, the rear end of outer box lower panel is connected with outer box lower otic placode, outer box bonding board bonds with outer box left side board for the binder, outer box left otic placode, outer box upper otic placode, outer box right otic placode bond with outer box lower otic placode for the binder.

3. A manual push-pull bouncing cartridge according to claim 1, wherein: the outer box left side board, outer box upper panel, outer box right side board, outer box lower panel, outer box bonding board, outer box upper ear board and outer box lower ear board are rectangle.

4. A manual push-pull bouncing cartridge of claim 1, wherein: the inner box comprises an inner box front supporting plate, an inner box front baffle, an inner box front panel, an inner box front end plate, an inner box bottom plate, a first force storage plate, a second force storage plate and a third force storage plate which are sequentially connected along the long axis direction of the inner box, and two inner box front limiting plates which are symmetrical about the inner box front baffle are further connected between the inner box front supporting plate and the inner box front panel;

the left side of the inner box bottom plate is connected with an inner box left side plate, the front end and the rear end of the inner box left side plate are respectively connected with an inner box left front hook plate and an inner box left rear hook plate, one side of the inner box left side plate, which is far away from the inner box bottom plate, is connected with an inner box left front supporting plate, an inner box left inner lining plate and an inner box left rear supporting plate, one side of the inner box left front supporting plate, which is far away from the inner box bottom plate, is connected with an inner box left front vertical plate, one side of the inner box left inner lining plate, which is far away from the inner box bottom plate, is connected with an inner box left rear vertical plate, one side of the inner box left front vertical plate, which is far away from the inner box left front supporting plate, is connected with the inner box left supporting plate, and one side of the inner box left rear vertical plate, which is far away from the inner box left rear supporting plate, is connected with the inner box left supporting plate;

the right side of the inner box bottom plate is connected with an inner box right side plate, the front end and the rear end of the inner box right side plate are respectively connected with an inner box right front hook plate and an inner box right rear hook plate, one side of the inner box right side plate, which is far away from the inner box bottom plate, is connected with an inner box right front supporting plate, an inner box right inner lining plate and an inner box right rear supporting plate, one side of the inner box right front supporting plate, which is far away from the inner box bottom plate, is connected with an inner box right front vertical plate, one side of the inner box right inner lining plate, which is far away from the inner box bottom plate, is connected with an inner box right rear vertical plate, one side of the inner box right front vertical plate, which is far away from the inner box right front supporting plate, is connected with the inner box right supporting plate, one side of the inner box right rear vertical plate, which is far away from the inner box right rear supporting plate, is connected with the inner box right supporting plate, and the rear end of the inner box right rear vertical plate is connected with an inner box rear baffle;

the inner box left front hook plate and the inner box right front hook plate are hooked with each other, the inner box left rear hook plate and the inner box right rear hook plate are hooked with each other, and the inner box rear baffle plate, the inner box left rear hook plate and the inner box right rear hook plate are matched to form a locking plate slot;

the rear part of the inner box bottom plate, the first force storage plate, the second force storage plate and the third force storage plate are matched to form an M-shaped bouncing structure.

5. A manual push-pull bouncing cartridge of claim 4, wherein: the left side of the inner box front panel is overlapped with the left front supporting plate of the inner box, and the right side of the inner box front panel is overlapped with the right front supporting plate of the inner box; the inner box bottom plate, the inner box front supporting plate, the inner box left supporting plate and the inner box right supporting plate are overlapped; the inner box left front supporting plate, the inner box left rear supporting plate, the inner box right front supporting plate and the inner box right rear supporting plate are respectively parallel to the inner box bottom plate, the inner box left side plate and the inner box right side plate are respectively perpendicular to the inner box bottom plate, the inner box left front vertical plate and the inner box left rear vertical plate are both parallel to the inner box left side plate, and the inner box right front vertical plate and the inner box right rear vertical plate are both parallel to the inner box right side plate.

6. A manual push-pull bouncing cartridge of claim 4, wherein: baffle, interior box preceding limiting plate, interior box left side preceding riser, interior box left side interior bushing plate, interior box left side back riser, interior box left side layer board, interior box right side preceding riser, interior box right side interior bushing plate, interior box right side back riser, interior box right side layer board, interior box backplate cooperation form cross commodity draw-in groove before interior box.

7. A manual push-pull bouncing cartridge according to claim 4, wherein: the inner box front supporting plate, the inner box left supporting plate and the inner box right supporting plate are all in a convex shape, the inner box front panel is in a concave shape, and the inner box front baffle, the inner box front end plate, the inner box bottom plate, the first force storage plate, the second force storage plate, the third force storage plate, the inner box front limiting plate, the inner box left side plate, the inner box left front supporting plate, the inner box left inner lining plate, the inner box left rear supporting plate, the inner box left front vertical plate, the inner box left rear vertical plate, the inner box right front supporting plate, the inner box right inner lining plate, the inner box right rear supporting plate, the inner box right front vertical plate, the inner box right rear vertical plate and the inner box rear baffle are all in a rectangular shape.

8. A manual push-pull bouncing cartridge according to claim 4, wherein: the long limit of interior box bottom plate is grown up and is greater than the long limit of outer box long, the long limit of interior box left side board is long less than the long limit of outer box, the long limit of interior box left side board is long equals the long length of side of interior box right side board.

9. A manual push-pull bouncing cartridge according to claim 4, wherein: the middle part of the front end of the inner box bottom plate is provided with a handle protruding forwards, and a gap which is the same as the handle is arranged in the middle of a valve at the joint of the inner box front end plate and the inner box bottom plate.

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