CN203714388U - Container with automatic lifting opening function - Google Patents
Container with automatic lifting opening function Download PDFInfo
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- CN203714388U CN203714388U CN201420059644.3U CN201420059644U CN203714388U CN 203714388 U CN203714388 U CN 203714388U CN 201420059644 U CN201420059644 U CN 201420059644U CN 203714388 U CN203714388 U CN 203714388U
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- box body
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- bias voltage
- wall portion
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- 238000011084 recovery Methods 0.000 claims abstract description 13
- 230000005489 elastic deformation Effects 0.000 claims abstract description 4
- 230000004308 accommodation Effects 0.000 claims description 20
- 230000000903 blocking effect Effects 0.000 claims description 17
- 230000006835 compression Effects 0.000 abstract 7
- 238000007906 compression Methods 0.000 abstract 7
- 230000007246 mechanism Effects 0.000 description 6
- 238000005516 engineering process Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- 239000013536 elastomeric material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 1
- 230000000750 progressive effect Effects 0.000 description 1
Abstract
The utility model discloses a container with an automatic lifting opening function. The container comprises a first box body, a second box body, a pivot swing device and an eccentric compression device, wherein each of the first box body and the second box body is provided with a wall part and an abutting part; the pivot swing device is connected between the first box body and the second box body to enable the first box body and the second box body to mutually pivot and swing; the eccentric compression device is arranged on the wall part of the first box body and comprises an eccentric compression piece; the eccentric compression piece is selectively abutted against the second box body; when the second box body is located at a closing position, the abutting parts of the first box body and the second box body are mutually abutted against to press the eccentric compression piece, and the eccentric compression piece is subjected to elastic deformation; when the second box body is located at an opening position, the eccentric compression piece is subjected to elastic recovery and pushes against the second box body, and a gap is formed between the first box body and the second box body. The gap is formed between the second abutting part of the second box body and the first abutting part of the first box body, an accommodating space is located at the opening state, and thus the automatic lifting opening function is realized.
Description
Technical field
The utility model mainly discloses a kind of container, espespecially a kind of have automatically lift the container that opens function, it has two box bodys and at least one biasing device, this two box body is pivotally connected to each other and can between open position and off position, converts, this biasing device is arranged between this two box body, by the tension force of this biasing device, while making this two box body be positioned at open position, produce a gap.
Background technology
Traditional box, as instrument cases, it has a upper cover and lower cover.One side of this upper cover normally sees through the pin-joint mechanism settings such as hinge, hinge, axle and is pivotally connected to each other with a corresponding side of this lower cover, this upper and lower cover can be converted between open position and off position, and the opposite side of this upper cover is typically provided with a lockout mechanism with the corresponding opposite side of this lower cover, it can convert between latched position and releasing position, when this lockout mechanism is positioned at latched position, this upper and lower cover cannot be converted into open position in off position.
But, when user operates this lockout mechanism, make it be converted into releasing position by latched position, to allow this upper and lower cover be positioned at open position, pivot is put mutually.But this upper and lower cover cannot automatically be converted into open position from off position, and due to the weight of this upper cover or user's false touch, this lockout mechanism may inadvertently be converted into latched position from releasing position, cause this upper and lower cover to be converted into open position from off position, caused the puzzlement of user on using.
Because the problem in above-mentioned traditional design cannot solve and overcome effectively, therefore the applicant proposes present patent application, to solve problem point.
Utility model content
The technical matters that the utility model institute wish solves is: the upper and lower cover of conventional box cannot be opened automatically.
For this reason, provided by the utility model a kind of have automatically lift the container that opens function, it includes:
First box body, it comprises a bottom, a first wall portion and first butting section, this the first wall portion is arranged at the periphery of this bottom and forms an accommodation space with this bottom corral, and this first butting section is arranged at this first wall portion and differs from one end of this bottom;
Second box body, it is pivotally connected in this first box body and comprises a top, a second wall portion and second butting section, and this second wall portion is arranged at the periphery at this top, and this second butting section is arranged at this second wall portion and differs from the one end at this top;
At least one pivot pendulum device, it is connected between this first box body and this second box body, makes this first box body and this second box body pivot pendulum converting between off position and open position mutually; And
At least one biasing device, it is arranged at the first wall portion of this first box body and comprises a bias piece, and this bias piece is optionally against this second box body;
When this second box body is positioned at off position, the second butting section of this second box body is against the first butting section of this first box body and compress this bias piece, makes this bias piece elastic deformation, and this accommodation space is positioned at closed state;
When this second box body is positioned at open position, this bias piece elastic recovery also pushes against this second box body, makes to form a gap between the second butting section of this second box body and the first butting section of this first box body, and this accommodation space is positioned at open state.
This biasing device more comprises an attaching parts, this bias piece is connected in an end face of this attaching parts, this attaching parts is connected in the first wall portion of this first box body, this bias piece comprises at least one bias voltage portion, between this bias voltage portion and this attaching parts, form an angle that is greater than 0 degree, this bias voltage portion is optionally against this second box body.
This bias piece comprises two bias voltage portions, this two bias voltages portion respectively and between this attaching parts, form an angle that is greater than 0 degree, between this two bias voltages portion, form a breach, when this second box body is positioned at off position, the second butting section of this second box body is against the first butting section of this first box body and compress two bias voltage portions of this bias piece, make two bias voltage portions of this bias piece towards this breach distortion closer to each other, when this second box body is positioned at open position, two bias voltage portion elastic recoverys of this bias piece and away from each other and push against this second box body.
This bias piece comprises two bias voltage portions, a flat part and a clamping groove, this two bias voltages portion is formed at respectively the different two ends of this flat part and forms an angle that is greater than 90 degree with this flat part respectively, this clamping groove is formed at this flat part and between this two bias voltages portion, this attaching parts comprises a blocking part, the blocking part clip of this attaching parts is in the clamping groove of this bias piece, this bias piece and this attaching parts are connected to each other, when this second box body is positioned at off position, the second butting section of this second box body is against the first butting section of this first box body and compress two bias voltage portions of this bias piece, two bias voltage portions of this bias piece are out of shape and approach this attaching parts, when this second box body is positioned at open position, two bias voltage portion elastic recoverys of this bias piece and away from this attaching parts and push against this second box body.
This biasing device more comprises that compresses a part, it is arranged at this second box body and comprises a pressure section and a connecting portion, this pressure section is connected in one end of this connecting portion, this connecting portion is connected in the second wall portion of this second box body, this pressure section optionally compresses the bias voltage portion of this bias piece, when this second box body is positioned at off position, the second butting section of this second box body is against the first butting section of this first box body, and this pressure section that compresses part compresses the bias voltage portion of this bias piece, make the bias voltage portion distortion of this bias piece.
This pivot pendulum device comprises first lamellar body and second lamellar body, and this first lamellar body is pivotally connected mutually with this second lamellar body, and this first lamellar body is connected in this first box body, and this second lamellar body is connected in this second box body.
This first box body comprises at least one first positioning groove, this first positioning groove forms at least one first projection, this second box body comprises at least one second positioning groove, this second positioning groove forms at least one second projection, this first lamellar body comprises at least one first through hole, this second lamellar body comprises at least one second through hole, this attaching parts comprises at least one first fixed orifice, this compresses part and comprises at least one second fixed orifice, this first lamellar body is placed in this first positioning groove, this first projection is through this first through hole and be fixed on this first fixed orifice, this attaching parts is against this first lamellar body, this second lamellar body is placed in this second positioning groove, this second projection is through this second through hole and be fixed on this second fixed orifice, this compresses part against this second lamellar body.
This first box body more comprises at least two holding divisions, these at least two holding divisions are formed at this first wall portion and extend towards this accommodation space, between these at least two holding divisions, form a fixing slot, the attaching parts clip of this biasing device is also fixed in this fixing slot.
Above-mentioned any has and automatically lifts the container that opens function and more comprise a blocking device, this blocking device is arranged between this first box body and this second box body and comprises a clamp hook piece and a limited part, this clamp hook piece is arranged at the first wall portion of this first box body and comprises at least one extension and at least one hook part, this hook part is arranged at one end of this extension, this limited part is arranged at the second wall portion of this second box body and comprises a limiting unit and at least one limiting groove, this limiting groove is arranged between the second wall portion of this limiting unit and this second box body, the extension of this clamp hook piece optionally stretches through to the limiting groove of this limited part, and the hook part of this clamp hook piece optionally and the mutual clip of the limiting unit of this limited part and converting between latched position and releasing position,
When this clamp hook piece is positioned at latched position, this hook part clip, in this limiting unit, makes this first box body and this second box body pivot pendulum mutually;
When this clamp hook piece is positioned at releasing position, this hook part departs from this limiting unit, makes this first box body and this second box body pivot pendulum mutually.
This blocking device more comprises a control piece, this control piece can be connected in this clamp hook piece with longitudinal sliding, this clamp hook piece more comprises at least one first contact part, this the first contact part horizontal expansion is formed at this extension, this control piece comprises second contact part, and this second contact part is against this first contact part.
This clamp hook piece comprises two extensions of symmetry mutually, two hook parts, two the first contact parts and a chute, each this hook part and each this first contact part are formed at each this extension, this chute is formed between this two extension, this limited part comprises two limiting grooves of symmetry mutually, this two limiting groove is formed at respectively the different two ends of this limiting unit, two extensions of this clamp hook piece optionally stretch through respectively to two limiting grooves of this limited part, and two hook parts of this clamp hook piece optionally with the mutual clip of limiting unit of this limited part, the second contact part of this control piece can be arranged at the chute of this clamp hook piece with longitudinal sliding, this second contact part is against this two first contact part.
This first box body more comprises a hold down groove, this hold down groove is formed at this first wall portion, this hold down groove has two fixed parts, this two fixed part is formed at respectively the both sides of this hold down groove, this clamp hook piece more comprises a base portion, two sidepieces and two guide grooves, this two extensions longitudinal extension is formed at this base portion, and these both sides are formed at respectively the both sides of this base portion, and each this guide groove is formed at each this sidepiece and is connected with each fixed part of this hold down groove.
This first contact part has first contact surface, and this first contact surface is tilted towards this chute by this extension, and this second contact part has two the second contact surfaces, and the first contact surface of this this first contact part of two second contact surface and each is corresponding.
This clamp hook piece is made by having elastomeric material, and this two extensions longitudinal extension is integrally formed at this base portion.
This control piece more comprises a control slit, and this second contact part is formed at this control slit, and this control slit is slidably against the both sides of this clamp hook piece.
This limited part is integrally formed in the second wall portion of this second box body.
Major technique effect of the present utility model is: this bias piece comprises two bias voltage portions, this two bias voltages portion respectively and between this attaching parts, form an angle that is greater than 0 degree, between this two bias voltages portion, form a breach, when this second box body is positioned at off position, the second butting section of this second box body is against the first butting section of this first box body and compress two bias voltage portions of this bias piece, make two bias voltage portions of this bias piece towards this breach distortion closer to each other, when this second box body is positioned at open position, two bias voltage portion elastic recoverys of this bias piece and away from each other and push against this second box body.Whereby, between the second butting section of this second box body and the first butting section of this first box body, form this gap, this accommodation space is positioned at open state, automatically lifts to reach the function opening.
Other objects, advantage and novel characteristics of the present utility model will be more obvious from the following detailed description and related drawings.
Brief description of the drawings
Fig. 1: for the utlity model has the stereo appearance figure that automatically lifts container the first embodiment that opens function, and represent that second box body is positioned at open position with respect to first box body.
Fig. 2: be the three-dimensional exploded view of Fig. 1.
Fig. 3: for the utlity model has the cutaway view that automatically lifts container the first embodiment that opens function, and represent that relative this first box body of this second box body is positioned at off position.
Fig. 4: for the utlity model has another cutaway view that automatically lifts container the first embodiment that opens function, and represent that a clamp hook piece clip is positioned at latched position in a limited part.
Fig. 5: for the utlity model has the another cutaway view that automatically lifts container the first embodiment that opens function, and represent that this clamp hook piece clip is positioned at latched position in this limited part.
Fig. 6: be the continuity of Fig. 4, and represent this clamp hook piece to depart from this limited part and be positioned at releasing position.
Fig. 7: be the continuity of Fig. 5, and represent this clamp hook piece to depart from this limited part and be positioned at releasing position.
Fig. 8: be the continuity of Fig. 3, and represent relative this first box body pivot pendulum of this second box body and be converted into open position by off position.
Fig. 9: for the utlity model has the partial exploded view of automatically lifting container the second embodiment that opens function.
Figure 10: for the utlity model has the partial exploded view of automatically lifting container the 3rd embodiment that opens function.
[main element nomenclature]
10 first box bodys; 11 bottoms; 12 first wall portions; 121 first leading portions; 122 first back segments; 123 first side sections; 13 first butting sections; 14 accommodation spaces; 15 first positioning grooves; 151 first projections; 16 hold down grooves; 161 fixed parts; 17 holding divisions; 18 fixing slots; 20 second box bodys; 21 tops; 22 second wall portions; 221 second leading portions; 222 second back segments; 223 tow side sections; 23 second butting sections; 24 second positioning grooves; 241 second projections; 30 pivot pendulum devices; 31 first lamellar bodies; 311 first through holes; 32 second lamellar bodies; 321 second through holes; 40 biasing devices; 41 bias pieces; 411 bias voltage portions; 412 breach; 42 attaching partss; 421 first fixed orifices; 43 compress part; 431 pressure sections; 432 connecting portions; 433 second fixed orifices; 50 blocking devices; 51 clamp hook pieces; 511 extensions; 512 hook parts; 513 first contact parts; 5131 first contact surfaces; 514 chutes; 515 base portions; 516 sidepieces; 517 guide grooves; 52 limited parts; 521 limiting units; 522 limiting grooves; 53 control pieces; 531 second contact parts; 5311 second contact surfaces; 532 control slits; 40a biasing device; 41a bias piece; 411a bias voltage portion; 412a flat part; 413a clamping groove; 42a attaching parts; 421a the first fixed orifice; 422a blocking part; S gap.
Detailed description of the invention
About technology, means and effect thereof that the utility model adopts, hereby lift three preferred embodiments and coordinate graphic detailed description as after, this is only for instructions, is not subject to the restriction of this kind of structure in patent application.
Please refer to Fig. 1 to Fig. 8, it is to the utlity model has the stereo appearance figure, three-dimensional exploded view and the cutaway view that automatically lift container the first embodiment that opens function.The utlity model has and automatically lift the container that opens function and comprise first box body 10, the second box body 20, at least one pivot pendulum device 30, at least one biasing device 40 and a blocking device 50, in the present embodiment, this container has two pivot pendulum devices 30 and two biasing devices 40.
This first box body 10 comprises a bottom 11, the first wall portion 12 and first butting section 13, this the first wall portion 12 is formed at the periphery of this bottom 11 and forms an accommodation space 14 with these bottom 11 corrals, this accommodation space 14 can be for putting article, and this first butting section 13 is formed at this first wall portion 12 and differs from one end of this bottom 11.
This second box body 20 is pivotally connected in this first box body 10 and comprises a top 21, the second wall portion 22 and second butting section 23, this the second wall portion 22 is formed at the periphery at this top 21, and this second butting section 23 is formed at this second wall portion 22 and differs from the one end at this top 21.
This two pivots pendulum device 30 is connected between this first box body 10 and this second box body 20, makes this first box body 10 and this second box body 20 pivot pendulum converting between off position and open position mutually.
This two biasing device 40 is arranged at respectively the first wall portion 12 of this first box body 10 and comprises a bias piece 41, and this bias piece 41 is made by having elastomeric material, and this bias piece 41 is optionally against this second box body 20.
When this second box body 20 is positioned at off position, the second butting section 23 of this second box body 20 is against the first butting section 13 of this first box body 10 and compress this bias piece 41, makes this bias piece 41 elastic deformations, and this accommodation space 14 is positioned at closed state.When this second box body 20 is positioned at open position, these bias piece 41 elastic recoverys also push against this second box body 20, make automatically relative these the first box body 10 pivots pendulum of this second box body 20, between the second butting section 23 of this second box body 20 and the first butting section 13 of this first box body 10, form a gap S, this accommodation space 14 is positioned at open state, and user can take or put article.
This biasing device 40 more comprises an attaching parts 42, and this bias piece 4l is connected in an end face of this attaching parts 42, the structure that this bias piece 41 and this attaching parts 42 also can be formed in one.This attaching parts 42 is connected in the first wall portion 12 of this first box body 10, and this bias piece 41 comprises at least one bias voltage portion 411, forms an angle that is greater than 0 degree between this bias voltage portion 411 and this attaching parts 42, and this bias voltage portion 411 is optionally against this second box body 20.When this second box body 20 is positioned at off position, this bias voltage portion 411 is against this second box body 20, and when this second box body 20 is positioned at open position, this bias voltage portion 411 is away from this second box body 20.
This blocking device 50 is arranged between this first box body 10 and this second box body 20 and comprises a clamp hook piece 51 and a limited part 52, this clamp hook piece 51 is arranged at the first wall portion 12 of this first box body 10 and comprises at least one extension 511 and at least one hook part 512, this hook part 512 is arranged at an end of this extension 511, this limited part 52 is arranged at the second wall portion 22 of this second box body 20 and comprises a limiting unit 521 and at least one limiting groove 522, more preferably, in the present embodiment, this limited part 52 is integrally formed in the second wall portion 22 of this second box body 20.This limiting groove 522 is arranged between the second wall portion 22 of this limiting unit 521 and this second box body 20, the extension 511 of this clamp hook piece 51 optionally stretches through to the limiting groove 522 of this limited part 52, and the hook part 512 of this clamp hook piece 51 optionally and the mutual clip of limiting unit 521 of this limited part 52 and converting between latched position and releasing position.
When this clamp hook piece 51 is positioned at latched position, these hook part 512 clips, in this limiting unit 521, make this first box body 10 and this second box body 20 pivot pendulum mutually.
When this clamp hook piece 51 is positioned at releasing position, this hook part 512 departs from this limiting unit 521, makes this first box body 10 and this second box body 20 pivot pendulum mutually.
In the present embodiment, this bias piece 41 comprises two bias voltage portions 411, this two bias voltages portion 411 respectively and between this attaching parts 42, form an angle that is greater than 0 degree, between this two bias voltages portion 411, form a breach 412, when this second box body 20 is positioned at off position, the second butting section 23 of this second box body 20 is against the first butting section 13 of this first box body 10 and compress two bias voltage portions 411 of this bias piece 41, make two bias voltage portions 411 of this bias piece 41 towards these breach 412 distortion closer to each other, when this second box body 20 is positioned at open position, two bias voltage portion 411 elastic recoverys of this bias piece 41 and away from each other and push against this second box body 20.Whereby, between the second butting section 23 of this second box body 20 and the first butting section 13 of this first box body 10, form this gap S, this accommodation space 14 is positioned at open state, automatically lifts to reach the function opening.
This biasing device 40 more comprises that compresses a part 43, and it is arranged at this second box body 20, and this compresses the structure that part 43 and this second box body 20 also can be formed in one.This compresses part 43 and comprises a pressure section 431 and a connecting portion 432, this pressure section 431 is connected in one end of this connecting portion 432, this connecting portion 432 is connected in the second wall portion 22 of this second box body 20, this pressure section 431 optionally compresses two bias voltage portions 411 of this bias piece 41, when this second box body 20 is positioned at off position, the second butting section 23 of this second box body 20 is against the first butting section 13 of this first box body 10, and this pressure section 431 that compresses part 43 compresses two bias voltage portions 411 of this bias piece 41, two bias voltage portions 411 of this bias piece 41 are out of shape.When this second box body 20 is positioned at open position, two bias voltage portion 411 elastic recoverys of this bias piece 41 also push against the pressure section 431 that this compresses part 43, make this accommodation space 14 be positioned at open state.
This pivot pendulum device 30 comprises first lamellar body 31 and second lamellar body 32, and this first lamellar body 31 is pivotally connected mutually with this second lamellar body 32, and this first lamellar body 31 is connected in this first box body 10, and this second lamellar body 32 is connected in this second box body 20.Specifically, this pivot pendulum device 30 can be also that general existing hinge, hinge or pivot etc. can be by the mechanisms of the mutual pivot joint of two article.
This first box body 10 comprises at least one first positioning groove 15, this first positioning groove 15 forms at least one first projection 151, this first projection 151 extends to form towards this accommodation space 14, in the present embodiment, this first box body 10 comprises two the first positioning grooves 15, and each this first positioning groove 15 has two the first projections 151.
This second box body 20 comprises at least one second positioning groove 24, this second positioning groove 24 forms at least one second projection 241, this second projection 241 extends to form towards this accommodation space 14, in the present embodiment, this second box body 20 comprises two the second positioning grooves 24, and each this second positioning groove 24 has two the second projections 241.
This first lamellar body 31 comprises at least one first through hole 311, and this second lamellar body 32 comprises at least one second through hole 321, and in the present embodiment, this first lamellar body 31 comprises two the first through holes 311, and this second lamellar body 32 comprises two the second through holes 321.This attaching parts 42 comprises at least one first fixed orifice 421, and this compresses part 43 and comprises at least one second fixed orifice 433, and in the present embodiment, this attaching parts 42 comprises two the first fixed orifices 421, and this compresses part 43 and comprises two the second fixed orifices 433.
This first lamellar body 31 is placed in this first positioning groove 15 regularly, and the first projection 151 of this first positioning groove 15 passes the first through hole 311 of this first lamellar body 31 and is fixed on the first fixed orifice 421 of this attaching parts 42, and this attaching parts 42 is against this first lamellar body 31.This second lamellar body 32 is placed in this second positioning groove 24 regularly, and the second projection 241 of this second positioning groove 24 passes the second through hole 321 of this second lamellar body 32 and be fixed on this second fixed orifice 433 that compresses part 43, and this compresses part 43 against this second lamellar body 32.
More preferably, this blocking device 50 more comprises a control piece 53, this control piece 53 can be connected in this clamp hook piece 51 with longitudinal sliding, this clamp hook piece 51 more comprises at least one first contact part 513, these the first contact part 513 horizontal expansions are formed at this extension 511, this control piece 53 comprises second contact part 531, and this second contact part 531 is against this first contact part 513.When this control piece 53 with respect to these clamp hook piece 51 end wises towards 11 slippages of the bottom of this first box body 10, these the second contact part 531 these first contact parts 513 of pushing and pressing, this extension 511, with respect to flexibly beat of this first box body 10, makes the hook part 512 of this clamp hook piece 51 depart from the limiting unit 521 of this limited part 52.
More preferably, in the present embodiment, this clamp hook piece 51 comprises two extensions 511 of symmetry mutually, two hook parts 512, two the first contact parts 513 and a chute 514, each this hook part 512 is formed at each this extension 511 with each this first contact part 513, this chute 514 is formed between this two extension 511, this limited part 52 comprises two limiting grooves 522 of symmetry mutually, this two limiting groove 522 is formed at respectively the different two ends of this limiting unit 521, two extensions 511 of this clamp hook piece 51 optionally stretch through respectively to two limiting grooves 522 of this limited part 52, and two hook parts 512 of this clamp hook piece 51 optionally with the laterally different mutual clip in two ends of the limiting unit 521 of this limited part 52, the second contact part 531 of this control piece 53 can be arranged at the chute 514 of this clamp hook piece 51 with longitudinal sliding, this second contact part 531 is against this two first contact part 513.
This first box body 10 more comprises a hold down groove 16, this hold down groove 16 is formed at this first wall portion 12, this hold down groove 16 has two fixed parts 161, this two fixed part 161 is formed at respectively the both sides of this hold down groove 16, this clamp hook piece 51 more comprises a base portion 515, two sidepieces 516 and two guide grooves 517, the longitudinal one of this two extension 511 extends to form in this base portion 515, these both sides 516 are formed at respectively the both sides that this base portion 515 is contrary, each these guide groove 517 end wise extends to form in each this sidepiece 516 and with each fixed part 161 of this hold down groove 16 and is connected, make this clamp hook piece 51 be fixedly arranged at the first wall portion 12 of this first box body 10.
Each this first contact part 513 has first contact surface 5131, each this first contact surface 5131 is tilted towards this chute 514 by each this extension 511, the different two ends of this second contact part 531 have two the second contact surfaces 5311, this two second contact surface 5311 is corresponding with the first contact surface 5131 of this two first contact part 513 respectively, whereby, this second contact part 531 can push against this two first contact part 513 swimmingly, make this two extension 511 relative this base portion 515 and these the first box body 10 beats, and make the hook part 512 of this clamp hook piece 51 depart from the limiting unit 521 of this limited part 52.
This control piece 53 more comprises a control slit 532, and this second contact part 531 is formed at this control slit 532, and this control slit 532 is slidably against the both sides 516 of this clamp hook piece 51.
In the present embodiment, this first box body 10 is slightly rectangular with the cross-sectional plane of this second box body 20.The first wall portion 12 of this first box body 10 comprises first leading portion 121, the first back segment 122 and two first side sections 123, this first leading portion 121 faces with each other with this first back segment 122 and is slightly parallel, and this two first side section 123 is parallel to each other and be connected between this first leading portion 121 and the different two ends of this first back segment 122.The second wall portion 22 of this second box body 20 comprises second leading portion 221, the second back segment 222 and two tow side sections 223, this second leading portion 221 faces with each other with this second back segment 222 and is slightly parallel, and this two tow side section 223 is parallel to each other and be connected between this second leading portion 221 and the different two ends of this second back segment 222.This hold down groove 16 is integrally formed in this first leading portion 121, this first positioning groove 15 is integrally formed in this first back segment 122, this limited part 52 is integrally formed in this second leading portion 221, this second positioning groove 24 is formed at this second back segment 222, and this pivot pendulum device 30 is connected to this first back segment 122 and this second back segment 222.
Please refer to Fig. 9, it is to the utlity model has the partial exploded view of automatically lifting container the second embodiment that opens function.The second embodiment of the present utility model is identical with the first example structure haply, structure sign reference symbol identical with the first embodiment in the second embodiment continues to continue to use, do not repeat them here, the difference of the second embodiment of the present utility model and the first embodiment is: this first box body 10 more comprises at least two holding divisions 17, in the present embodiment, this first box body 10 comprises four holding divisions 17, each this holding division 17 is formed at this first wall portion 12 and extends towards this accommodation space 14, in the present embodiment, every two holding divisions 17 are formed at each first side section 123 of this first wall portion 12.Between every two holding divisions 17, form a fixing slot 18, every a connection piece 42 clips of this biasing device 40 are also fixed in each this fixing slot 18.
Please refer to Figure 10, it is to the utlity model has the partial exploded view of automatically lifting container the 3rd embodiment that opens function.The 3rd embodiment of the present utility model is identical with the first example structure haply, structure sign reference symbol identical with the first embodiment in the 3rd embodiment continues to continue to use, do not repeat them here, the difference of the 3rd embodiment of the present utility model and the first embodiment is: this bias piece 41a comprises two 411a of bias voltage portion, a flat part 412a and a clamping groove 413a, this two bias voltage 411a of portion is formed at respectively the different two ends of this flat part 412a and forms an angle that is greater than 90 degree with this flat part 412a respectively, this clamping groove 413a is formed at this flat part 412a and between this two bias voltage 411a of portion, this attaching parts 42a comprises a first fixed orifice 421a and a blocking part 422a, the first projection 151 of this first positioning groove 15 passes the first through hole 311 of this first lamellar body 31 and is fixed on the first fixed orifice 421a of this attaching parts 42a, the blocking part 422a clip of this attaching parts 42a is in the clamping groove 413a of this bias piece 41a, this bias piece 41a and this attaching parts 42a are connected to each other.When this second box body 20 is positioned at off position, the second butting section 23 of this second box body 20 is against the first butting section 13 of this first box body 10 and compress two 411a of bias voltage portion of this bias piece 41a, two 411a of bias voltage portion of this bias piece 41a are out of shape and approach this attaching parts 42a, when this second box body 20 is positioned at open position, two 411a of the bias voltage portion elastic recoverys of this bias piece 41a and away from this attaching parts 42a and push against this second box body 20.
In sum, the utlity model has and automatically lift the container that opens function and have the following advantages:
1. this bias piece 41 comprises two bias voltage portions 411, this two bias voltages portion 411 respectively and between this attaching parts 42, form an angle that is greater than 0 degree, between this two bias voltages portion 411, form a breach 412, when this second box body 20 is positioned at off position, the second butting section 23 of this second box body 20 is against the first butting section 13 of this first box body 10 and compress two bias voltage portions 411 of this bias piece 41, make two bias voltage portions 411 of this bias piece 41 towards these breach 412 distortion closer to each other, when this second box body 20 is positioned at open position, two bias voltage portion 411 elastic recoverys of this bias piece 41 and away from each other and push against this second box body 20.Whereby, between the second butting section 23 of this second box body 20 and the first butting section 13 of this first box body 10, form this gap S, this accommodation space 14 is positioned at open state, automatically lifts to reach the function opening.
In sum, the utility model does not see and had previously been disclosed technology, thus there is novelty of patent and progressive, and value to industry; Applicant whence is according to patent statute, and to an ancient unit of weight, utility application is mentioned by office.
Claims (10)
1. have and automatically lift a container that opens function, it is characterized in that including:
First box body, it comprises a bottom, a first wall portion and first butting section, this the first wall portion is arranged at the periphery of this bottom and forms an accommodation space with this bottom corral, and this first butting section is arranged at this first wall portion and differs from one end of this bottom;
Second box body, it is pivotally connected in this first box body and comprises a top, a second wall portion and second butting section, and this second wall portion is arranged at the periphery at this top, and this second butting section is arranged at this second wall portion and differs from the one end at this top;
At least one pivot pendulum device, it is connected between this first box body and this second box body and makes this first box body and this second box body pivot pendulum converting mutually between off position and open position; And
At least one biasing device, it is arranged at the first wall portion of this first box body and comprises a bias piece, and this bias piece is optionally against this second box body;
When this second box body is positioned at off position, the second butting section of this second box body is against the first butting section of this first box body and compress this bias piece, makes this bias piece elastic deformation, and this accommodation space is positioned at closed state;
When this second box body is positioned at open position, this bias piece elastic recovery also pushes against this second box body, makes to form a gap between the second butting section of this second box body and the first butting section of this first box body, and this accommodation space is positioned at open state.
As claimed in claim 1 have automatically lift the container that opens function, it is characterized in that: this biasing device more comprises an attaching parts, this bias piece is connected in an end face of this attaching parts, this attaching parts is connected in the first wall portion of this first box body, this bias piece comprises at least one bias voltage portion, between this bias voltage portion and this attaching parts, form an angle that is greater than 0 degree, this bias voltage portion is optionally against this second box body.
As claimed in claim 2 have automatically lift the container that opens function, it is characterized in that: this bias piece comprises two bias voltage portions, this two bias voltages portion respectively and between this attaching parts, form an angle that is greater than 0 degree, between this two bias voltages portion, form a breach, when this second box body is positioned at off position, the second butting section of this second box body against the first butting section of this first box body and the two bias voltage portions that compress this bias piece make two bias voltage portions of this bias piece towards this breach distortion closer to each other, when this second box body is positioned at open position, two bias voltage portion elastic recoverys of this bias piece and away from each other and push against this second box body.
As claimed in claim 2 have automatically lift the container that opens function, it is characterized in that: this bias piece comprises two bias voltage portions, a flat part and a clamping groove, this two bias voltages portion is formed at respectively the different two ends of this flat part and forms an angle that is greater than 90 degree with this flat part respectively, this clamping groove is formed at this flat part and between this two bias voltages portion, this attaching parts comprises a blocking part, the blocking part clip of this attaching parts is connected to each other this bias piece and this attaching parts in the clamping groove of this bias piece, when this second box body is positioned at off position, the second butting section of this second box body against the first butting section of this first box body and the two bias voltage portions that compress this bias piece two bias voltage portions of this bias piece are out of shape and approach this attaching parts, when this second box body is positioned at open position, two bias voltage portion elastic recoverys of this bias piece and away from this attaching parts and push against this second box body.
As claimed in claim 2 have automatically lift the container that opens function, it is characterized in that: this biasing device more comprises that compresses a part, it is arranged at this second box body and comprises a pressure section and a connecting portion, this pressure section is connected in one end of this connecting portion, this connecting portion is connected in the second wall portion of this second box body, this pressure section optionally compresses the bias voltage portion of this bias piece, when this second box body is positioned at off position, the second butting section of this second box body is against the first butting section of this first box body, and the bias voltage portion that this pressure section that compresses part compresses this bias piece is out of shape the bias voltage portion of this bias piece.
As claimed in claim 5 have automatically lift the container that opens function, it is characterized in that: this pivot pendulum device comprises first lamellar body and second lamellar body, this first lamellar body is pivotally connected mutually with this second lamellar body, this first lamellar body is connected in this first box body, this second lamellar body is connected in this second box body, this first box body comprises at least one first positioning groove, this first positioning groove forms at least one first projection, this second box body comprises at least one second positioning groove, this second positioning groove forms at least one second projection, this first lamellar body comprises at least one first through hole, this second lamellar body comprises at least one second through hole, this attaching parts comprises at least one first fixed orifice, this compresses part and comprises at least one second fixed orifice, this first lamellar body is placed in this first positioning groove, this first projection is through this first through hole and be fixed on this first fixed orifice, this attaching parts is against this first lamellar body, this second lamellar body is placed in this second positioning groove, this second projection is through this second through hole and be fixed on this second fixed orifice, this compresses part against this second lamellar body.
As claimed in claim 2 have automatically lift the container that opens function, it is characterized in that: this first box body more comprises at least two holding divisions, these at least two holding divisions are formed at this first wall portion and extend towards this accommodation space, between these at least two holding divisions, form a fixing slot, the attaching parts clip of this biasing device is also fixed in this fixing slot.
8. having as described in any one in claim 1 to 7 lifted the container that opens function automatically, it is characterized in that: more comprise a blocking device, this blocking device is arranged between this first box body and this second box body and comprises a clamp hook piece and a limited part, this clamp hook piece is arranged at the first wall portion of this first box body and comprises at least one extension and at least one hook part, this hook part is arranged at one end of this extension, this limited part is arranged at the second wall portion of this second box body and comprises a limiting unit and at least one limiting groove, this limiting groove is arranged between the second wall portion of this limiting unit and this second box body, the extension of this clamp hook piece optionally stretches through to the limiting groove of this limited part, and the hook part of this clamp hook piece optionally and the mutual clip of the limiting unit of this limited part and converting between latched position and releasing position,
When this clamp hook piece is positioned at latched position, this hook part clip makes this first box body and this second box body pivot pendulum mutually in this limiting unit;
When this clamp hook piece is positioned at releasing position, this hook part departs from this limiting unit and makes this first box body and this second box body pivot pendulum mutually.
As claimed in claim 8 have automatically lift the container that opens function, it is characterized in that: this blocking device more comprises a control piece, this control piece can be connected in this clamp hook piece with longitudinal sliding, this clamp hook piece more comprises at least one first contact part, this the first contact part horizontal expansion is formed at this extension, this control piece comprises second contact part, and this second contact part is against this first contact part.
As claimed in claim 9 have automatically lift the container that opens function, it is characterized in that: this clamp hook piece comprises two extensions of symmetry mutually, two hook parts, two the first contact parts and a chute, each this hook part and each this first contact part are formed at each this extension, this chute is formed between this two extension, this limited part comprises two limiting grooves of symmetry mutually, this two limiting groove is formed at respectively the different two ends of this limiting unit, two extensions of this clamp hook piece optionally stretch through respectively to two limiting grooves of this limited part, and two hook parts of this clamp hook piece optionally with the mutual clip of limiting unit of this limited part, the second contact part of this control piece can be arranged at the chute of this clamp hook piece with longitudinal sliding, this second contact part is against this two first contact part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420059644.3U CN203714388U (en) | 2014-02-10 | 2014-02-10 | Container with automatic lifting opening function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420059644.3U CN203714388U (en) | 2014-02-10 | 2014-02-10 | Container with automatic lifting opening function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203714388U true CN203714388U (en) | 2014-07-16 |
Family
ID=51153562
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420059644.3U Expired - Fee Related CN203714388U (en) | 2014-02-10 | 2014-02-10 | Container with automatic lifting opening function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203714388U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105667975A (en) * | 2016-02-15 | 2016-06-15 | 海安欣凯富机械科技有限公司 | Oil tank |
-
2014
- 2014-02-10 CN CN201420059644.3U patent/CN203714388U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105667975A (en) * | 2016-02-15 | 2016-06-15 | 海安欣凯富机械科技有限公司 | Oil tank |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140716 |