CN207580492U - Suitable for the cycle utensil of auto parts and components - Google Patents
Suitable for the cycle utensil of auto parts and components Download PDFInfo
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- CN207580492U CN207580492U CN201721651024.9U CN201721651024U CN207580492U CN 207580492 U CN207580492 U CN 207580492U CN 201721651024 U CN201721651024 U CN 201721651024U CN 207580492 U CN207580492 U CN 207580492U
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- lateral blocked
- blocked frame
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- auto parts
- frame
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Abstract
The utility model discloses a kind of cycle utensils suitable for auto parts and components, including bottom bracket, first lateral blocked frame, second lateral blocked frame, third lateral blocked frame, 4th lateral blocked frame, the first detent mechanism being set on the first lateral blocked frame, it the second detent mechanism for being set on the second lateral blocked frame and is set on bottom bracket and the third detent mechanism to be positioned to auto parts and components is matched with the first detent mechanism and the second detent mechanism, first lateral blocked frame, third lateral blocked frame and the 4th lateral blocked frame are set on bottom bracket and third lateral blocked frame and the 4th lateral blocked frame is are oppositely arranged, second lateral blocked frame is detachable connection with bottom bracket and the first lateral blocked frame and the second lateral blocked frame are to be oppositely arranged.The cycle utensil of the utility model can promote the efficiency of auto parts and components packet assembly and disassembly, convenient for picking and placeing for auto parts and components, improve the convenience of operation, reduce the operating time, reduce security risk during operation, reduce cost and used convenient for recycling.
Description
Technical field
The utility model belongs to logistics and packing technique field, specifically, the utility model is related to one kind to be suitable for automobile
The cycle utensil of parts.
Background technology
With being constantly progressive for science and technology, the Packaging economy and science of auto parts and components are most important.At present, existing device
Tool is mainly based on disposable utensil, and currently such mode is the generic way of most of main engine plants and manufacturing, but
Such utensil generally existing problems with form：
(1) cycle utensil is made using disposable material, be used only once, cost of idleness, service efficiency is low；
(2) efficiency of utensil assembly and disassembly is low；
(3) environmental resource is caused to waste.
Utility model content
The utility model is intended at least solve one of technical problem in the prior art.For this purpose, the utility model carries
For a kind of cycle utensil suitable for auto parts and components, it is therefore an objective to convenient for picking and placeing for auto parts and components.
To achieve these goals, the technical solution that the utility model is taken is：Suitable for the cycle utensil of auto parts and components,
Including bottom bracket, the first lateral blocked frame, the second lateral blocked frame, third lateral blocked frame, the 4th lateral blocked frame, be set on the first lateral blocked frame
One detent mechanism, the second detent mechanism being set on the second lateral blocked frame and be set on bottom bracket and with the first detent mechanism
The third detent mechanism to be positioned to auto parts and components, the first lateral blocked frame, third side block are matched with the second detent mechanism
Frame and the 4th lateral blocked frame are set on bottom bracket and third lateral blocked frame and the 4th lateral blocked frame is are oppositely arranged, the second lateral blocked frame and bottom
Bracket is detachable connection and the first lateral blocked frame and the second lateral blocked frame are to be oppositely arranged.
First detent mechanism includes the first gag lever post and the first locating piece being set on the first gag lever post, and first is fixed
Position block has multiple locating slots that auto parts and components is allowed to be embedded in, and the first gag lever post is detachable company with first lateral blocked frame
It connects.
Second detent mechanism includes the second gag lever post and the second locating piece being set on the second gag lever post, and second is fixed
Position block has multiple locating slots that auto parts and components is allowed to be embedded in, and the second gag lever post is detachable company with second lateral blocked frame
It connects.
The third detent mechanism includes the third gag lever post being set on the third lateral blocked frame and is set to third limit
Third locating piece on the bar of position, third locating piece have multiple locating slots that auto parts and components is allowed to be embedded in.
The cycle utensil suitable for auto parts and components further includes and the third lateral blocked frame and the 4th lateral blocked frame
4th detent mechanism of connection, the 4th detent mechanism is between third lateral blocked frame and the 4th lateral blocked frame, first localization machine
Structure, the second detent mechanism, third detent mechanism and the 4th detent mechanism are distributed in the surrounding of auto parts and components.
4th detent mechanism includes the 4th gag lever post and the 4th locating piece being set on the 4th gag lever post, and the 4th is fixed
Position block has multiple locating slots that auto parts and components is allowed to be embedded in, and the 4th gag lever post is with the third lateral blocked frame and the 4th lateral blocked frame
Detachable connection.
The cycle utensil suitable for auto parts and components further includes to make first lateral blocked frame and the third side
Divider and the 4th lateral blocked frame keep relatively-stationary first locking system, are respectively provided on third lateral blocked frame and the 4th lateral blocked frame
There is the first locking system.
First locking system include the first locking bearing, it is moveable be set on the first locking bearing first insert
It sells and is movably set to the first spacer pin on the first locking bearing and for the first bolt to be made to be maintained at lockup state, institute
State the first lateral blocked frame be equipped with matched first limiting plate of the first bolt, the first limiting plate, which has, allows the first bolt to be inserted into the
One locking hole, the first locking bearing are set on the third lateral blocked frame and the 4th lateral blocked frame.
First bolt include the first operation portion, the first sliding part for being connect with the first operation portion and with the first sliding part
Connection and with matched first lock part of first limiting plate；When first bolt is in lockup state, the first sliding part is inserted
Enter in the first locking hole, the first lock part and the first operation portion are respectively positioned at the side of the first limiting plate, so that the first bolt hooks
Firmly the first limiting plate.
The first locking bearing, which includes the first fixed plate, is set in the first fixed plate and is sheathed on described first, to be slided
In portion first on casing and the first setting of casing for being set in the first fixed plate and being sheathed on first spacer pin, first
Setting of casing and the first spacer pin are located at the lower section of casing on first.
The utility model is suitable for the cycle utensil of auto parts and components, can promote the labour of auto parts and components packet assembly and disassembly
Efficiency convenient for picking and placeing for auto parts and components, improves the convenience of operation, reduces the operating time, reduces peace during operation
Full blast danger reduces cost and is used convenient for recycling.
Description of the drawings
This specification includes the following drawings, and shown content is respectively：
Fig. 1 is the structure diagram for the cycle utensil that the utility model is suitable for auto parts and components；
Fig. 2 is the partial structural diagram for the cycle utensil that the utility model is suitable for auto parts and components；
Fig. 3 is the structure diagram of bottom bracket；
Fig. 4 is the structure diagram of the first locking system；
Fig. 5 is the structure diagram of the first limiting plate；
Fig. 6 is the cooperation schematic diagram of the first locking system and the first limiting plate；
Fig. 7 is the structure diagram of the second locking system；
Fig. 8 is the structure diagram of the second limiting plate；
Fig. 9 is the cooperation schematic diagram of the second locking system and the second limiting plate；
Figure 10 is the structure diagram of the first detent mechanism；
Figure 11 is the structure diagram of the second detent mechanism；
Figure 12 is the structure diagram of the 4th detent mechanism；
In figure label for：1st, chassis ontology；2nd, first time corner protector；3rd, the first locking system；301st, the first fixed plate；302、
Casing on first；303rd, the first setting of casing；304th, the first spacer pin；305th, the first operation portion；306th, the first sliding part；307th,
One lock part；4th, the first detent mechanism；401st, the first gag lever post；402nd, the first locating piece；5th, the second detent mechanism；501st, second
Gag lever post；502nd, the second locating piece；6th, third detent mechanism；601st, third gag lever post；602nd, third locating piece；7th, the 4th positioning
Mechanism；701st, the 4th gag lever post；702nd, the 4th locating piece；8th, the second locking system；801st, the second fixed plate；802nd, it covers on second
Pipe；803rd, the second setting of casing；804th, the second spacer pin；805th, the second operation portion；806th, the second sliding part；807th, the second locking
Portion；9th, the first lateral blocked frame；10th, the second lateral blocked frame；11st, third lateral blocked frame；12nd, the 4th lateral blocked frame；13rd, the first limiting plate；14th,
Two limiting plates；15th, the first locking hole；16th, the second locking hole；17th, upper corner protector；18th, second time corner protector.
Specific embodiment
Below against attached drawing, by the description of the embodiment, making to specific embodiment of the present utility model further detailed
Thin explanation, it is therefore an objective to help those skilled in the art have to the design of the utility model, technical solution it is more complete, accurate and
Deep understanding, and contribute to its implementation.
As shown in Figures 1 to 9, the utility model provides a kind of cycle utensil suitable for auto parts and components, including collet
Frame, the first lateral blocked frame 9, the second lateral blocked frame 10, third lateral blocked frame 11, the 4th lateral blocked frame 12, be set on the first lateral blocked frame 9
One detent mechanism 4, the second detent mechanism 5 being set on the second lateral blocked frame 10 and be set on bottom bracket and with first positioning
4 and second detent mechanism 5 of mechanism matches the third detent mechanism 6 to be positioned to auto parts and components, the first lateral blocked frame 9,
11 and the 4th lateral blocked frame 12 of third lateral blocked frame is set on bottom bracket and 11 and the 4th lateral blocked frame 12 of third lateral blocked frame is opposite sets
It puts, the second lateral blocked frame 10 is detachable connection with bottom bracket and the first lateral blocked frame 9 and the second lateral blocked frame 10 are to be oppositely arranged.
Specifically, as shown in Figure 1 to Figure 3, the cycle utensil of the utility model is space frame structure, and bottom bracket is used for
Auto parts and components are provided a supporting role in the lower section of auto parts and components, the first lateral blocked frame 9, the second lateral blocked frame 10, third side block
11 and the 4th lateral blocked frame 12 of frame is rectangular frame structure, the first lateral blocked frame 9,11 and the 4th lateral blocked frame 12 of third lateral blocked frame and bottom
Bracket is rotation connection, and the rotation centerline of the first lateral blocked frame 9 is parallel with first direction, 11 and the 4th side block of third lateral blocked frame
The rotation centerline of frame 12 is parallel with second direction, and first direction and second direction are horizontal direction and first direction and
Two directions are perpendicular, and the second lateral blocked frame 10 is separated with bottom bracket, and in order to picking and placeing for auto parts and components, auto parts and components are vapour
Vehicle back door.As preference, bottom bracket includes chassis ontology 1 and the first time corner protector 2 and second being set on chassis ontology 1
Lower corner protector 18, chassis ontology 1 are rectangular frame structure, and chassis ontology 1 is vertically arranged, the length direction of chassis ontology 1 and the
One direction is parallel, and the width direction of chassis ontology 1 is parallel with second direction, and 11 and the 4th lateral blocked frame 12 of third lateral blocked frame divides
One end not on the length direction of chassis ontology 1 is rotatablely connected by hinge and chassis ontology 1, and third detent mechanism 6 is set
In on chassis ontology 1.
As shown in Figure 1 to Figure 3, first time corner protector 2 sets two, and two first time corner protectors 2 are in equal with first direction
On capable same straight line, two first time corner protectors 2 are fixedly connected respectively with one end on the length direction of chassis ontology 1, and first
Lateral blocked frame 9 is located between two first time corner protectors 2 and the first lateral blocked frame 9 is rotatablely connected with two first time corner protectors 2, the first side block
Frame 9 can be spun upside down.In cycle utensil in use, the first lateral blocked frame 9, the second lateral blocked frame 10, third lateral blocked frame 11 and the 4th
Lateral blocked frame 12 is in vertical state.In cycle utensil when not in use, the first lateral blocked frame 9 can fall on chassis ontology 1, fall
The first lateral blocked frame 9 afterwards is horizontal.First lateral blocked frame 9 after, reduce cycle utensil overall volume, convenient for recycle utensil
Storage when not in use.11 and the 4th lateral blocked frame 12 of third lateral blocked frame can equally be spun upside down, in cycle utensil when not in use,
11 and the 4th lateral blocked frame 12 of third lateral blocked frame can also fall on chassis ontology 1, the third lateral blocked frame 11 and the 4th after falling
Lateral blocked frame 12 is horizontal, and reduces cycle utensil overall volume.
As shown in Figure 1 to Figure 3, for cross section, (cross section refers to the length side with first time corner protector 2 to first time corner protector 2
To perpendicular plane) L-shaped structure, first time corner protector 2 is vertically arranged, the length direction of first time corner protector 2 with it is vertical
Direction is parallel, and lower end and the chassis ontology 1 of first time corner protector 2 are welded to connect, and the upper end of first time corner protector 2 passes through shaft and the
One end rotation connection on the length direction of one lateral blocked frame 9.
As shown in Figure 1 to Figure 3, second time corner protector 18 sets two, and two second time corner protectors 18 are in and first direction phase
On parallel same straight line, two second time corner protectors 18 are fixedly connected respectively with one end on the length direction of chassis ontology 1, and two
A first time corner protector 2 and two second time corner protector, 18 rectangular difference, two first time corner protectors 2 and two second time corner protectors 18 divide
Be not fixedly connected at a right angle corner of chassis ontology 1 with chassis ontology 1, each second time corner protector 18 respectively with one
Once corner protector 2 is on the same straight line parallel with second direction.Second time corner protector 18 for cross section (cross section refer to
The perpendicular plane of the length direction of second time corner protector 18) L-shaped structure, second time corner protector 18 is vertically arranged, under second
The length direction of corner protector 18 is parallel with vertical direction, and second time corner protector 18 is stretched out towards the top of chassis ontology 1, second time shield
The lower end at angle 18 is welded to connect with chassis ontology 1.The limit that the second lateral blocked frame 10 is allowed to be inserted into is formed between two second time corner protectors 18
Position slot, chassis ontology 1 are located at the lower section of limiting slot, after the second lateral blocked frame 10 is inserted into the limiting slot, two second time corner protectors
18 are located at the side of the second lateral blocked frame 10, and 11 and the 4th lateral blocked frame 12 of third lateral blocked frame of vertical state is located at the second lateral blocked frame 10
Opposite side, 11 and the 4th lateral blocked frame 12 of third lateral blocked frame is matched with two second time corner protectors 18, with right in a second direction
Second lateral blocked frame 10 plays position-limiting action, and chassis ontology 1 in the vertical direction plays the second lateral blocked frame 10 position-limiting action, two
Second time corner protector 18 simultaneously can play position-limiting action to the second lateral blocked frame 10 in a first direction, so that the second lateral blocked frame 10 can
It is maintained at vertical state.Second lateral blocked frame 10 can be detached from limiting slot, in cycle utensil when not in use, be drawn up the first
Two lateral blocked frames 10 so that the second lateral blocked frame 10 is detached with bottom bracket, and then can just fall downwards the first lateral blocked frame 9, third side
11 and the 4th lateral blocked frame 12 of divider.The cycle utensil easy disassembly of this structure, using flexible, disassembly efficiency are high.
As shown in Figure 1, Figure 2 with shown in Figure 10, the first detent mechanism 4 includes the first gag lever post 401 and is set to the first gag lever post
The first locating piece 402 on 401, the first locating piece 402 have multiple locating slots that auto parts and components is allowed to be embedded in.First gag lever post
401 have certain length, and the length direction of the first gag lever post 401 is parallel with first direction, and the fixation of the first locating piece 402 is set
It is placed on the first gag lever post 401, the first locating piece 402 has certain length, the length direction and first of the first locating piece 402
The length direction of gag lever post 401 is parallel, and multiple locating slots on the first locating piece 402 are the length along the first locating piece 402
Direction is sequentially arranged and the locating slot on the first locating piece 402 is is equally spaced.Locating slot on first locating piece 402 is opening
Slot, the edge of auto parts and components are embedded in the locating slot of the first locating piece 402, are realized positioning and are fixed.First locating piece
402 material is preferably EVA material (English full name is ethylene-vinyl acetatecopolymer), is avoided to automobile
Parts cause to damage.
As preference, the first gag lever post 401 and the first lateral blocked frame 9 are detachable connection, the first gag lever post 401 is logical
It crosses screw to be fixedly connected with the first lateral blocked frame 9, facilitates the dismounting of the first detent mechanism 4 and the first lateral blocked frame 9.In the first positioning group
After part is detached with the first lateral blocked frame 9, the first lateral blocked frame 9 can fall on bottom bracket.
As shown in Figure 1, Figure 2 with shown in Figure 11, the second detent mechanism 5 includes the second gag lever post 501 and is set to the second gag lever post
The second locating piece 502 on 501, the second locating piece 502 have multiple locating slots that auto parts and components is allowed to be embedded in.Second gag lever post
501 have certain length, and the length direction of the second gag lever post 501 is parallel with first direction, and the fixation of the second locating piece 502 is set
It is placed on the second gag lever post 501, the second locating piece 502 has certain length, the length direction and second of the second locating piece 502
The length direction of gag lever post 501 is parallel, and multiple locating slots on the second locating piece 502 are the length along the second locating piece 502
Direction is sequentially arranged and the locating slot on the second locating piece 502 is is equally spaced.Locating slot on second locating piece 502 is opening
Slot, the edge of auto parts and components are embedded in the locating slot of the second locating piece 502, are realized positioning and are fixed.Second locating piece
502 material is preferably EVA material (English full name is ethylene-vinyl acetatecopolymer), is avoided to automobile
Parts cause to damage.
As preference, the second gag lever post 501 and the second lateral blocked frame 10 are detachable connection, the second gag lever post 501 is
It is fixedly connected by screw with the second lateral blocked frame 10, facilitates the dismounting of the second detent mechanism 5 and the second lateral blocked frame 10.
As depicted in figs. 1 and 2, in cycle utensil in use, the first lateral blocked frame 9, the second lateral blocked frame 10, third lateral blocked frame 11
With the 4th lateral blocked frame 12 in vertical state, the first detent mechanism 4 is mounted on the first lateral blocked frame 9, and the second detent mechanism 5 is installed
On the second lateral blocked frame 10, the first detent mechanism 4 and the second detent mechanism 5 are in sustained height, each on the first locating piece 402
A locating slot is in a locating slot on the second locating piece 502 on the same straight line parallel with second direction respectively, vapour
The edge of vehicle parts opposite sides is respectively embedded into a locating slot of the first locating piece 402 and the second locating piece 502.
As shown in Figure 1 to Figure 3, third detent mechanism 6 includes 601 He of third gag lever post being set on third lateral blocked frame 11
The third locating piece 602 being set on third gag lever post 601, third locating piece 602 are multiple with auto parts and components is allowed to be embedded in
Locating slot.Third gag lever post 601 has certain length, and the length direction of third gag lever post 601 is parallel with first direction, the
Three locating pieces 602 are fixedly installed on third gag lever post 601, and third locating piece 602 has certain length, third locating piece
602 length direction is parallel with the length direction of third gag lever post 601, and multiple locating slots on third locating piece 602 are edge
The length direction of third locating piece 602 is sequentially arranged and the locating slot on third locating piece 602 is is equally spaced.Third locating piece
Locating slot on 602 is open slot, and the edge of auto parts and components is embedded in the locating slot of third locating piece 602, and it is fixed to realize
Position and fixation.The material of third locating piece 602 is preferably that (English full name is ethylene-vinyl acetate to EVA material
Copolymer), avoid that auto parts and components are caused to damage.When putting auto parts and components, by the lower edge of auto parts and components
In one locating slot of embedded third locating piece 602, third detent mechanism 6 carries auto parts and components in the lower section of auto parts and components
For supporting role.
As shown in Figure 1, Figure 2 with shown in Figure 12, the cycle utensil that the utility model is suitable for auto parts and components further includes and third side
4th detent mechanism 7 of 11 and the 4th lateral blocked frame 12 of divider connection, the 4th detent mechanism 7 are located at 11 and the 4th side of third lateral blocked frame
Between divider 12, the first detent mechanism 4, the second detent mechanism 5,6 and the 4th detent mechanism 7 of third detent mechanism are distributed in automobile
The surrounding of parts.The 4th positioning that 4th detent mechanism 7 includes the 4th gag lever post 701 and is set on the 4th gag lever post 701
Block 702, the 4th locating piece 702 have multiple locating slots that auto parts and components is allowed to be embedded in.4th gag lever post 701 has certain length
Degree, the length direction of the 4th gag lever post 701 is parallel with first direction, and the 4th locating piece 702 is fixedly installed on the 4th gag lever post
On 701, the 4th locating piece 702 has certain length, the length direction of the 4th locating piece 702 and the length of the 4th gag lever post 701
Spend that direction is parallel, multiple locating slots on the 4th locating piece 702 be sequentially arranged along the length direction of the 4th locating piece 702 and
Locating slot on 4th locating piece 702 is is equally spaced.Locating slot on 4th locating piece 702 is open slot, auto parts and components
Edge be embedded in the locating slot of the 4th locating piece 702, realize positioning and fixed.The material of 4th locating piece 702 is preferred
For EVA material (English full name is ethylene-vinyl acetate copolymer), avoid that auto parts and components are caused to damage
Wound.
As preference, the 4th gag lever post 701 is detachable connection with 11 and the 4th lateral blocked frame 12 of third lateral blocked frame, the
Four gag lever posts 701 are located between 11 and the 4th lateral blocked frame 12 of third lateral blocked frame, the both ends of the 4th gag lever post 701 be by screw with
Third lateral blocked frame 11 is fixedly connected with the 4th lateral blocked frame 12, facilitates the 4th detent mechanism 7 and 11 and the 4th side block of third lateral blocked frame
The dismounting of frame 12.After the 4th positioning component is detached with 11 and the 4th lateral blocked frame 12 of third lateral blocked frame, third lateral blocked frame 11 and
Four lateral blocked frames 12 can fall on bottom bracket.When putting auto parts and components, by the upper end-face edges of auto parts and components insertion the
In one locating slot of four locating pieces 702, the 4th detent mechanism 7 plays auto parts and components limiting in the top of auto parts and components
Effect.First detent mechanism 4, the second detent mechanism 5,6 and the 4th detent mechanism 7 of third detent mechanism match, the first positioning
Mechanism 4, the second detent mechanism 5,6 and the 4th detent mechanism 7 of third detent mechanism are distributed in the surrounding of auto parts and components, first
Direction, second direction and vertical direction fool play position-limiting action to auto parts and components, complete the positioning of auto parts and components, avoid
Auto parts and components shake.Meanwhile the 4th detent mechanism 7 the 4th gag lever post 701 and the third lateral blocked frame 11 in vertical state
It is fixedly connected with the 4th lateral blocked frame 12, improves the intensity of cycle utensil entirety, the 4th gag lever post 701 is in third lateral blocked frame 11
It is fixedly connected with the middle position on the length direction of the 4th lateral blocked frame 12 with 11 and the 4th lateral blocked frame 12 of third lateral blocked frame, the
The length direction of three lateral blocked frames 11 and the 4th lateral blocked frame 12 is parallel with second direction.
As depicted in figs. 1 and 2, the cycle utensil suitable for auto parts and components of the utility model further includes to make the first side
Divider 9 and 11 and the 4th lateral blocked frame 12 of third lateral blocked frame keep relatively-stationary first locking system 3, third lateral blocked frame 11 and the
The first locking system 3 is both provided on four lateral blocked frames 12, the first locking system 3 is used in 11 and the 4th lateral blocked frame of third lateral blocked frame
12 make the first lateral blocked frame 9 that can also be maintained at vertical state simultaneously when being in vertical state.As shown in Figures 4 to 6, the first locking fills
3 are put to include the first locking bearing, moveable the first bolts being set on the first locking bearing and be movably set to the
On one locking bearing and for the first bolt to be made to be maintained at the first spacer pin 304 of lockup state, the first lateral blocked frame 9 be equipped with
Matched first limiting plate 13 of first bolt, the first limiting plate 13 have the first locking hole 15 that the first bolt is allowed to be inserted into, the
One locking bearing is set on 11 and the 4th lateral blocked frame 12 of third lateral blocked frame.First limiting plate 13 and the first lateral blocked frame 9, which are fixed, to be connected
It connects, the first bolt avoids the first lateral blocked frame 9 from being deflected towards outside for catching on the first limiting plate 13.First bolt includes first
Operation portion 305, the first sliding part 306 being connect with the first operation portion 305 and connect with the first sliding part 306 and with first limiting
13 matched first lock part 307 of plate；When first bolt is in lockup state, the first sliding part 306 is inserted into the first locking hole
In 15, the first lock part 307 and the first operation portion 305 are respectively positioned at the side of the first limiting plate 13, so that the first bolt is caught on
First limiting plate 13.First sliding part 306 and the first lock part 307 have certain length, the first sliding part 306 and the first lock
The length direction of stop 307 is perpendicular, and the length direction of the first sliding part 306 is parallel with second direction, the first sliding part 306
One end be fixedly connected with the first operation portion 305, the other end of the first sliding part 306 and the end of the first lock part 307 are fixed
Connection, the first lock part 307 are simultaneously stretched out towards the outside of the first sliding part 306.First sliding part 306 and the first lock part 307
And be cylinder, the first locking hole 15 is kidney slot and the first locking hole 15 is to run through in 13 upper edge plate thickness direction of the first limiting plate
The through-hole of setting, when the first lateral blocked frame 9 is in vertical state, the length direction of the first locking hole 15 is equal with vertical direction
Row.The length of first locking hole 15 is more than the diameter of the first sliding part 306 and the first lock part 307, the length of the first locking hole 15
Degree is more than the length of the first lock part 307, and the width of the first locking hole 15 is less than the length of the second lock part 807.First locking
The length in portion 307 is less than the length of the first sliding part 306, and the first sliding part 306 is connected to form L-shaped with the first lock part 307
Structure, when the first bolt is in lockup state, the first sliding part 306 is inserted into the first locking hole 15, and the first lock part 307 is the
Position-limiting action is played to the first lateral blocked frame 9 on two directions, the length direction of the first lock part 307 is equal with first direction at this time
Row so that the first bolt cannot be detached from the first locking hole 15, so that the first lateral blocked frame 9 and third lateral blocked frame 11 and the
The holding of four lateral blocked frames 12 is relatively fixed, while 11 and the 4th lateral blocked frame 12 of third lateral blocked frame of vertical state is located at the first lateral blocked frame
9 the same side to play position-limiting action to the first lateral blocked frame 9 in a second direction, avoids the first lateral blocked frame 9 towards interior lateral deviation
Turn, the first lateral blocked frame 9 is made to keep vertical state.First sliding part 306 can carry out directly in an axial direction relative to the first locking bearing
Line moves, and can also be rotated around own axes so that the first bolt can be rotated up and down, and can also be moved in a second direction
It is dynamic.When the first bolt is rotated to the first lock part 307 state parallel with the first locking hole 15, the first lock part 307 can
To pass through the first locking hole 15, and opposite side is moved to from the side of the first limiting plate 13, the first bolt is made to be inserted into the first locking
It is detached in hole 15 or from the first locking hole 15, realizes locking or unlock.First locking system 3 of this structure is simple in structure,
Easy to operate, reliability is high.
As shown in Figures 4 to 6, the first locking bearing include the first fixed plate 301, be set in the first fixed plate 301 and
It casing 302 and is set in the first fixed plate 301 on first be sheathed on the first sliding part 306 and is sheathed on the first spacer pin
The first setting of casing 303 on 304, the first setting of casing 303 and the first spacer pin 304 are located at the lower section of casing 302 on first.First
Pipe of the upper casing 302 for both ends open and inner hollow, casing 302 is fixedly connected with the first fixed plate 301 on first, and first
The axis of upper casing 302 is parallel with second direction, and the first sliding part 306 is inserted on first in casing 302, casing on first
302 are used to play the guiding role to the first bolt when the first bolt moves in a second direction.First operation portion 305 is U-shaped structure,
The opening both ends of first operation portion 305 are fixedly connected with the first sliding part 306, the length direction and first of the first operation portion 305
The length direction of sliding part 306 is perpendicular and the length direction of the length direction of the first operation portion 305 and the first lock part 307 exists
It is spatially perpendicular.First setting of casing 303 is both ends open and the pipe of inner hollow, and the first setting of casing 303 and second is fixed
Plate 801 is fixedly connected, the axis perpendicular of casing 302 on the axis and first of the first setting of casing 303, and the first spacer pin 304 is inserted
Enter in the first setting of casing 303, the first setting of casing 303 is used to play guiding to the first spacer pin 304 when the first spacer pin 304 is moved
Effect.First spacer pin 304 is for the first operation portion 305 being made to be maintained at the first limiting when the first bolt is in lockup state
Before 304 and first fixed plate 301 of pin, it is detached from, realizes from the first locking hole 15 to avoid the first bolt autorotation
The self-locking of first locking system 3 so that the first bolt can be with the first lateral blocked frame 9,11 and the 4th lateral blocked frame 12 of third lateral blocked frame
Holdings is waited to be relatively fixed, and then improve the reliability of locking.First setting of casing 303 sets two, two the first setting of casings 303
For coaxial arrangement, the first spacer pin 304 is inserted into two the first setting of casings 303, and two the first setting of casings 303 are matched to first
Spacer pin 304 plays guiding and position-limiting action.When the first spacer pin 304 is in vertical state, the first spacer pin 304 is arranged to can
It is moved between bottom dead center position and top dead center position, the bottom dead center position of the first spacer pin 304 is located at top dead center position
Lower section.When the first spacer pin 304 is located at bottom dead center position, the first spacer pin 304 can play limiting to the first operation portion 305
Effect, the first operation portion 305 are clipped between the first fixed plate 301 and the first spacer pin 304, and the first bolt cannot rotate, and first
Spacer pin 304 and two the first setting of casings 303 and the inside for being located at the first operation portion 305；When the second spacer pin 804 is located at upper stop
During point position, the second spacer pin 804 cannot play the first operation portion 305 position-limiting action, and the first bolt can rotate up.
As depicted in figs. 1 and 2, two the first locking systems 3 are set respectively on 11 and the 4th lateral blocked frame 12 of third lateral blocked frame,
Two the first limiting plates 13 is set to be matched with two the first locking systems 3 on first lateral blocked frame 9, two the first limiting plates 13 divide
It is not set to one end on the length direction of the first lateral blocked frame 9, the length direction of the first lateral blocked frame 9 is parallel with first direction,
Two the first locking systems 3 is are arranged symmetrically.
As depicted in figs. 1 and 2, the cycle utensil suitable for auto parts and components of the utility model further includes to make the second side
Divider 10 keeps relatively-stationary second locking system 8,11 He of third lateral blocked frame with 11 and the 4th lateral blocked frame 12 of third lateral blocked frame
The second locking system 8 is both provided on 4th lateral blocked frame 12, the second locking system 8 is used in 11 and the 4th side block of third lateral blocked frame
Frame 12 makes the second lateral blocked frame 10 that can also be maintained at vertical state simultaneously when being in vertical state.As shown in Figure 7 to 9, the second lock
The structure of locking apparatus 8 and the structure of the first locking system 3 are essentially identical, and the second locking system 8 includes the second locking bearing, removable
Dynamic the second bolt being set on the second locking bearing is set on the second locking bearing and with moveable for making second
Bolt is maintained at the second spacer pin 804 of lockup state, and the second lateral blocked frame 10 is equipped with the matched with the second bolt second limit
Position plate 14, the second limiting plate 14 have the second locking hole 16 that the second bolt is allowed to be inserted into, and the second locking bearing is set to third side
On 11 and the 4th lateral blocked frame 12 of divider.Second limiting plate 14 is fixedly connected with the second lateral blocked frame 10, and the second bolt is for catching on the
Two limiting plates 14 avoid the second lateral blocked frame 10 from being deflected towards outside.Second bolt includes the second operation portion 805, is operated with second
Portion 805 connect the second sliding part 806 and connect with the second sliding part 806 and with 14 matched second locking of the second limiting plate
Portion 807；When second bolt is in lockup state, the second sliding part 806 is inserted into the second locking hole 16,807 He of the second lock part
Second operation portion 805 is located at the side of the second limiting plate 14 respectively, so that the second bolt catches on the second limiting plate 14.Second slides
806 and second lock part 807 of portion has certain length, and the second sliding part 806 mutually hangs down with the length direction of the second lock part 807
Directly, the length direction of the second sliding part 806 is parallel with second direction, one end of the second sliding part 806 and the second operation portion 805
It is fixedly connected, the other end of the second sliding part 806 is fixedly connected with the end of the second lock part 807, the second lock part 807 and court
It is stretched out to the outside of the second sliding part 806.Second sliding part 806 and the second lock part 807 and for cylinder, the second locking hole 16
It is through the through-hole set, in the second lateral blocked frame in 14 upper edge plate thickness direction of the second limiting plate for kidney slot and the second locking hole 16
10 be in vertical state when, the length direction of the second locking hole 16 is parallel with vertical direction.The length of second locking hole 16 is big
In the second sliding part 806 and the diameter of the second lock part 807, the length of the second locking hole 16 is more than the length of the second lock part 807
Degree, the width of the second locking hole 16 are less than the length of the second lock part 807.The length of second lock part 807 is less than second and slides
The length in portion 806, the second sliding part 806 are connected to form L-shaped structure with the second lock part 807, and the second bolt is in locking shape
During state, the second sliding part 806 is inserted into the second locking hole 16, and the second lock part 807 is in a second direction to the second lateral blocked frame 10
Position-limiting action is played, the length direction of the second lock part 807 is parallel with second direction at this time so that the second bolt cannot be from
It is detached in two locking holes 16, so that the second lateral blocked frame 10 keeps relatively solid with 11 and the 4th lateral blocked frame 12 of third lateral blocked frame
It is fixed, while 11 and the 4th lateral blocked frame 12 of third lateral blocked frame of vertical state is located at the same side of the second lateral blocked frame 10, with second
Position-limiting action is played to the second lateral blocked frame 10 on direction, the second lateral blocked frame 10 is avoided to be deflected towards inside, makes the second lateral blocked frame 10
Keep vertical state.Second sliding part 806 can move linearly in an axial direction relative to the second locking bearing, also can be around itself
Axis is rotated so that the second bolt can be rotated up and down, and can also be moved in a second direction.When the second bolt rotate to
During the second lock part 807 state parallel with the second locking hole 16, the second lock part 807 can to pass through the second locking hole 16,
And opposite side is moved to from the side of the second limiting plate 14, the second bolt is made to be inserted into the second locking hole 16 or from the second locking hole
It is detached in 16, realizes locking or unlock.Second locking system 8 of this structure is simple in structure, easy to operate, and reliability is high.
As shown in Figure 7 to 9, the second locking bearing include the second fixed plate 801, be set in the second fixed plate 801 and
It casing 802 and is set in the second fixed plate 801 on second be sheathed on the second sliding part 806 and is sheathed on the second spacer pin
The second setting of casing 803 on 804, the second setting of casing 803 and the second spacer pin 804 are located at the lower section of casing 802 on second.Second
Pipe of the upper casing 802 for both ends open and inner hollow, casing 802 is fixedly connected with the second fixed plate 801 on second, and second
The axis of upper casing 802 is parallel with second direction, and the second sliding part 806 is inserted on second in casing 802, casing on second
802 are used to play the guiding role to the second bolt when the second bolt moves in a second direction.Second operation portion 805 is U-shaped structure,
The opening both ends of second operation portion 805 are fixedly connected with the second sliding part 806, the length direction and second of the second operation portion 805
The length direction of sliding part 806 is perpendicular and the length direction of the length direction of the second operation portion 805 and the second lock part 807 exists
It is spatially perpendicular.Second setting of casing 803 is both ends open and the pipe of inner hollow, and the second setting of casing 803 and second is fixed
Plate 801 is fixedly connected, the axis perpendicular of casing 802 on the axis and second of the second setting of casing 803, and the second spacer pin 804 is inserted
Enter in the second setting of casing 803, the second setting of casing 803 is used to play guiding to the second spacer pin 804 when the second spacer pin 804 is moved
Effect.Second spacer pin 804 is for the second operation portion 805 being made to be maintained at the second limiting when the second bolt is in lockup state
Before 804 and second fixed plate 801 of pin, it is detached from, realizes from the second locking hole 16 to avoid the second bolt autorotation
The self-locking of second locking system 8 so that the second bolt can be with the second lateral blocked frame 10,11 and the 4th lateral blocked frame 12 of third lateral blocked frame
Holdings is waited to be relatively fixed, and then improve the reliability of locking.Second setting of casing 803 sets two, two the second setting of casings 803
For coaxial arrangement, the second spacer pin 804 is inserted into two the second setting of casings 803, and two the second setting of casings 803 are matched to second
Spacer pin 804 plays guiding and position-limiting action.When the second spacer pin 804 is in vertical state, the second spacer pin 804 is arranged to can
It is moved between bottom dead center position and top dead center position, the bottom dead center position of the second spacer pin 804 is located at top dead center position
Lower section.When the second spacer pin 804 is located at bottom dead center position, the second spacer pin 804 can play limiting to the second operation portion 805
Effect, the second operation portion 805 are clipped between the second fixed plate 801 and the second spacer pin 804, and the second bolt cannot rotate, and second
Spacer pin 804 and two the second setting of casings 803 and the inside for being located at the second operation portion 805；When the second spacer pin 804 is located at upper stop
During point position, the second spacer pin 804 cannot play the second operation portion 805 position-limiting action, and the second bolt can rotate up.
As depicted in figs. 1 and 2, two the second locking systems 8 are set respectively on 11 and the 4th lateral blocked frame 12 of third lateral blocked frame,
Two the second limiting plates 14 is set to be matched with two the second locking systems 8 on second lateral blocked frame 10, two the second limiting plates 14
One end on the length direction of the second lateral blocked frame 10 is respectively arranged at, the length direction of the second lateral blocked frame 10 is equal with first direction
Row, two the second locking systems 8 is are arranged symmetrically.Both ends on the length direction of third lateral blocked frame 11 are respectively arranged with one
One locking system 3 and second locking system 8, the both ends on the length direction of the 4th lateral blocked frame 12 are respectively arranged with one
One locking system 3 and second locking system 8.
The use process that the utility model is suitable for the cycle utensil of auto parts and components is as follows：
The first lateral blocked frame 9,11 and the 4th lateral blocked frame 12 of third lateral blocked frame are rotated up into vertical state first, then will
First bolt of the first locking system 3 on 11 and the 4th lateral blocked frame 12 of third lateral blocked frame is inserted into first on the first lateral blocked frame 9
In first locking hole 15 of limiting plate 13 so that the first lateral blocked frame 9 keeps opposite with 11 and the 4th lateral blocked frame 12 of third lateral blocked frame
It is fixed, then the first detent mechanism 4 is mounted on the first lateral blocked frame 9, zero, automobile is then put on third detent mechanism 6
Part, and make the side margins of auto parts and components and lower edge is respectively embedded into determining for the first locating piece 402 and third locating piece 602
In the slot of position, then the second lateral blocked frame 10 is installed, the second lateral blocked frame 10 is inserted into limiting slot, then by third lateral blocked frame 11 and the
Second bolt of the second locking system 8 on four lateral blocked frames 12 is inserted into the second lock of the second limiting plate 14 on the second lateral blocked frame 10
Only in hole 16 so that the second lateral blocked frame 10 is relatively fixed, and ensure automobile with the holding of 11 and the 4th lateral blocked frame 12 of third lateral blocked frame
The side margins of parts are embedded in the locating slot of the second locating piece 502, finally install the 4th detent mechanism 7, by the 4th positioning
4th gag lever post 701 of mechanism 7 is fixedly connected with 11 and the 4th lateral blocked frame 12 of third lateral blocked frame, and ensures the upper of auto parts and components
End margin is embedded in the locating slot of the 4th locating piece 702 so that auto parts and components cannot shake.
The utility model is exemplarily described above in association with attached drawing.Obviously, the utility model implements not
It is limited by aforesaid way.As long as employ the various unsubstantialities that the methodology of the utility model and technical solution carry out
Improvement；Or it is not improved, above-mentioned design and technical solution by the utility model directly apply to other occasions, at this
Within the protection domain of utility model.
Claims (10)
1. suitable for the cycle utensil of auto parts and components, it is characterised in that：Including bottom bracket, the first lateral blocked frame, the second lateral blocked frame,
Three lateral blocked frames, the 4th lateral blocked frame, the first detent mechanism being set on the first lateral blocked frame, be set on the second lateral blocked frame second
It detent mechanism and is set on bottom bracket and is matched with the first detent mechanism and the second detent mechanism with to auto parts and components
The third detent mechanism positioned, the first lateral blocked frame, third lateral blocked frame and the 4th lateral blocked frame is set on bottom bracket and third
To be oppositely arranged, the second lateral blocked frame and bottom bracket are detachable connection and the first lateral blocked frame and for lateral blocked frame and the 4th lateral blocked frame
Two lateral blocked frames is are oppositely arranged.
2. the cycle utensil according to claim 1 suitable for auto parts and components, it is characterised in that：First detent mechanism
Including the first gag lever post and the first locating piece being set on the first gag lever post, the first locating piece, which has, allows auto parts and components to be embedded in
Multiple locating slots, the first gag lever post and first lateral blocked frame are detachable connection.
3. the cycle utensil according to claim 1 suitable for auto parts and components, it is characterised in that：Second detent mechanism
Including the second gag lever post and the second locating piece being set on the second gag lever post, the second locating piece, which has, allows auto parts and components to be embedded in
Multiple locating slots, the second gag lever post and second lateral blocked frame are detachable connection.
4. the cycle utensil according to claim 1 suitable for auto parts and components, it is characterised in that：The third detent mechanism
Including the third gag lever post being set on the third lateral blocked frame and the third locating piece being set on third gag lever post, third is fixed
Position block has multiple locating slots that auto parts and components is allowed to be embedded in.
5. the cycle utensil according to any one of claims 1 to 4 suitable for auto parts and components, it is characterised in that：Further include with
The 4th detent mechanism that the third lateral blocked frame is connected with the 4th lateral blocked frame, the 4th detent mechanism be located at third lateral blocked frame and
Between 4th lateral blocked frame, first detent mechanism, the second detent mechanism, third detent mechanism and the 4th detent mechanism are distributed in
The surrounding of auto parts and components.
6. the cycle utensil according to claim 5 suitable for auto parts and components, it is characterised in that：4th detent mechanism
Including the 4th gag lever post and the 4th locating piece being set on the 4th gag lever post, the 4th locating piece, which has, allows auto parts and components to be embedded in
Multiple locating slots, the 4th gag lever post and the third lateral blocked frame and the 4th lateral blocked frame are detachable connection.
7. the cycle utensil according to claim 6 suitable for auto parts and components, it is characterised in that：It further includes described for making
First lateral blocked frame keeps relatively-stationary first locking system, third side block with the third lateral blocked frame and the 4th lateral blocked frame
The first locking system is both provided on frame and the 4th lateral blocked frame.
8. the cycle utensil according to claim 7 suitable for auto parts and components, it is characterised in that：First locking system
Including the first locking bearing, moveable the first bolt being set on the first locking bearing and movably it is set to the first lock
Only on bearing and for the first bolt to be made to be maintained at the first spacer pin of lockup state, first lateral blocked frame is equipped with and first
Matched first limiting plate of bolt, the first limiting plate, which has, allows the first bolt to be inserted into the first locking hole, and the first locking bearing is set
It is placed on the third lateral blocked frame and the 4th lateral blocked frame.
9. the cycle utensil according to claim 8 suitable for auto parts and components, it is characterised in that：First bolt includes
First operation portion, the first sliding part being connect with the first operation portion and connect with the first sliding part and with the first limiting plate phase
First lock part of cooperation；When first bolt is in lockup state, the first sliding part is inserted into the first locking hole, the first lock part
It is located at the side of the first limiting plate respectively with the first operation portion, so that the first bolt catches on the first limiting plate.
10. the cycle utensil according to claim 9 suitable for auto parts and components, it is characterised in that：The first locking branch
Seat includes the first fixed plate, is set in the first fixed plate and is sheathed on casing and setting on first on first sliding part
In in the first fixed plate and the first setting of casing for being sheathed on first spacer pin, the first setting of casing and the first spacer pin are located at
The lower section of casing on first.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721651024.9U CN207580492U (en) | 2017-12-01 | 2017-12-01 | Suitable for the cycle utensil of auto parts and components |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721651024.9U CN207580492U (en) | 2017-12-01 | 2017-12-01 | Suitable for the cycle utensil of auto parts and components |
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| Publication Number | Publication Date |
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| CN207580492U true CN207580492U (en) | 2018-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721651024.9U Active CN207580492U (en) | 2017-12-01 | 2017-12-01 | Suitable for the cycle utensil of auto parts and components |
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| CN (1) | CN207580492U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108341159A (en) * | 2017-12-01 | 2018-07-31 | 中久物流有限公司 | Cycle utensil suitable for auto parts and components |
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2017
- 2017-12-01 CN CN201721651024.9U patent/CN207580492U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108341159A (en) * | 2017-12-01 | 2018-07-31 | 中久物流有限公司 | Cycle utensil suitable for auto parts and components |
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