CN205873258U

CN205873258U - Assembly line carrier

Info

Publication number: CN205873258U
Application number: CN201620789106.9U
Authority: CN
Inventors: 杨仁庚
Original assignee: Electronic Components (zhuhai) Co Ltd
Current assignee: Electronic Components (zhuhai) Co Ltd
Priority date: 2016-07-25
Filing date: 2016-07-25
Publication date: 2017-01-11
Anticipated expiration: 2026-07-25

Abstract

The utility model provides an assembly line carrier, which comprises a base, but rotatable parts, pressure part, positioning pin and elastomeric element, wherein the top of base is equipped with the objective table, but two rotatable parts symmetries set up in the both sides of base, and but each rotatable parts includes at least one sticking department, the upper end of sticking department has from the sticking department surface to the inboard arch of extending of objective table, but pressure part installs on rotatable parts's lateral wall, but rotatable parts passes through positioning pin and pedestal connection, but rotatable parts can rotate around positioning pin, elastomeric element's both ends respectively with the base, but rotatable parts looks butt. The assembly line carrier of this structure not only can realize quickly accurate advancing line location to the product, conveniently places in addition and gets by the product.

Description

Streamline carrier

Technical field

This utility model relates to production line apparatus field, specifically, relates to a kind of streamline carrier.

Background technology

Existing streamline carrier includes that two types, one are registrations, it can be difficult to it is fixed to put into and fetch needs The product of position；Another kind is the product being easily put into and needing location, but location inaccuracy.The accuracy of location directly influences The machining accuracy of product, and the convenience placed and fetch has influence on work and production efficiency, can also affect on product simultaneously Quality.

Utility model content

The purpose of this utility model is to provide a kind of streamline carrier that can quickly be accurately positioned and conveniently fetch product.

For achieving the above object, this utility model provides a kind of streamline carrier, including pedestal, rotatable components, pressurized Parts, alignment pin and elastomeric element, wherein the top of pedestal is provided with object stage, and two rotatable components are symmetricly set in base The both sides of seat, and each rotatable components includes at least one sticking department, the upper end of sticking department have surface, self-locking portion to The projection extended inside object stage, pressure-containing parts is arranged on the sidewall of rotatable components, and rotatable components passes through alignment pin Being connected with pedestal, rotatable components can rotate around alignment pin, and the two ends of elastomeric element offset with pedestal, rotatable components respectively Connect.

From such scheme, after streamline carrier enters feeding station, pressure-containing parts is by downward pressure, and drive can Rotatable parts rotate with alignment pin for center of rotation, and elastomeric element pressurized after-contraction, rotatable components is outside pedestal simultaneously Side is opened, and now product can be put on the object stage of pedestal by workman or mechanical hand, and the sensor on feeding station detects Moving towards subsequent work stations after product, pressure-containing parts is no longer influenced by downward pressure, and elastomeric element resets and promotes rotatable components simultaneously, Making rotatable components rotate around alignment pin, now rotatable components extrudes to the inner side of pedestal, makes the product being positioned on object stage Product are in the lock state, and product is completely fixed on the pedestal of streamline carrier, can carry out subsequent handling.The flowing water of this structure Line carrier can not only realize positioning product quickly and accurately, and conveniently place and fetch product.

One preferred scheme is, elastomeric element is back-moving spring.

As can be seen here, utilize the elastic acting force of back-moving spring, promote rotatable components, make rotatable components around alignment pin Axle rotates thus compresses the product being placed on the object stage of pedestal.

One preferred scheme is to offer the first mounting groove on pedestal, relative with the first mounting groove on rotatable components The position answered offers the second mounting groove, and the two ends of elastomeric element are separately mounted in the first mounting groove and the second mounting groove.

As can be seen here, on the two ends of elastomeric element are separately mounted on pedestal the first mounting groove and rotatable components Two mounting grooves, and abut against with pedestal, rotatable components respectively, it is achieved prevent elastomeric element from dropping the location of elastomeric element, Affect the realization of streamline carrier function.

One preferred scheme is to offer locating slot on rotatable components, pressure-containing parts is provided with and locating slot phase The projection coordinated, in protruding insertion locating slot.

As can be seen here, rotatable components and pressure-containing parts can be that split is arranged, and select as required to pacify pressure-containing parts It is contained on rotatable components or pressure-containing parts is pulled down from rotatable components.

One preferred scheme is that rotatable components is one-body molded with pressure-containing parts.

As can be seen here, the reliability that rotatable components is connected is increased with pressure-containing parts.

One preferred scheme is, a rotatable components includes two sticking departments, two the first linking arms and one Connecting the second linking arm of two the first linking arms, the first linking arm connects sticking department and the second linking arm, the first linking arm with It is obliquely installed between sticking department.

As can be seen here, the first linking arm and sticking department setting in a certain angle, it is possible to achieve rotatable components is around alignment pin Axle rotates, and makes pedestal will not produce the rotation of rotatable components simultaneously and interferes.

Further preferred scheme is, sticking department, the first linking arm and the second linking arm are one-body molded.

Further preferred scheme is, pedestal is provided with the first stopper section and the second stopper section, the first stopper section, second Stopper section surrounds groove with the sidewall of pedestal, and rotatable components is arranged in groove, and the first stopper section is adjacent with sticking department.

As can be seen here, when rotatable components is in the lock state, the first stopper section is adjacent with sticking department；Rotatably When parts are in open mode, the second stopper section is adjacent with the first linking arm, and the first stopper section and the second stopper section are to turning Dynamic component plays position-limiting action.

One preferred scheme is, the bottom of pedestal offers hole, at least two location.

As can be seen here, streamline carrier is fixed in production line by hole, location, it is achieved determine streamline carrier Position.

Accompanying drawing explanation

Fig. 1 is the axonometric chart of this utility model streamline carrier embodiment；

Fig. 2 is the front view of this utility model streamline carrier embodiment；

Fig. 3 is the STRUCTURE DECOMPOSITION figure of this utility model streamline carrier embodiment；

Fig. 4 is rotatable components and the structural representation of pressure-containing parts in this utility model streamline carrier embodiment；

Fig. 5 is the structural representation of pedestal in this utility model streamline carrier embodiment.

Below in conjunction with drawings and Examples, the utility model is described in further detail.

Detailed description of the invention

Seeing Fig. 1 and Fig. 2, a kind of streamline carrier that the present embodiment provides includes pedestal 1, rotatable components 2, compression zone Part 3, alignment pin 4 and elastomeric element 5, wherein the top of pedestal 1 is provided with object stage 11, and object stage 11 is used for placing product, The bottom of pedestal 1 offers at least two location hole 16(Fig. 5 and shows), streamline carrier is fixed on production flowing water by hole 16, location On line, it is achieved the location to streamline carrier.It addition, two rotatable components 2 are symmetricly set in the both sides of pedestal 1, compression zone Part 3 is arranged on the sidewall of rotatable components 2, and rotatable components 2 is connected with pedestal 1 by alignment pin 4, rotatable components 2 Can rotate around alignment pin 4, the two ends of elastomeric element 5 abut against with pedestal 1, rotatable components 2 respectively.Alternatively, elastic Part 5 uses back-moving spring.

See Fig. 3 and Fig. 4, pedestal 1 offer first mounting groove 12(Fig. 5 and shows), rotatable components 2 is installed with first The corresponding position of groove 12 offers the second mounting groove 21, and the two ends of elastomeric element 5 are separately mounted to the first mounting groove 12 He In second mounting groove 21.

Seeing Fig. 3, each rotatable components 2 includes at least one sticking department 24, and the upper end of sticking department 24 has self-locking Determining the projection 241 that surface, portion 24 extends inside object stage 11, in the case of pressure-containing parts 3 does not has pressurized, protruding 241 extend On the upper surface of object stage 11.

In the present embodiment, a rotatable components 2 includes 24, two the first linking arms 23 of two sticking departments and a company Connecing the second linking arm 25 of two the first linking arms 23, the first linking arm 23 connects sticking department 24 and the second linking arm 25, and first It is obliquely installed between linking arm 23 and sticking department 24.First linking arm 23 and sticking department 24 setting in a certain angle, it is possible to achieve Rotatable components 2 rotates around alignment pin 4, makes pedestal 1 will not produce the rotation of rotatable components 2 simultaneously and interferes.It addition, lock Determine portion's the 24, first linking arm 23 and the second linking arm 25 is one-body molded.

The first stopper section 13 and the second stopper section 14, first stopper section the 13, second stopper section 14 and base it is provided with on pedestal 1 The sidewall 15 of seat 1 surrounds groove, and rotatable components 2 is arranged in groove, when rotatable components 2 is in the lock state, and first Stopper section 13 is adjacent with sticking department 24, when rotatable components 2 is in open mode, and the second stopper section 14 and the first linking arm 23 is adjacent, and the first stopper section 13 and the second stopper section 14 are to 2 position-limiting actions of rotatable components.

See Fig. 4, rotatable components 2 offers locating slot 22, pressure-containing parts 3 is provided with and matches with locating slot 22 Projection 31, protruding 31 insert in locating slots 22.Alternatively, rotatable components 2 and pressure-containing parts 3 can also be formed in one Structure.

Therefore, before streamline carrier enters feeding station, the projection 241 on four sticking departments 24 is to object stage 11 Inner side extend, product cannot be positioned on object stage 11, when streamline carrier enters after feeding station, and pressure-containing parts 3 is subject to Downward pressure, drives rotatable components 2 to rotate with alignment pin 4 for center of rotation, elastomeric element 5 pressurized after-contraction, simultaneously Two rotatable components 2 being positioned at pedestal 1 both sides are opened to the outside to pedestal 1 to B respectively along the A shown in Fig. 2, this Time workman or mechanical hand product can be put on the object stage 11 of pedestal 1.After sensor on feeding station detects product Moving towards subsequent work stations, pressure-containing parts 3 is no longer influenced by downward pressure, and elastomeric element 5 resets and promotes rotatable components 2 simultaneously, makes Rotatable components 2 rotates around alignment pin 4, and now the projection 241 on two rotatable components 2 being positioned at pedestal 1 both sides is respectively Extrude to the inner side of pedestal 1 to D along the C shown in Fig. 2, make the product being positioned on object stage 11 be in the lock state, Product is completely fixed on the pedestal 1 of streamline carrier, can carry out subsequent handling.The streamline carrier of this structure can not only Realize quickly and accurately product being positioned, and conveniently place and fetch product.

Design of the present utility model mainly arranges rotatable components on pedestal, makes streamline carry after entering feeding station Tool is in open mode, is in the lock state after subsequently entering subsequent handling, it is achieved it is fixed to carry out the product being placed on pedestal Position, the most multiple obviously according to the structure of this design object stage, streamline carrier and the fixed form of production line etc. Change, within also should being included in claims of the present utility model.

Claims

1. streamline carrier, it is characterised in that: include

Pedestal, the top of described pedestal is provided with object stage；

Rotatable components, two described rotatable components are symmetricly set in the both sides of described pedestal, each described rotatable part Including at least one sticking department, the upper end of described sticking department has the projection that surface, self-locking portion extends inside object stage；

Pressure-containing parts, described pressure-containing parts is arranged on the sidewall of described rotatable components；

Alignment pin, described rotatable components is connected with described pedestal by described alignment pin, and described rotatable components can be around Described alignment pin rotates；

Elastomeric element, the two ends of described elastomeric element abut against with described pedestal, described rotatable components respectively.

Streamline carrier the most according to claim 1, it is characterised in that:

Described elastomeric element is back-moving spring.

Streamline carrier the most according to claim 1, it is characterised in that:

The first mounting groove is offered, position corresponding with described first mounting groove on described rotatable components on described pedestal Offering the second mounting groove, the two ends of described elastomeric element are separately mounted to described first mounting groove and described second mounting groove In.

4. according to the streamline carrier described in any one of claims 1 to 3, it is characterised in that:

Offer locating slot on described rotatable components, described pressure-containing parts is provided with convex with what described locating slot matched Rise, in the described locating slot of described protruding insertion.

5. according to the streamline carrier described in any one of claims 1 to 3, it is characterised in that:

Described rotatable components is one-body molded with described pressure-containing parts.

6. according to the streamline carrier described in any one of claims 1 to 3, it is characterised in that:

One described rotatable components includes that two described sticking departments, two the first linking arms and one connect two first even Connecing the second linking arm of arm, described first linking arm connects sticking department and the second linking arm, described first linking arm and described lock Determine to be obliquely installed between portion.

Streamline carrier the most according to claim 6, it is characterised in that:

Described sticking department, described first linking arm and described second linking arm are one-body molded.

Streamline carrier the most according to claim 6, it is characterised in that:

The first stopper section and the second stopper section, described first stopper section, described second stopper section and institute it is provided with on described pedestal The sidewall stating pedestal surrounds groove, and described rotatable components is arranged in described groove, described first stopper section and described locking Portion is adjacent.

9. according to the streamline carrier described in any one of claims 1 to 3, it is characterised in that:

The bottom of described pedestal offers hole, at least two location.