CN208278961U - A kind of component conveying jig - Google Patents

Abstract

A kind of component transports jig, comprising: saddle offers at least one groove on the saddle, and the groove is suitable for accommodating a part of component；Block, the block are removable installed in the groove, and are fixed by way of magnetic or vacuum suction with the saddle, the component that groove accommodates to be fixed.Component conveying jig provided by the utility model can effectively prevent component surprisingly to fall off in the handling process, while easy to operate, easy to use.

Description

A kind of component conveying jig

Technical field

The utility model relates to technical field of manufacturing semiconductors, transport jig more particularly to a kind of component.

Background technique

In the production process of electronic component (hereinafter referred to as component), it is often necessary to will be carried out after component permutation It transports, in order to carry out next process (including the production processes such as packaging).

With reference to Fig. 1, in general, will use saddle 101 when permutation to hold and transport component (not shown), in order to make first device Part is unlikely to be subjected to displacement or fall during conveying, after the prior art can be fixed component using briquetting 102, reuses Bolt 103 prevents briquetting 102 from falling off in 101 moving process of saddle by the fixed briquetting 102 of spring 104.

The shortcomings that aforesaid way, is: on the one hand, placing briquetting 102 and tightens bolt 103 and be required to complete multiple machinery Or the operation of manual action, it is very high to mechanical precision requirement especially when executing in batches the operation, it can also give manual operation band Come difficult；On the other hand, such mode needs to reuse the fixed briquetting 102 of bolt 103, be easy to cause mechanical wear.

Existing another common component conveying utensil can be shown referring to figs. 2 and 3, wherein the transmission of rubber system Fluted 3 on band 1, component includes encapsulation part 5 and lead 6.Lead 6 is embedded in groove 3, and first device is transported when conveyer belt 1 is mobile Part displacement.It nearby is provided with permanent magnet 41 in component, permanent magnet 41 can be collectively formed one with yoke 39, yoke 40, lead 6 Closed magnetic circuit.Therefore component can be attracted in groove 3, so that component is more difficult to be detached from transmit process.

Although such design can reduce operation complexity to a certain extent, there are still many problems.One side Face, in order to form closed magnetic circuit, must be requested that the lead 6 of component is magnetized by permanent magnet 41 during conveying, this requires Lead 6 must be made of the metal that can be magnetized；On the other hand, due to groove 3 be it is open, cause once transport element When excessive velocities, component still has the risk to fall off.

In conclusion in most cases, a kind of suitable component conveying jig can not be provided at this stage, it can It effectively prevent component surprisingly to fall off in handling process, while easy to operate, it is easy to use.

Utility model content

The technical issues of the utility model solves is how to design a kind of more suitable component conveying jig, to carry It effectively prevent component surprisingly to fall off in the process, while easy to operate, it is easy to use.

In order to solve the above technical problems, the utility model embodiment provides a kind of component conveying jig, comprising: saddle, At least one groove is offered on the saddle, the groove is suitable for accommodating a part of component；Block, the block are removable It is arranged in the groove with unloading, and is fixed by way of magnetic or vacuum suction with the saddle, to be accommodated to groove Component be fixed.

Optionally, the channel being connected with the groove is also provided on the saddle, the channel is along the saddle Width direction extends and runs through the saddle in the width direction, and the channel is suitable for accommodating another portion of the component Point.

Optionally, the extending direction of the channel passes through or deviates the central point of the groove.

Optionally, the depth of the channel is not less than the depth of the groove, and the leg diameter of the component is greater than institute State the difference of the depth of channel and the depth of the groove.

Optionally, when the block is arranged in the groove, the lower surface of the block and the component are placed It is in contact in the part in the groove, one end of the lower surface of the block and the bottom surface of the groove offset.

Optionally, the cross-sectional shape of the groove is selected from: round；Rectangle.

Optionally, the bottom surface of the groove is curved surface, or has the inclination angle of on-right angle relative to the side wall of the groove.

Optionally, the material of the block is permanent magnet.

Optionally, the bottom surface of the block has the inclination angle of on-right angle relative to the side wall of the block.

Optionally, the component transports jig further include: tractive unit, suitable for attracting the block to disengage it from the support Platform, or the push block fix it mutually with the saddle.

Optionally, the end of the tractive unit has inclination angle relative to the saddle surface.

Optionally, the tractive unit attracts the block by way of vacuum suction.

Optionally, telescopic rod is provided in the tractive unit, the telescopic rod can be moved along the axial direction of the tractive unit It is dynamic, to stretch out or be collapsed into inside the tractive unit from the lower end of the tractive unit.

Optionally, the material of the tractive unit is magnetizable metal object, and the telescopic rod is made of non-magnetic material, When the telescopic rod collapses into inside the tractive unit, the magnetic-type combination in lower end of the block and the tractive unit, with The telescopic rod stretched out from the lower end of the tractive unit, the block is mutually separated with the lower end of the tractive unit.

Optionally, the upper surface of the block offers shrinkage pool, the end of the size of the shrinkage pool and the telescopic rod It is adapted.

Optionally, the bottom surface of the groove and/or side wall have at least one recessed portion.

Compared with prior art, the technical solution of the utility model embodiment has the advantages that

The utility model embodiment provides a kind of component conveying jig, comprising: saddle offers at least on the saddle One groove, the groove are suitable for accommodating a part of component；Block, the block are removable installed in the groove It is interior, and fixed by way of magnetic or vacuum suction with the saddle, the component that groove accommodates to be fixed.Compared with Existing component transport utensil, the utility model embodiment design component conveying jig by being opened on saddle The fixed component being contained in groove is cooperated between groove and block.Further, due to being contained in groove Component be pushed down by block, and block be fixed on by way of magnetic or vacuum suction with the saddle, can It effectively prevent the component in groove surprisingly to fall off in the handling process, it is ensured that component will not be subjected to displacement.Further, with gear The fixed form that block pushes down the component in groove is easy to operate, easy to use, can effectively improve working efficiency.

Further, the component transports jig further include: tractive unit, suitable for attracting the block to disengage it from the support Platform, or the push block fix it mutually with the saddle.It will be appreciated by those skilled in the art that the utility model embodiment Scheme is controlled the block using the tractive unit and is separated with the saddle or mutually fixes, easy to operate, easy to implement.

Detailed description of the invention

Fig. 1 is a kind of schematic diagram of existing component conveying utensil；

Fig. 2 and Fig. 3 is the schematic diagram of existing another component conveying utensil；

Fig. 4 is a kind of schematic perspective view of component conveying jig of the utility model embodiment；

Fig. 5 is the partial enlarged view of Fig. 4；

Fig. 6 is the schematic diagram using the conveying jig conveying component of component shown in Fig. 5；

Fig. 7 is the partial structural diagram of saddle shown in Fig. 4；

Fig. 8 is the schematic diagram of block shown in Fig. 4；

Fig. 9 is the operation principle schematic diagram of the conveying jig of component shown in Fig. 4.

Specific embodiment

It will be appreciated by those skilled in the art that as described in the background art, existing component conveying jig can not be in handling process In effectively prevent component surprisingly to fall off, and it is cumbersome, seriously affect working efficiency.

In order to solve the above-mentioned technical problem, the utility model embodiment provides a kind of component conveying jig, comprising: support Platform, at least one groove is offered on the saddle, and the groove is suitable for accommodating a part of component；Block, the block It is removable installed in the groove, and is fixed by way of magnetic or vacuum suction with the saddle, to groove The component of receiving is fixed.

It will be appreciated by those skilled in the art that the component conveying jig of the utility model embodiment design is by being opened in saddle On groove and block between cooperate to the fixed component being contained in groove.

Further, since the component being contained in groove is to be pushed down by block, and block is by magnetic or vacuum The mode of suction be fixed on the saddle, the component in groove can be effectively prevent surprisingly to fall off in the handling process, Ensure that component will not be subjected to displacement.

Further, the fixed form that the component in groove is pushed down with block is easy to operate, easy to use, can effectively mention High working efficiency.

It is understandable to enable the above-mentioned purpose, feature and beneficial effect of the utility model to become apparent, with reference to the accompanying drawing Specific embodiment of the utility model is described in detail.

Fig. 4 is a kind of schematic perspective view of component conveying jig of the utility model embodiment.Fig. 5 is then Fig. 4 The partial enlarged view of shown component conveying jig 200.Wherein, in conjunction with Fig. 5 and Fig. 6, the component conveying jig 200 is used for Conveying accommodates component 300 thereon.

To put it more simply, Fig. 5 only shows the conveying jig 200 of component described in Fig. 4 at one of length direction (i.e. the direction x) Point, in practical applications, those skilled in the art can according to need the adjustment component conveying jig 200 in length direction On length, correspondingly, also being adapted to property increases the quantity of component 300 that can accommodate of component conveying jig 200 It adds deduct few.

For the ease of statement, the length direction of component conveying jig 200 is defined as the direction x by the present embodiment, will The width direction of the component conveying jig 200 is defined as the direction y, by the short transverse of component conveying jig 200 It is defined as the direction z.

Specifically, in conjunction with fig. 4 to fig. 6, the conveying jig 200 of component described in the present embodiment may include: saddle 210, institute It states and offers at least one groove 211 on saddle 210, the groove 211 is suitable for accommodating a part of component 300；Block 220, the block 220 is removable installed in the groove 211, and by way of magnetic or vacuum suction with it is described Saddle 210 is fixed, is fixed with the component 300 accommodated to groove 211.

As a non-limiting embodiment, at least one described groove 211 can be with array distribution in the saddle 210 On.

For example, at least one described groove 211 can be opened in the x-direction on the saddle 210 with reference to Fig. 4 single-rowly.

In another example at least one described groove 211 can with multiple lines and multiple rows be opened on the saddle 210, wherein row Direction is the direction x, and column direction is the direction y, can be removed simultaneously on the basis of not extending the length of saddle 210, increasing saddle 210 The quantity of the component 300 sent.

As a non-limiting embodiment, with reference to Fig. 6, the groove 211 is suitable for accommodating the center of gravity of the component 300 The part (middle section of component 300 as shown in Figure 6) at place, so as not to component 300 occur in groove 211 it is unexpected The displacement event such as tilting.Further, the component 300 can not stretched out in by the part that the groove 211 accommodates described Except groove 211 or even the saddle 210.

In a preferred embodiment, with reference to Fig. 6 and Fig. 7, the cross-sectional shape of the groove 211 can be circle, advantage It is accurately handled without the insertion angle to block 220, improves efficiency of movement when placing block.Correspondingly, with reference to The cross-sectional shape of Fig. 8, the block 220 can be round or arbitrary shape.Preferably, it is ensured that the block 220 with it is described The cross-sectional area for the part that groove 211 is in contact is less than the cross-sectional area of the groove 211.

As a change case, the cross-sectional shape of the groove 211 can also be rectangle, triangle, polygon etc., with Adapt to the shape of the component 300 accommodated in the groove 211.Correspondingly, the cross-sectional shape of the block 220 can basis The cross-sectional shape of the groove 211 is adaptively adjusted.

Further, with continued reference to Fig. 7, the ditch being connected with the groove 211 can also be offered on the saddle 210 Road 212, the channel 212 extend along the width direction (i.e. the direction y) of the saddle 210 and run through institute in the width direction Saddle 210 is stated, the channel 212 is suitable for accommodating another part of the component.

As a non-limiting embodiment, the channel can be opened in the unilateral side of the groove 211 in the y-direction, or Person is opened in the two sides of the groove 211 in the y-direction as shown in Figure 6.

For example, the component 300 can not be completely accommodated in the channel 212 by the part that the groove 211 accommodates It is interior.

Alternatively, as shown in fig. 7, the component 300 can also be partially accommodated in by the part that the groove 211 accommodates In the channel 212, remaining part is then stretched out from the two sides of the saddle 210 in the y-direction.

As a non-limiting embodiment, the groove 211 may be adapted to the main part for accommodating the component 300 (encapsulation part for being such as packaged with chip), the channel 212 may be adapted to the pin for accommodating the component 300.Further, institute The shape for stating channel 212 can be adjusted according to the pin shapes for the component 300 for needing to accommodate in groove 211.

Alternatively, as shown in fig. 6, the groove 211 and channel 212 may be adapted to the pin for accommodating the component 300 Different piece.

In a typical application scenarios, the block 220 can be solid with the saddle 210 by way of magnetic It is fixed.

In this scene, the material of the block 220 can be permanent magnet or electromagnet, the material of the saddle 210 (or The material of saddle 210 where at least described groove 211 of person) it can be permanent magnet, electromagnet or magnetizable metal object, to ensure The block 220 can be close attracting with the groove 211.

In another typical application scenarios, the block 220 be also possible to by way of vacuum suction with it is described What saddle 210 was fixed.In this scene, the block 220 can be nonmagnetic body, such as lead has the object of constant weight.

For example, through-hole 213, one end of the through-hole 213 and institute can be offered in the saddle 210 with continued reference to Fig. 7 The connection of groove 211 is stated, the other end of the through-hole 213 is connected to the bottom of the saddle 213 or side wall.Correspondingly, when needing When the component 300 being fixedly placed in the groove 211, it can vacuumize, pass through from the bottom of the saddle 210 or side wall The block 220 being placed in the groove 211 is sucked in pull of vacuum.

As a change case, for the multiple grooves 211 being opened on same saddle 210, the multiple groove 211 can The fixed block 220 in a manner of being all made of magnetic can also be all made of the fixed block 220 of mode of vacuum suction, It can also be partially using magnetic, partially using the block 220 fixed by the way of vacuum suction.

In a preferred embodiment, with continued reference to Fig. 7, the extending direction of the channel 212 can be by the groove 211 Central point.

As a change case, the extending direction of the channel 212 can also deviate the central point of the groove 211.By This, is when the block 220 is set in the groove 211, the lower surface 220a of the block 220 and the component 300 The center of gravity of the block 220 is deviateed in the contact point for the part being placed in the groove 211, under gravity, the block 220 One end 220b of lower surface 220a can offset naturally with the bottom surface 211a of the groove 211.

Further, with reference to Fig. 9, the depth h1 of the channel 212 in a z-direction can be not less than the groove 211 in z Depth h2 on direction, in case the component 300 is contained in the part in the groove 211 by 220 compressive strain of block. Wherein, the depth h1 of the channel 212 in a z-direction refers to from the surface 210a of the saddle 210 to the bottom of the channel 212 The distance between face；The depth h2 of the groove 211 in a z-direction refers to from the surface 210a of the saddle 210 to described recessed The distance between bottom surface 211a of slot 211.

Further, when the block 220 is set in the groove 211, the lower surface 220a of the block 220 with The part that the component 300 is placed in the groove 211 is in contact, one end of the lower surface 220a of the block 220 The bottom surface 211a of 220b and the groove 211 offset, to form the gap b shown in Fig. 9 similar to triangle, so that it is guaranteed that support There is enough chucking powers, so that more secured to the fixed effect of component 300, solid between platform 210, block 220.

Further, with continued reference to Fig. 9, the leg diameter h3 of the component 300 can be greater than the channel 212 in z The difference of the depth h2 of depth h1 and the groove 211 in a z-direction on direction, that is, can have inequality h3 > (h1- H2), so that when the component 300 is contained in the channel 212 and groove 211, the pin surface of the component 300 It is higher by the channel 212, it is ensured that when the block 220 is placed in the groove 211, the lower surface 220a of the block 220 Can offset with the pin of the component 300, and under the suction of the groove 211, under the block 220 One end 220b of surface 220a can offset with the bottom surface 211a of the groove 211.

It will be appreciated by those skilled in the art that the formation of above-mentioned firm clamp position can be and open up position based on channel 212 Set, the design physically such as the shape of groove 211, the shape of lower surface 220a of block 220 is realized, be also possible to When placing the block 220 by force in the block 220 side so that the lower surface 220a of the block 220 one end The bottom surface 211a of 220b and the groove 211 offsets realization.

As a non-limiting embodiment, the bottom surface 211a of the groove 211 can be curved surface.For example, can be Fig. 6 With the semicircle curved surface shown in Fig. 7.

Alternatively, the bottom surface 211a of the groove 211 can also have on-right angle relative to the side wall 211b of the groove 211 Inclination angle.For example, the shape of the bottom surface 211a of the groove 211 in the y-direction can be inclined-plane or infundibulate, so as to be placed in it On the effect that the bottom surface 211a of self-assembling formation one end 220b and the groove 211 offsets under the action of inclination angle of block 220.

As another non-limiting embodiment, side wall of the bottom surface 220a of the block 220 relative to the block 220 220c can have the inclination alpha of on-right angle, this equally can form it when placing in the block 220 to the groove 211 The effect that the bottom surface 211a of one end 220b and the groove 211 offsets.Preferably, the inclination alpha can be derived from 15 degree to 30 degree Between.

Further, with continued reference to Fig. 9, the conveying jig 200 of component described in the present embodiment can also include: tractive unit 230, the saddle 210 is disengaged it from suitable for the attraction block 220, or the push block 220 makes itself and the saddle 210 phases are fixed.

As a non-limiting embodiment, the end 230a of the tractive unit 230 can be flush to the saddle 210 Surface 210a, as shown in figure 9, firmly to attract, transport the block 220.

As a change case, the end 230a of the tractive unit 230 can also relative to the surface 210a of the saddle 210 With the angle of inclination beta with on-right angle.Under the action of the angle of inclination beta, attract in the block of the end 230a of the tractive unit 230 220 also form the angle of inclination beta relative to the surface 210a of the saddle 210, thus described recessed the block 220 to be placed into One end 220b of the lower surface 220a of the block 220 and the bottom surface of the groove 211 are capable of forming during in slot 211 The effect that 211a offsets.

Preferably, the angle of inclination beta can be derived between 15 degree to 30 degree.

It should be pointed out that the citing of the above-mentioned value range to inclination alpha or angle of inclination beta is only to provide more intuitive angle effect Fruit, should not to the inclination alpha or angle of inclination beta can value cause to limit to.It in practical applications, can be according to the component 300 Part in the groove 211 and the difference in height of bottom surface 211a of the groove 211 etc. are contained in because described in usually structure adjusting The actual value of inclination alpha or angle of inclination beta.

In a typical application scenarios, the tractive unit 230 can attract the gear by way of vacuum suction Block 220.

For example, through-hole (not shown) can be offered (such as along the axial direction a1) in the tractive unit 230, the through-hole Extending direction is parallel to the axial a1 of the tractive unit 230.

In practical applications, when vacuumizing to the through-hole in the tractive unit 230, the block 220 can be attracted, with It is attracted to and is detached from the groove 211 or attracts the block 220 to be moved to the groove 211.

Further, when the attraction block 220 is moved to suitable position (such as described in 211 top of groove or disengaging The position of groove 211) when, stopping vacuumizes the through-hole in the tractive unit 230, at this time the block 220 and the traction The separation of 230 phase of portion, so that the block 220 is pushed to the predeterminated position, (in the i.e. described groove 211 or other are far from described The position of groove 211).

In another typical application scenarios, can be set telescopic rod 231 in the tractive unit 230, it is described can Telescopic rod 231 can be mobile along the axial direction (i.e. the direction a1) of the tractive unit 230, with (i.e. described from the lower end of the tractive unit 230 End) 230a stretch out or collapse into inside the tractive unit 230.

As a non-limiting embodiment, when table of the end 230a relative to the saddle 210 of the tractive unit 230 When face 210a has the angle of inclination beta of on-right angle, surface of the end 231a of the telescopic rod 231 relative to the saddle 210 210a also can have the angle of inclination beta of the on-right angle.

Further, the material of the tractive unit 230 can be magnetizable metal object, and the telescopic rod 231 can be adopted Be made of non-magnetic material, when the telescopic rod 231 collapses into 230 inside of tractive unit, the block 220 with it is described The magnetic-type combination of lower end 230a of tractive unit 230, the block 220 can be moved with the movement of the tractive unit 230；With institute It states telescopic rod 231 to stretch out from the lower end 230a of the tractive unit 230, the lower end of the block 220 and the tractive unit 230 230a phase separates, and the block 220 is transported to the predeterminated position.

Preferably, the magnetizable metal object can be electromagnet, and the tractive unit is made in a manner of through power on/off 230 have or lose magnetism.Alternatively, the material of the tractive unit 230 can also be ferromagnetic material, characteristic is itself not have It is standby magnetic, but can be attracting with the permanent magnet of the block 220 etc.

As a non-limiting embodiment, the bottom surface 211a and/or side wall 211b of the groove 211 be can have at least One recessed portion 214, so that the magnetic attraction of the saddle 210 is less than the magnetic attraction of the tractive unit 230.

Specifically, the design of the recessed portion 214 is so that the groove 211 and the contact area of the block 220 are small In the contact area of the block 220 and the tractive unit 230, so that when the block 220 is attracted by the tractive unit 230 Afterwards, the mutual attractive force between the block 220 and the groove 211 is less than between the block 220 and the tractive unit 230 Mutual attractive force, it is ensured that the block 220 can be attracted to by the tractive unit 230 is detached from the groove 211.

Preferably, with reference to Fig. 6, the recessed portion 214 can be the through-hole 213.Alternatively, the recessed portion 214 can also To be not through the saddle 210.

Mutual attractive force and the block 220 and institute in this scene, between the block 220 and the groove 211 Stating the mutual attractive force between tractive unit 230 is magnetic attraction.

As another non-limiting embodiment, for the through-hole 213 by being connected to the groove 211 come with vacuum Block 220 in the fixed groove 211 of the mode of suction, and the tractive unit 230 passes through block described in magnetic gravitational attraction 220 scene, the through-hole 213 are equally applicable for ensuring mutual attractive force (this between the block 220 and the groove 211 It is suction in scene) it is less than magnetic attraction between the block 220 and the tractive unit 230, it is ensured that and the block 220 can be by The tractive unit 230, which is attracted to, is detached from the groove 211.

As another non-limiting embodiment, for having the recessed portion 214, and the traction in groove 211 Portion 230 attracts the scene of the block 220 by way of vacuum suction, and the recessed portion 214 is equally applicable for ensuring the gear Magnetic attraction between block 220 and the groove 211 is less than the mutual attractive force between the block 220 and the tractive unit 230 (being suction in this scene), it is ensured that the block 220 can be attracted to by the tractive unit 230 is detached from the groove 211.

As another non-limiting embodiment, for the through-hole 213 by being connected to the through-hole 213 come with vacuum Block 220 in the fixed groove 211 of the mode of suction, and the tractive unit 230 attracts institute in a manner of vacuum suction The scene of block 220 is stated, the through-hole 213 is equally applicable for ensuring that the suction between the block 220 and the groove 211 is less than Suction between the block 220 and the tractive unit 230, it is ensured that the block 220 can be attracted to by the tractive unit 230 It is detached from the groove 211.

Preferably, it is poor to can according to need the mutual attractive force to be formed for the cross-sectional area of the through-hole 213 or recessed portion 214 It determines, mutual attractive force (suction or magnetic attraction) and block of the mutual attractive force difference between block 220 and groove 211 The difference of mutual attractive force (suction or magnetic attraction) between 220 and tractive unit 230.

Further, the telescopic rod 231 can be plastic part.

Further, in conjunction with Fig. 8 and Fig. 9, the upper surface 220d of the block 220 can offer shrinkage pool 221, described recessed The size in hole 221 can be adapted with the end 231a of the telescopic rod 231, with place the telescopic rod 231 with it is described Skidding when the upper surface 220d of block 220 is in contact improves pushing efficiency and accuracy.

By upper, using the scheme of the present embodiment, pass through the phase between the groove 211 and block 220 that are opened on saddle 210 Mutually cooperation is to fix the component 300 being contained in groove 211.

Further, since the component 300 being contained in groove 211 is to be pushed down by block 220, and block 220 is logical Cross magnetic or vacuum suction mode be fixed on the saddle 210, the component conveying jig 200 can carried The component 300 being effectively prevent in groove 211 in the process is unexpected to fall off, it is ensured that component 300 will not be subjected to displacement.

Further, the fixed form that the component 300 in groove 211 is pushed down with block 220 is easy to operate, easy to use, Working efficiency can be effectively improved.

Further, handle portion 215 has can be set in the both ends of the saddle 210 (i.e. the direction x) along its length, so as to Jig 200 is transported in taking, moving the component.

Although the utility model discloses as above, the utility model is not limited to this.Anyone skilled in the art, It does not depart from the spirit and scope of the utility model, can make various changes or modifications, therefore the protection scope of the utility model It should be defined by the scope defined by the claims..

Claims (16)

1. a kind of component transports jig characterized by comprising

Saddle, at least one groove is offered on the saddle, and the groove is suitable for accommodating a part of component；

Block, the block are removable installed in the groove, and by way of magnetic or vacuum suction with it is described Saddle is fixed, the component that groove accommodates to be fixed.

2. component according to claim 1 transports jig, which is characterized in that be also provided on the saddle with it is described recessed The channel that slot is connected, the channel extend along the width direction of the saddle and run through the support in the width direction Platform, the channel are suitable for accommodating another part of the component.

3. component according to claim 2 transports jig, which is characterized in that the extending direction process or inclined of the channel Central point from the groove.

4. component according to claim 2 transports jig, which is characterized in that the depth of the channel is not less than described recessed The depth of slot, the leg diameter of the component are greater than the difference of the depth of the channel and the depth of the groove.

5. component according to claim 1 transports jig, which is characterized in that when the block is arranged in the groove When, the lower surface of the block is in contact with the part that the component is placed in the groove, the lower surface of the block One end and the bottom surface of the groove offset.

6. component according to claim 1 transports jig, which is characterized in that the cross-sectional shape of the groove is selected from: It is round；Rectangle.

7. component according to claim 1 transports jig, which is characterized in that the bottom surface of the groove is curved surface, or There is the inclination angle of on-right angle relative to the side wall of the groove.

8. component according to claim 1 transports jig, which is characterized in that the material of the block is permanent magnet.

9. component according to claim 1 transports jig, which is characterized in that the bottom surface of the block is relative to the gear The side wall of block has the inclination angle of on-right angle.

10. component according to claim 1 transports jig, which is characterized in that further include:

Tractive unit disengages it from the saddle suitable for the attraction block, or the push block makes itself and the saddle phase It is fixed.

11. component according to claim 10 transports jig, which is characterized in that the end of the tractive unit is relative to institute Saddle surface is stated with inclination angle.

12. component according to claim 10 transports jig, which is characterized in that the tractive unit passes through vacuum suction Mode attracts the block.

13. component according to claim 10 transports jig, which is characterized in that be provided in the tractive unit scalable Bar, the telescopic rod can be described to stretch out or collapse into from the lower end of the tractive unit along the axial movement of the tractive unit Inside tractive unit.

14. component according to claim 13 transports jig, which is characterized in that the material of the tractive unit is magnetisable Metal object, the telescopic rod are made of non-magnetic material, when the telescopic rod collapses into inside the tractive unit, institute The magnetic-type combination in lower end for stating block Yu the tractive unit, as the telescopic rod is stretched out from the lower end of the tractive unit, institute Block is stated mutually to separate with the lower end of the tractive unit.

15. component according to claim 13 transports jig, which is characterized in that the upper surface of the block offers recessed Hole, the size of the shrinkage pool are adapted with the end of the telescopic rod.

16. component according to claim 10 transports jig, which is characterized in that the bottom surface of the groove and/or side wall With at least one recessed portion.