CN101200027A - Bolt supplying jig - Google Patents
Bolt supplying jig Download PDFInfo
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- CN101200027A CN101200027A CNA2007101988333A CN200710198833A CN101200027A CN 101200027 A CN101200027 A CN 101200027A CN A2007101988333 A CNA2007101988333 A CN A2007101988333A CN 200710198833 A CN200710198833 A CN 200710198833A CN 101200027 A CN101200027 A CN 101200027A
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- 239000011148 porous material Substances 0.000 claims description 40
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- 238000012423 maintenance Methods 0.000 claims description 8
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- 230000004323 axial length Effects 0.000 abstract 1
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- 238000003199 nucleic acid amplification method Methods 0.000 description 8
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Abstract
The invention provided with a bolt feeding clamp which can feed a plurality of bolts synchronously at the same time of positioning the bolts at a plurality of bolt holes in a fastening component after confirming the axial length of the bolts is the very correct length of the standard bolts preset in the design. The bolt feeding clamp is provide with a soleplate which is provided with a plurality of holding holes for holding the axles of the plurality of bolts; a reference table resisted and maintained at the front end of the axle of plurality of bolts; a lower clamp board arranged on the soleplate; and an upper clamp board slide-arranged at the upper side of the lower clamp board opposite to the lower clamp. The bolt feeding clamp can judge whether the length of the axle of plurality of bolts right or not, position the plurality of bolts which are judged and then feed the plurality of bolts into a plurality of bolt holes in the fastening component.
Description
Technical field
The present invention relates to that a kind of location that can carry out a plurality of bolts and length are judged and simultaneously with the bolt supplying jig of each bolt hole of these bolt supplyings to the parts to be tightened.
Background technology
Utilizing a plurality of bolts to carry out in the fastening parts various to be tightened, use the different multiple bolt of axial region length mostly.Therefore, the operator who carries out bolted will select and take out the bolt of Len req seriatim from a plurality of containers of preserving multiple bolt respectively.
On the other hand, in bolt supplying device that patent documentation 1 discloses etc., manage a plurality of bolts to be handed over to treating supply unit with good efficiency.This bolt supplying device has: the bolt retainer (bolt holder) that can move by manipulator; Be provided with the bolt filling mechanism of the spacing infeed mean that intermittently rotates at a certain angle.The bolt retainer is provided with to be a plurality of bolt acceptance divisions of 1 row to determining deviation row, and the spacing infeed mean in the bolt filling mechanism all advances the bolt retainer with 1 spacing at every turn, so that bolt is entered in a plurality of bolt acceptance divisions.In this way, in that the bolt retainer is moved to is given when treating supply unit, can be simultaneously to treating that supply unit supplies with a plurality of bolts.
But, in the prior art of above-mentioned patent documentation 1 grade, when the xenogenesis bolt different with the standard bolt of the correct length set in the design is blended into bolt acceptance division in the bolt retainer on length, can not from standard bolt, distinguish this xenogenesis bolt.
Therefore,, have the standard bolt that the correct length of setting is gone up in design, must spend extra work to parts supply to be tightened for when positioning.
[patent documentation 1] TOHKEMY 2000-254823 communique.
Summary of the invention
The present invention proposes for addressing the above problem, it provides a kind of bolt supplying jig, after the standard bolt of this bolt supplying jig but correct length that set in the design neither long nor short at the axial region of confirming a plurality of bolts, can under the state that described a plurality of bolt is located towards a plurality of bolts hole in the parts to be tightened, supply with these bolts simultaneously.
The invention provides a kind of bolt supplying jig, its a plurality of bolts that are used for including head and axial region position under upright state up with above-mentioned head, and judge the length of above-mentioned axial region, in a plurality of bolts hole of the bolt supplying that will have given length then simultaneously to the parts to be tightened, it is characterized in that, this bolt supplying jig has: base plate, and it is formed with the retaining hole of the above-mentioned axial region of the above-mentioned a plurality of bolts of a plurality of maintenances; Standard station, it is connected to the front end of the above-mentioned axial region of the above-mentioned a plurality of bolts in the above-mentioned retaining hole that remains on this base plate; Lower press plate, it is arranged on the above-mentioned base plate; Last jig plate, it is installed in the upside of this lower press plate in mode that can relative slip with this lower press plate, above-mentioned lower press plate has a plurality of downside intercommunicating pores, this downside intercommunicating pore is with up/down perforation so that the downside through port that the above-mentioned head of above-mentioned bolt passes through is connected to form with the above-mentioned axial region and the width downside insertion groove littler than the above-mentioned head outer diameter of above-mentioned bolt that can insert above-mentioned bolt, the above-mentioned jig plate of going up has a plurality of upper communication hole, this upper communication hole be up/down perforation is inserted mouthful with the upside of the above-mentioned head that inserts above-mentioned bolt and top form on the downside of the side roof part upside spatial accommodation that can hold the above-mentioned head of above-mentioned bolt be connected to form, above-mentioned upward jig plate and above-mentioned lower press plate can relatively slide into the home position, first sliding position, second sliding position, supply with the position, wherein, above-mentioned home position be above-mentioned upside in above-mentioned a plurality of upper communication hole insert mouthful with above-mentioned a plurality of downside intercommunicating pores in above-mentioned downside through port relative up and down to the position; Above-mentioned first sliding position be the above-mentioned upside in above-mentioned a plurality of upper communication hole insert mouthful with above-mentioned a plurality of downside intercommunicating pores in above-mentioned downside insertion groove relative up and down to the position; Above-mentioned second sliding position be the above-mentioned upside spatial accommodation in above-mentioned a plurality of upper communication hole relative up and down with above-mentioned downside insertion groove in above-mentioned a plurality of downside intercommunicating pores to the position; Above-mentioned supply position be the above-mentioned upside spatial accommodation in above-mentioned a plurality of upper communication hole relative up and down with above-mentioned downside through port in above-mentioned a plurality of downside intercommunicating pores to the position, make above-mentioned upward jig plate and above-mentioned lower press plate are in above-mentioned original position, and should go up jig plate and lower press plate is arranged on the above-mentioned base plate, by up and down relatively to above-mentioned upside insert mouthful, above-mentioned downside through port and above-mentioned retaining hole, the above-mentioned axial region of above-mentioned a plurality of bolts is bearing on the said reference platform, under this state, can carry out first judgment task and second judgment task, wherein, this first judgment task, be make above-mentioned on jig plate and above-mentioned lower press plate relatively slide under the situation at the above-mentioned first sliding position place, in the time of in the above-mentioned axial region with above-mentioned a plurality of bolts is inserted into above-mentioned downside insertion groove, judge the not short situation of above-mentioned axial region of above-mentioned a plurality of bolts; This second judgment task, be make above-mentioned on jig plate and above-mentioned lower press plate relatively slide under the situation at the above-mentioned second sliding position place, the above-mentioned head of above-mentioned a plurality of bolts with not with above-mentioned on the mode that interferes of side roof part when inserting in the above-mentioned upside spatial accommodation, judge the not long situation of above-mentioned axial region of above-mentioned a plurality of bolts, and, make above-mentioned on jig plate and above-mentioned lower press plate move under the state of formation position of a plurality of bolts hole in the above-mentioned parts to be tightened, can carry out supply work, promptly, make above-mentioned upward jig plate and above-mentioned lower press plate relatively slide into above-mentioned supply position, and extract the above-mentioned head of above-mentioned a plurality of bolts towards the below by the downside through port, above-mentioned a plurality of bolts are supplied in these a plurality of bolts hole simultaneously.
Bolt supplying jig of the present invention has above-mentioned base plate, standard station, lower press plate and last jig plate.In addition, under the state that makes the engaging of relative base plate of lower press plate and standard station, can judge whether the axial region length of a plurality of bolts that are arranged on this bolt supplying jig is wrong with last jig plate.When carrying out this judgement, the state that is provided with of a plurality of bolts and the formation state of a plurality of bolts hole in the parts to be tightened are matched.And, after carrying out above-mentioned judgement, make the lower press plate that maintains a plurality of bolts and go up jig plate to move to the formation position of a plurality of bolts hole in the parts to be tightened, and a plurality of bolts can be supplied in these a plurality of bolts hole simultaneously.
Specifically, lower press plate is formed with the downside intercommunicating pore that the above-mentioned downside through port of a plurality of connections and above-mentioned downside insertion groove form, and last jig plate is formed with the above-mentioned upside of a plurality of connections and inserts mouthful and have an above-mentioned upper communication hole that goes up the upside spatial accommodation of side roof part and form.In addition, last jig plate and lower press plate can relatively move to above-mentioned home position, first sliding position, second sliding position and supply with these 4 positions, position.
In addition, when the axial region length of judging a plurality of bolts is whether wrong, last jig plate and lower press plate are placed in given position with respect to base plate and standard station.At this moment, by the upside that makes jig plate and lower press plate be arranged in a plurality of upper communication hole insert mouthful downside through port with a plurality of downside intercommunicating pores relative up and down to original position, thereby upside insertion mouth relative up and down with the retaining hole on downside through port and the base plate to.Afterwards, via up and down relatively to upside insert mouthful, downside through port and retaining hole, and make a plurality of bolt mountings on standard station.
Then, as first judgment task, judge whether a plurality of bolts of mounting on standard station lack.Specifically, with above-mentioned a plurality of bolt mountings under the state on the standard station, make jig plate and lower press plate relatively slide into upside in a plurality of upper communication hole insert mouthful with a plurality of downside intercommunicating pores in the downside insertion groove relative up and down to the first sliding position place.
At this moment, under the not short situation of a plurality of bolts, these a plurality of bolts, its head is arranged on the upside of downside insertion groove, and its axial region is inserted in the downside insertion groove.Therefore, in this case, can make jig plate and lower press plate relatively slide to the first sliding position place, thereby can judge that a plurality of bolts are not short.
On the other hand, if under any one short situation, be somebody's turn to do than lag bolt in a plurality of bolts, the inlet portion of its head and downside insertion groove is interfered, and its axial region can not be inserted in the downside insertion groove.Therefore, in this case, can not make jig plate and lower press plate relatively slide to the first sliding position place, thereby can confirm in a plurality of bolts, sneak into the short different types of bolt of axial region.
In addition, when carrying out above-mentioned first judgment task,, judge whether a plurality of bolts of mounting on standard station are longer as second judgment task.Specifically, with above-mentioned a plurality of bolt mountings under the state on the standard station, make jig plate and lower press plate relatively slide to upside spatial accommodation in a plurality of upper communication hole relative up and down with downside insertion groove in a plurality of downside intercommunicating pores to the second sliding position place.
At this moment, under the long situation of a plurality of bolts, be accommodated in the upside spatial accommodation under the situation that these a plurality of bolts, its head can not interfered with last side roof part.Therefore, in this case, can make jig plate and lower press plate relatively slide into the second sliding position place, thereby can judge that a plurality of bolts are not long.
On the other hand, if any one in a plurality of bolts is somebody's turn to do than stay bolt than under the long situation, the inlet portion of its head and last side roof part interferes, thereby can not be accommodated in the upside spatial accommodation.Therefore, in this case, jig plate and lower press plate are relatively slid at the 2nd sliding position place, thereby confirm in a plurality of bolts, sneak into the long different types of bolt of length.
In addition, above-mentioned first judgment task and second judgment task can make any work wherein formerly and in order carry out, and in addition, above-mentioned first judgment task and second judgment task also can carry out simultaneously.
Subsequently, as supply work, and with a plurality of bolts hole of a plurality of bolt supplyings to the parts to be tightened.Specifically, jig plate is separated with lower press plate with base plate, and make jig plate and lower press plate move to the formation position of a plurality of bolts hole in the parts to be tightened.
Afterwards, the axial region that remains on each bolt in jig plate and the lower press plate is arranged on the top of each bolt hole or they is inserted in each bolt hole, make jig plate and lower press plate relatively slide to upside spatial accommodation in a plurality of upper communication hole relative with downside through port in a plurality of downside intercommunicating pores to the supply position.In this way, can pass through the downside through port, extract the head of a plurality of bolts towards the below, described a plurality of bolts are supplied in a plurality of bolts hole simultaneously.
As mentioned above, according to bolt supplying jig of the present invention, after the standard bolt of but correct length that set in the design neither long nor short at the axial region of confirming a plurality of bolts, can under the state of a plurality of bolts hole location that makes described a plurality of bolt in parts to be tightened, supply with these bolts simultaneously.
Below, the best form of implementation of the invention described above is described.
In the present invention, preferred above-mentioned upward jig plate and above-mentioned lower press plate can relatively be slided towards two vertical in-planes, in above-mentioned a plurality of downside intercommunicating pores of above-mentioned lower press plate, above-mentioned downside through port and above-mentioned downside insertion groove are connected and form along first glide direction in above-mentioned two in-planes, on above-mentioned in above-mentioned a plurality of upper communication hole of jig plate, above-mentioned upside inserts mouthful and above-mentioned upside spatial accommodation is connected and forms along second glide direction in above-mentioned two in-planes.
In this case, can stably carry out the above-mentioned relative slide of going up jig plate and above-mentioned lower press plate.
In addition, it is above-mentioned that upward jig plate can be towards 1 relative slip of glide direction with above-mentioned lower press plate, in above-mentioned a plurality of downside intercommunicating pores of above-mentioned lower press plate, above-mentioned downside through port and above-mentioned downside insertion groove are connected to form along above-mentioned 1 glide direction, in above-mentioned a plurality of upper communication hole of jig plate, above-mentioned upside inserts mouth and also is connected to form along above-mentioned 1 glide direction with above-mentioned upside spatial accommodation on above-mentioned.
In addition, preferred said reference platform has: datum plate, and it is fixed on the above-mentioned base plate from downside via attaching parts; A plurality of reference blocks, it is arranged on the said reference plate corresponding to the formation position of the above-mentioned a plurality of retaining holes on the above-mentioned base plate, when being arranged on jig plate on above-mentioned and above-mentioned lower press plate on the above-mentioned base plate, distance is the full-length of the above-mentioned axial region of the above-mentioned bolt of the judgement of carrying out above-mentioned length between the upper surface from the upper surface of said reference piece to above-mentioned lower press plate.
By using above-mentioned a plurality of reference block, can be to set the height of reference block according to each bolt.Therefore, under the different situation of the axial region design length to each other of a plurality of bolts of supplying with to above-mentioned parts to be tightened, can be corresponding to the length of the axial region of each bolt, and use highly different multiple reference blocks.In this way, even for the different a plurality of bolts of the length of axial region are gone up in design, also can easily tackle.
In addition, by making the full-length of carrying out the bolt axial region of length judgement from the upper surface of said reference piece to the distance of the upper surface of lower clamp for formation, therefore, particularly, can form the shape of the downside insertion groove in a plurality of downside intercommunicating pores of lower press plate simply.
In addition, the full-length of the axial region of above-mentioned bolt goes up the correct length of the axial region of setting with respect to given bolt hole for design.
In addition, preferably in above-mentioned a plurality of downside intercommunicating pores of above-mentioned lower press plate, above-mentioned downside insertion groove from the center of its front of the slot portion to the length at the center of above-mentioned downside through port be above-mentioned bolt above-mentioned head external diameter more than 0.5 times and the length below 1 times, on above-mentioned in above-mentioned a plurality of upper communication hole of jig plate, above-mentioned upside spatial accommodation forms and keeps the above-mentioned spot-facing shape that goes up side roof part, and from the length at the center that center to the above-mentioned upside of its space leading section inserts mouthful be above-mentioned bolt above-mentioned head external diameter more than 0.5 times and the length below 1 times.
In this case, with respect to the downside through port, can not make that to be communicated with the formation distance of the downside insertion groove that forms along the in-plane of lower press plate long, and can suitably form.In addition, insert mouthful, can not make that to be communicated with the formation distance of the upside spatial accommodation that forms along the in-plane of last jig plate long, and can suitably form with respect to upside.
The center of the bolt when in addition, the center of the front of the slot portion of downside insertion groove is arranged in this front of the slot portion for the axial region with bolt.The center of the bolt when in addition, the center of the space leading section of upside spatial accommodation is arranged in this space leading section for the head with bolt.
In addition, the above-mentioned side roof part of going up for example, also can form by with respect to the through hole along continuous straight runs gear stick being set except forming ream shape shape, in addition, also can attach baffle plate by the top from through hole and form.
In addition, the preferred above-mentioned jig plate of going up is connected by a plurality of connecting pins under the state that can slide mutually with above-mentioned lower press plate, on above-mentioned lower press plate, be formed with the downside sliding eye that above-mentioned connecting pin is slided along above-mentioned first glide direction, be formed with the upside sliding eye that above-mentioned connecting pin is slided along above-mentioned second glide direction on above-mentioned on the jig plate, above-mentioned upward jig plate and above-mentioned lower press plate are arranged in a plurality of location indentations that are formed on the above-mentioned base plate by the bottom with above-mentioned a plurality of connecting pins, thereby this base plate positions relatively.
In this case, by adopting a plurality of connecting pins, and can jig plate and lower press plate be slided mutually with simple structure.In addition, by utilizing the bottom of a plurality of connecting pins, last jig plate and lower press plate are distinguished the structure of sliding independently with respect to the location of base plate thereby can easily form the relative base plate with lower press plate of jig plate.
In the time of preferably in the bottom with above-mentioned a plurality of connecting pins is arranged on above-mentioned each location indentations, be formed with given gap between jig plate and the above-mentioned lower press plate on above-mentioned.
In this case, by suitably setting the length of a plurality of connecting pins, thereby can form the above-mentioned fixed gap of giving with suitable size.In addition, by forming the above-mentioned fixed gap of giving, for example, even, still can make jig plate and the stably relative slip on base plate of above-mentioned lower press plate piling up under the situation of foreign matters such as dust or dust on the base plate.
In addition, preferred above-mentioned jig plate and the above-mentioned lower press plate of going up, one is provided with the fixed-site insert therein, and, another is provided with along above-mentioned two in-plane guide positions are fixing and keeps recess with the guiding slot part of the ball that haunts in the insert and the ball of the above-mentioned ball that haunts of maintenance, above-mentioned upward jig plate and above-mentioned lower press plate relatively move along above-mentioned guiding slot part by making the above-mentioned ball that haunts, thereby may slide into above-mentioned home position, above-mentioned first sliding position, these 4 positions of above-mentioned second sliding position and above-mentioned supply position, and, keep in the recess by making the above-mentioned ball that haunts remain on above-mentioned ball, thereby can be fixed on above-mentioned 4 positions.
In this case, by adopting above-mentioned fixed-site insert, can stably remain on above-mentioned 4 positions with going up jig plate and lower press plate.
In addition, the valve body of above-mentioned parts to be tightened in automatic transimission, using.
In this case, can be simultaneously supply with a plurality of bolts of judging that above-mentioned length is whether wrong to being formed at a plurality of bolts hole on the above-mentioned valve body.
Description of drawings
Fig. 1 is the key diagram of analysing and observe of the bolt supplying jig among the expression embodiment.
Fig. 2 for expression among the embodiment move under the state of parts to be tightened on jig plate and lower press plate analyse and observe key diagram.
Fig. 3 is the key diagram of overlooking of last jig plate among the expression embodiment and lower press plate.
Fig. 4 is the key diagram of analysing and observe of last jig plate among the expression embodiment and lower press plate.
Fig. 5 is the key diagram of analysing and observe of base plate among the expression embodiment and standard station.
Fig. 6 is the key diagram of overlooking of the base plate among the expression embodiment.
Fig. 7 is for overlooking key diagram, and it has represented the bolt supplying jig under the state that last jig plate among the embodiment and lower press plate be in the home position.
Fig. 8 is for overlooking key diagram, and it has represented to make the bolt supplying jig under the state that last jig plate among the embodiment and lower press plate relatively slide into first sliding position.
Fig. 9 is for overlooking key diagram, and it has represented to make the bolt supplying jig under the state that last jig plate among the embodiment and lower press plate relatively slide into second sliding position.
Figure 10 is for overlooking key diagram, and it has represented to make last jig plate and lower press plate among the embodiment relatively to slide into the state of supplying with the position above parts to be tightened.
Figure 11 is the key diagram of overlooking of the state that amplifies last jig plate among the expression embodiment and lower press plate and be in the home position.
Figure 12 is the figure of the state that amplifies last jig plate among the expression embodiment and lower press plate and be in the home position, and this figure is that A-A analyses and observe key diagram among Figure 11.
Figure 13 is the figure of the state that amplifies last jig plate among the expression embodiment and lower press plate and be in the home position, and this figure is that B-B analyses and observe key diagram among Figure 11.
Figure 14 is for overlooking key diagram, the state that its amplification has represented to make last jig plate among the embodiment and lower press plate relatively to slide into first sliding position.
Figure 15 is for amplifying the figure that the last jig plate represented to make among the embodiment and lower press plate relatively slide into the state of first sliding position, this figure be with Figure 11 in A-A analyse and observe the suitable key diagram of analysing and observe.
Figure 16 is for amplifying the figure that the last jig plate represented to make among the embodiment and lower press plate relatively slide to the state of first sliding position, this figure be with Figure 11 in A-A analyse and observe the suitable key diagram of analysing and observe.
Figure 17 is for overlooking key diagram, and its amplification has represented to make last jig plate among the embodiment and lower press plate towards the state that relatively slides into the 2nd sliding position.
Figure 18 is for amplifying the figure that the last jig plate represented to make among the embodiment and lower press plate relatively slide into the state of second sliding position, this figure be with Figure 11 in B-B analyse and observe the suitable key diagram of analysing and observe.
Figure 19 for amplify represented to make the last jig plate of embodiment and the figure that lower press plate relatively slides into the state of second sliding position, this figure be with Figure 11 in B-B analyse and observe the suitable key diagram of analysing and observe.
Figure 20 is for overlooking key diagram, and its amplification has represented to make last jig plate and the lower press plate among the embodiment to relatively slide to the state of supplying with the position above parts to be tightened.
Figure 21 is for amplifying the last jig plate represented to make among the embodiment and lower press plate relatively slide to the state of supply position above parts to be tightened figure, this figure be with Figure 11 in B-B analyse and observe the suitable key diagram of analysing and observe.
Figure 22 is for overlooking key diagram, and its amplification has represented to make jig plate and other lower press plate among the embodiment other to be in the state in home position.
Figure 23 is for overlooking key diagram, and its amplification has represented to make jig plate and other lower press plate among the embodiment other relatively to slide into the state of first sliding position.
Figure 24 is for overlooking key diagram, and its amplification has represented to make jig plate and other lower press plate among the embodiment other relatively to slide into the state of second sliding position.
Figure 25 is for overlooking key diagram, and its amplification has represented to make that jig plate and other lower press plate relatively slide to the state of supplying with the position among the embodiment other above parts to be tightened.
Figure 26 is for overlooking key diagram, the state that its amplification has represented to make last jig plate among the embodiment and other lower press plate to be in the home position.
Figure 27 has represented to make last jig plate among the embodiment and other lower press plate to relatively slide to the figure of the state of first sliding position, this figure be with Figure 11 in A-A analyse and observe the suitable key diagram of analysing and observe.
Figure 28 has represented to make last jig plate among the embodiment and other lower press plate to relatively slide to the figure of the state of first sliding position, this figure be with Figure 11 in B-B analyse and observe the suitable key diagram of analysing and observe.
The specific embodiment
Below, the embodiment to bolt supplying jig of the present invention describes in conjunction with the accompanying drawings.
As Fig. 1～shown in Figure 3, judge length when a plurality of bolts 8 that 1 pair of the bolt supplying jig in this example includes head 81 and axial region 82 upwards position its head 81 with upright state, thereby can supply with the bolt 8 of given length simultaneously towards a plurality of bolts hole 711 in the parts 7 to be tightened.
As Fig. 1, shown in Figure 3, bolt supplying jig 1 has: the base plate 2 of retaining hole 21 that forms the axial region 82 of a plurality of bolts 8 of a plurality of maintenances; Butt remains on the standard station 3 of front end of the axial region 82 of a plurality of bolts 8 in the retaining hole 21 of base plate 2; Be arranged on the lower press plate 4 on the base plate 2; Can be slidably mounted on the last jig plate 5 of lower press plate 4 upsides with respect to lower press plate 4.
As Fig. 3, Figure 11～shown in Figure 13, lower press plate 4 has a plurality of downside intercommunicating pores 41, and this downside intercommunicating pore 41 is with up/down perforation so that the downside insertion groove 412 of downside through port that the head 81 of bolt 8 passes through 411 and axial region 82 that can inserting bolt 8 is connected to form.Downside insertion groove 412 forms with the width littler than the external diameter of the head 81 of bolt 8.
As Fig. 7～shown in Figure 10, last jig plate 5 and lower press plate 4 can relatively slide into home position 401, first sliding position 402, second sliding position 403 and supply with 404 these four positions, position.As shown in Figure 7, home position 401 be set at upside in a plurality of upper communication hole 51 insert mouthfuls 511 with a plurality of downside intercommunicating pores 41 in relative up and down the position of downside through port 411 to (overlapping).As shown in Figure 8, first sliding position 402 be set at upside in a plurality of upper communication hole 51 insert mouthfuls 511 with a plurality of downside intercommunicating pores 41 in relative up and down the position of downside insertion groove 412 to (overlapping).
As shown in Figure 9, second sliding position 403 is set at the relative up and down position to (overlapping) of downside insertion groove 412 in upside spatial accommodation 512 and a plurality of downside intercommunicating pores 41 in a plurality of upper communication hole 51.As shown in figure 10, supply with the position that position 404 is set at the downside through port 411 relative up and down (overlapping) in upside spatial accommodation 512 and a plurality of downside intercommunicating pores 41 in a plurality of upper communication hole 51.
In addition, the bolt supplying jig 1 in this example can be as the length of the axial region 82 of a plurality of bolts 8 that judge, and according to this judged result, and a plurality of bolts 8 that will have full-length simultaneously are supplied to a plurality of bolts hole 711 in the parts 7 to be tightened.
Promptly, as Fig. 1, shown in Figure 7, bolt supplying jig 1 jig plate 5 and lower press plate 4 on making are in the home position 401, they are arranged on the base plate 2, and via relative up and down upside insert mouthfuls 511, downside through port 41 1 and retaining hole 21, the axial region 82 of a plurality of bolts 8 is bearing on the standard station 3, under this state, carry out the first following judgment task and judge whether a plurality of bolts 8 lack, carry out following second judgment task and judge whether a plurality of bolt 8 is long.
As Figure 14, shown in Figure 15, in first judgment task, when jig plate 5 and lower press plate 4 relatively slide into first sliding position 402 on making, when the axial region 82 with a plurality of bolts 8 inserts in the downside insertion groove 412, can judge that a plurality of bolts 8 are not short.Shown in Figure 17,18, in second judgment task, when jig plate 5 and lower press plate 4 relatively slide to second sliding position, 403 places on making, when inserting the head 81 of a plurality of bolts 8 in the upside spatial accommodations 512, can judge that a plurality of bolts 8 are not long in the mode of not interfering with last side roof part 513.
As Fig. 2, shown in Figure 10, bolt supplying jig 1 in this example jig plate 5 and lower press plate 4 on making move under the state of formation position of a plurality of bolts hole 711 in the parts 7 to be tightened, carry out following supply action, thereby a plurality of bolts 8 that carried out above-mentioned judgement can be supplied in a plurality of bolts hole 7 in the parts 7 to be tightened.
As Figure 20, shown in Figure 21, in supplying with action, jig plate 5 and lower press plate 4 are relatively slided into supply with 404 places, position, and by downside through port 411, extract the head 81 of a plurality of bolts 8 towards the below, so that can simultaneously these a plurality of bolts 8 be supplied to a plurality of bolts hole 711.
Below, in conjunction with Fig. 1～Figure 28 this routine bolt supplying jig 1 is described.
Bolt supplying jig 1 in this example is by operator's manual operation, and jig plate 5 and lower press plate 4 in the manipulation after the length of the axial region 82 of judging a plurality of bolts 8 is errorless, are supplied to parts 7 to be tightened with these a plurality of bolts 8.
The valve body 7 of parts to be tightened 7 in this example in automatic transimission, using.As Fig. 2, shown in Figure 10, this valve body 7 is provided with various valve hydraulic circuits etc. in inside, and makes two main body component parts 71,72 merge (overlapping), makes them connect (fastening) together by a plurality of bolts 8.
Each bolt 8 is formed with the threaded portion at its axial region 82.In addition, each bolt 8 hex bolts or head 81 that can adopt head 81 to have hexagonal configuration has round-shaped various bolts 8 such as bonnet bolt.Bolt 8 in this example is a hex bolts.
In addition, as shown in figure 21, in valve body 7, in the assembling procedure in factory, form bolt hole 711 (through hole) being arranged on the main body component parts 71 of upside, on being arranged at another main body component parts 72 of downside, form the screwed hole 721 that the threaded portion in the axial region 82 with bolt 8 is threaded.
Shown in Fig. 2,10, the last jig plate 5 and the lower press plate 4 of this example have writing board shape, can treat a plurality of bolts hole 711 that are provided with the general plane shape in the secure component 7 simultaneously and supply with a plurality of bolts 8.
As Fig. 1, shown in Figure 3, on last jig plate 5 and lower press plate 4, be provided with the slip operating portion 45,55 that uses when they are slided relatively.In addition, last jig plate 5 is provided with mobile with handle portion 56 that on making jig plate 5 and lower press plate 4 use when mobile between base plate 2 and parts to be tightened 7.
As shown in Figure 3, last jig plate 5 of this example and lower press plate 4 can be in the relative slips of two vertical in-planes (the first glide direction S1 and the second glide direction S2).In a plurality of downside intercommunicating pores 41 of lower press plate 4, downside connected entrance 411 and downside insertion groove 412 are connected and form along the first glide direction S1 in two in-planes.
As shown in the drawing, in a plurality of upper communication hole 51 of last jig plate 5, upside inserts mouthfuls 511 and is connected and forms along the second glide direction S2 in two in-planes with upside spatial accommodation 512.In addition, as shown in Figure 4, upside spatial accommodation 512 forms along the second glide direction S2, and, form the spot-facing shape that side roof part 513 is gone up in reservation.
As shown in figure 11, in a plurality of downside intercommunicating pores 41 of lower press plate 4, be that the external diameter of head 81 of bolt 8 is more than 0.5 times and the length below 1 times from the length L 1 at center to the center of downside through port 411 of the 412A of front of the slot portion of downside insertion groove 412.The length L 1 from center to the center of downside through port 411 of the 412A of front of the slot portion of downside insertion groove 412 of this example is about 2/3 a length of head 81 external diameters of bolt 8.In this way, can not make the formation distance of downside insertion groove 412 long, remain in the downside insertion groove 412 thereby can reliably the head 81 of bolt 8 be erect.The center of the bolt 8 when in addition, the center of the 412A of front of the slot portion of downside insertion groove 412 is arranged in the 412A of this front of the slot portion for the axial region 82 with bolt 8.
As shown in figure 11, in a plurality of upper communication hole 51 of last jig plate 5, the length L 2 of inserting mouthfuls 511 center from center to the upside of the space leading section 512A of upside spatial accommodation 512 is that the external diameter of head 81 of bolt 8 is more than 0.5 times and the length below 1 times.The length L 2 that center to the upside from the space leading section 512A of upside spatial accommodation 512 of this example inserts mouthfuls 511 center is about 2/3 a length of head 81 external diameters of bolt 8.In this way, can not make the formation distance of upside spatial accommodation 512 long, thereby the head 81 of bolt 8 is contained in the upside spatial accommodation 512.The center of the bolt 8 when in addition, the center of the space leading section 512A of upside spatial accommodation 512 is arranged in the leading section 512A of this space for the head 81 with bolt 8.
As shown in Figure 5, this routine standard station 3 is by being fixed on the datum plate 31 on the base plate 2 and constituting corresponding to a plurality of reference blocks 32 that the position is arranged on the datum plate 31 that form of a plurality of retaining holes 21 base plate 2 from downside by a plurality of attaching parts 311.
As shown in Figure 1, in this routine bolt supplying jig 1, in the time will going up jig plate 5 and lower press plate 4 and be arranged on the base plate 2, distance from the upper surface of reference block 32 to the upper surface of lower press plate 4 is the full-length of carrying out the axial region 82 of the bolt 8 that length judges, herein, the full-length of the axial region 82 of bolt 8 goes up the correct length of the axial region 82 that is set with respect to given bolt hole 711 for design.
In addition, in this example,, in the time will going up jig plate 5 and lower press plate 4 and be arranged on the base plate 2, between lower press plate 4 and base plate 2, form and give fixed gap 12 (being the gap 12 of 1mm in this example) as Fig. 1, shown in Figure 12.And, in this example, the distance that will the height from the upper surface of base plate 2 to the upper surface of datum plate 31 deducts the height gained of each reference block 32 adds the distance in the thickness of lower press plate 4 and gap 12 and the size that obtains is set at the full-length of the axial region 82 of bolt 8.
By adopting above-mentioned a plurality of reference block 32, and can set the height of reference blocks 32 to each bolt 8.Therefore, under the different situation of axial region 82 design length each other of a plurality of bolts 8 of supplying with to parts to be tightened 7, the length corresponding to the axial region 82 of each bolt 8 can adopt highly different multiple reference blocks 32.For example, in Fig. 5, be represented by dotted lines the situation that changes reference block 32 height.
In addition, as shown in Figure 4, last jig plate 5 and lower press plate 4 link to each other by a plurality of connecting pins 11 under the state that can slide mutually.As shown in Figure 3, on lower press plate 4, be formed with the downside sliding eye 42 that connecting pin 11 is slided along the first glide direction S1, on last jig plate 5, be formed with the upside sliding eye 52 that connecting pin 11 is slided along the second glide direction S2.
As shown in Figure 4, a plurality of connecting pins 11 of this example have head 111 that is arranged on its bottom and the axial region 112 that links to each other with this head 111.And each connecting pin 11 is arranged on axial region 112 in downside sliding eye 42 and the upside sliding eye 52, and begins to fix with axial region 112 screw threads from the upper end, thus jig plate 5 and lower press plate 4 in the clamping.
In addition, as shown in the drawing, last jig plate 5 and lower press plate 4 are arranged in a plurality of location indentations 22 that are formed on the base plate 2 by the head (bottom) 111 with a plurality of connecting pins 11, thereby can carry out the location with respect to base plate 2.In addition, in the time of in the head 111 with a plurality of connecting pins 11 is arranged on each location indentations 22, the lower surface of head 111 is positioned on the bottom surface of location indentations 22, and between lower press plate 4 and base plate 2, forms the above-mentioned fixed gap 12 (referring to Fig. 1) of giving.By forming this gap 12, for example,, still the stably relative slip of jig plate 5 and lower press plate 4 can be made on the base plate 2 even foreign matters such as dust or dust are deposited under the situation on the base plate 2.
As shown in Figure 3, Figure 4, be provided with fixed-site insert (plunger) 53 on last jig plate 5, lower press plate 4 is provided with the ball maintenance recess 432 of fixing the ball 531 that can haunt with the guiding slot part 431 and the maintenance of the ball that haunts 531 in the insert 53 along two glide direction guide positions.In addition, with in the insert 53, the ball 531 that can haunt is subjected to the elastic restoring force that is produced by the compression spring and can haunts at the front end of fixed-site with insert 53 in fixed-site.
And, shown in Fig. 7～10, last jig plate 5 and lower press plate 4 relatively move along guiding slot parts 431 by making the ball that can haunt 531, thereby slide in above-mentioned home position 401, first sliding position 402, second sliding position 403 and supply with 404 these four positions, position.In addition, last jig plate 5 and lower press plate 4 keep in the recess 432 by making the ball 531 that can haunt remain on ball, thereby can stably fix (maintenance) in above-mentioned 4 positions.
In this routine bolt supplying jig 1, when the length of the axial region 82 of judging a plurality of bolts 8 is whether wrong, as shown in Figure 1, last jig plate 5 and lower press plate 4 are set in given position with respect to base plate 2 and standard station 3.At this moment, as shown in Figure 7, by the upside that makes jig plate 5 and lower press plate 4 be arranged in a plurality of upper communication hole 51 insert mouthfuls 511 relative up and down with the downside through port 411 of a plurality of downside intercommunicating pores 41 to 401 places, home position, thereby shown in Figure 11～13, upside insert mouthfuls 511 and downside intercommunicating pore 411 relative up and down with the retaining hole 21 in the base plate 2 to.Then, by up and down relatively to upside insert mouthfuls 511, downside intercommunicating pore 411 and retaining hole 21, and a plurality of bolts 8 are positioned on the standard station 3.
Then, as first judgment task, judge whether the axial region 82 of a plurality of bolts 8 of mounting on standard station 3 lacks.Specifically, as shown in Figure 8, make above-mentioned a plurality of bolt 8 mountings under the state on the standard station 3, make jig plate 5 and lower press plate 4 relatively slide into upside in a plurality of upper communication hole 51 insert mouthfuls 511 with a plurality of downside intercommunicating pores 41 in downside insertion groove 412 relative up and down to first sliding position 402.
At this moment, under the not short situation of the axial region 82 of a plurality of bolts 8, shown in Figure 14, Fig. 15, with a plurality of bolts 8, its head 81 is arranged on the upside of downside insertion groove 412, and its axial region 82 inserts in the downside insertion groove 412.Therefore, in this case, can make jig plate 5 and lower press plate 4 relatively slide into first sliding position 402, and can judge that the axial region 82 of a plurality of bolts 8 is not short.
On the other hand, if any one in the axial region 82 of a plurality of bolts 8 than under the short situation, as shown in figure 16, is somebody's turn to do short bolt 8A, the inlet portion interference of its head 81 and downside insertion groove 412, its axial region 82 can not insert in the downside insertion groove 412.Therefore, in this case, can not make jig plate 5 and lower press plate 4 relatively slide to first sliding position 402, thereby confirm in a plurality of bolts 8, sneak into the short different types of bolt 8A of axial region 82.
In addition, when carrying out above-mentioned first judgment task,, judge whether the axial region 82 of a plurality of bolts 8 of mounting on standard station 3 is longer as second judgment task.Specifically, as shown in Figure 9, make above-mentioned a plurality of bolt 8 mountings under the state on the standard station 3, making jig plate 5 and lower press plate 4 relatively slide to upside spatial accommodation 512 and the second relative up and down sliding position 403 of downside insertion groove 412 in a plurality of downside intercommunicating pores 41 in a plurality of upper communication hole 51.
At this moment, under the not long situation of the axial region 82 of a plurality of bolts 8, as Figure 17, shown in Figure 180, these a plurality of bolts 8, its head 81 are not interfered with last side roof part 513 and are accommodated in the upside spatial accommodation 512.Therefore, in this case, can make jig plate 5 and lower press plate 4 relatively slide into second sliding position 403, and can judge that the axial region 82 of a plurality of bolts 8 is not long.
On the other hand, if any one in the axial region 82 of a plurality of bolts 8 than under the long situation, as shown in figure 19, is somebody's turn to do than stay bolt 8B, its head 81 is interfered with the inlet portion of last side roof part 513, thereby can not be accommodated in the upside spatial accommodation 512.Therefore, in this case, can not make jig plate 5 and lower press plate 4 relatively slide to the 3rd sliding position 403, thereby confirm in a plurality of bolts 8, sneak into the long different types of bolt 8B of axial region 82 length.
In addition, above-mentioned first judgment task and second judgment task can make any work carry out earlier and carry out in order, and in addition, above-mentioned first judgment task and second judgment task also can carry out simultaneously.
In addition, when the length of the axial region 82 that carries out above-mentioned bolt 8 is judged, the configuration status of a plurality of bolts 8 and the formation state of a plurality of bolts hole 711 in the parts to be tightened 7 are matched.
Subsequently, as supply work, a plurality of bolts 8 are supplied to a plurality of bolts hole 711 in the parts 7 to be tightened.Specifically, as shown in Figure 2, jig plate 5 is separated with base plate 2 with lower press plate 4, and, make jig plate 5 and lower press plate 4 move to the formation position of a plurality of bolts hole 711 in the parts 7 to be tightened.
Afterwards, the axial region 82 that remains on each bolt 8 in jig plate 5 and the lower press plate 4 is arranged on the top of each bolt hole 711 or they are inserted in each bolt hole 711, as Figure 10, Figure 20 and shown in Figure 21, make jig plate 5 and lower press plate 4 relatively slide into downside through port 411 in upside spatial accommodation 512 and a plurality of downside intercommunicating pores 41 in a plurality of upper communication hole 51 relative to 404 places, supply position.In this way, can extract the head 81 of a plurality of bolts 8 towards the below, described a plurality of bolts 8 are supplied in a plurality of bolts hole 711 simultaneously by downside through port 411.
In addition, when the axial region 82 with each bolt 8 inserted in each bolt hole 711, head 82 and last side roof part 513 butts can prevent that thus each bolt 8 from floating towards the top.
As mentioned above, according to this routine bolt supplying jig 1, can be neither long nor short but after the standard bolt 8 of correct length that set in the design at the axial region 82 of confirming a plurality of bolts 8, under the state of a plurality of bolts hole 711 location that make described a plurality of bolt 8 in parts 7 to be tightened, supply with these a plurality of bolts 8 simultaneously.
As Figure 22～shown in Figure 25, last jig plate 5 also can be towards 1 relative slip of glide direction with lower press plate 4.In this case, in a plurality of downside intercommunicating pores 41 of lower press plate 4, downside intercommunicating pore 411 is communicated with formation with downside insertion groove 412 along 1 glide direction S3, in a plurality of upper communication hole 51 of last jig plate 5, upside inserts mouth 511 and can be connected to form along 1 glide direction S3 with upside spatial accommodation 512.
And, in this case, last jig plate 5 and lower press plate 4 can relatively slide into as shown in figure 22 upside like that insert mouthfuls 511 relative up and down with downside through port 411 to home position 401, as shown in figure 23 like that upside insert mouthfuls 511 relative up and down with downside insertion groove 412 to first sliding position 402, as shown in figure 24 like that upside spatial accommodation 512 box downside insertion grooves 412 relative up and down to second sliding position 403, as shown in figure 25 such upside spatial accommodation 512 relative up and down with downside through port 411 to supply position 404.
In addition, in a plurality of downside intercommunicating pores 41 of lower press plate 4, downside insertion groove 412 also can form the ream shape shape 412A with ladder difference as shown in figure 26 like that.In this case, by sliding into first sliding position 402 as shown in figure 27 like that, and slide into second sliding position 403 as shown in figure 28 like that, thus can whether wrong with the length of the above-mentioned axial region 82 of similarly judging a plurality of bolts 8.
Claims (8)
1. bolt supplying jig, its a plurality of bolts that are used for including head and axial region position under upright state up with above-mentioned head, and judge the length of above-mentioned axial region, in a plurality of bolts hole of the bolt supplying that will have given length then simultaneously to the parts to be tightened, it is characterized in that this bolt supplying jig has:
Base plate, it is formed with the retaining hole of the above-mentioned axial region of the above-mentioned a plurality of bolts of a plurality of maintenances;
Standard station, it is connected to the front end of the above-mentioned axial region of the above-mentioned a plurality of bolts in the above-mentioned retaining hole that remains on this base plate;
Lower press plate, it is arranged on the above-mentioned base plate;
Last jig plate, it is installed in the upside of this lower press plate in mode that can relative slip with this lower press plate,
Above-mentioned lower press plate has a plurality of downside intercommunicating pores, this downside intercommunicating pore is with up/down perforation so that the downside through port that the above-mentioned head of above-mentioned bolt passes through is connected to form with the above-mentioned axial region and the width downside insertion groove littler than the external diameter of the above-mentioned head of above-mentioned bolt that can insert above-mentioned bolt
The above-mentioned jig plate of going up has a plurality of upper communication hole, this upper communication hole be up/down perforation is inserted mouthful with the upside of the above-mentioned head that inserts above-mentioned bolt and top form on the downside of the side roof part upside spatial accommodation that can hold the above-mentioned head of above-mentioned bolt be connected to form
Above-mentioned upward jig plate and above-mentioned lower press plate can relatively slide into home position, first sliding position, second sliding position, supply with the position, wherein,
Above-mentioned home position be the above-mentioned upside in above-mentioned a plurality of upper communication hole insert mouthful with above-mentioned a plurality of downside intercommunicating pores in above-mentioned downside through port relative up and down to the position;
Above-mentioned first sliding position be the above-mentioned upside in above-mentioned a plurality of upper communication hole insert mouthful with above-mentioned a plurality of downside intercommunicating pores in above-mentioned downside insertion groove relative up and down to the position;
Above-mentioned second sliding position be the above-mentioned upside spatial accommodation in above-mentioned a plurality of upper communication hole relative up and down with above-mentioned downside insertion groove in above-mentioned a plurality of downside intercommunicating pores to the position;
Above-mentioned supply position be the above-mentioned upside spatial accommodation in above-mentioned a plurality of upper communication hole relative up and down with above-mentioned downside through port in above-mentioned a plurality of downside intercommunicating pores to the position,
Make above-mentioned upward jig plate and above-mentioned lower press plate be in above-mentioned original position, and should go up jig plate and lower press plate is arranged on the above-mentioned base plate, by up and down relatively to above-mentioned upside insert mouthful, above-mentioned downside through port and above-mentioned retaining hole, the above-mentioned axial region of above-mentioned a plurality of bolts is bearing on the said reference platform, under this state, can carry out first judgment task and second judgment task, wherein, this first judgment task, be make above-mentioned on jig plate and above-mentioned lower press plate relatively slide under the situation at the above-mentioned first sliding position place, when the above-mentioned axial region of above-mentioned a plurality of bolts is inserted in the above-mentioned downside insertion groove, judge the not short situation of above-mentioned axial region of above-mentioned a plurality of bolts; This second judgment task, be make above-mentioned on jig plate and above-mentioned lower press plate relatively slide under the situation at the above-mentioned second sliding position place, the above-mentioned head of above-mentioned a plurality of bolts with not with above-mentioned on the mode that interferes of side roof part when being inserted in the above-mentioned upside spatial accommodation, judge the not long situation of above-mentioned axial region of above-mentioned a plurality of bolts
And, make above-mentioned on jig plate and above-mentioned lower press plate move under the state of formation position of a plurality of bolts hole in the above-mentioned parts to be tightened, can carry out supply work, promptly, make above-mentioned upward jig plate and above-mentioned lower press plate relatively slide into above-mentioned supply position, and extract the above-mentioned head of above-mentioned a plurality of bolts towards the below by the downside through port, should be supplied to simultaneously in above-mentioned a plurality of bolt hole by a plurality of bolts.
2. bolt supplying jig according to claim 1 is characterized in that,
Above-mentioned upward jig plate and above-mentioned lower press plate can relatively be slided towards two vertical in-planes,
In above-mentioned a plurality of downside intercommunicating pores of above-mentioned lower press plate, above-mentioned downside through port and above-mentioned downside insertion groove are connected and form along first glide direction in above-mentioned two in-planes,
On above-mentioned in above-mentioned a plurality of upper communication hole of jig plate, above-mentioned upside inserts mouthful and above-mentioned upside spatial accommodation is connected and forms along second glide direction in above-mentioned two in-planes.
3. bolt supplying jig according to claim 1 and 2 is characterized in that,
The said reference platform has: datum plate, and it is fixed on the above-mentioned base plate from downside via attaching parts; A plurality of reference blocks, it is arranged on the said reference plate corresponding to the formation position of the above-mentioned a plurality of retaining holes on the above-mentioned base plate,
When being arranged on jig plate on above-mentioned and above-mentioned lower press plate on the above-mentioned base plate, be the full-length of above-mentioned axial region of above-mentioned bolt of carrying out the judgement of above-mentioned length from upper surface to the distance between the upper surface of above-mentioned lower press plate of said reference piece.
4. bolt supplying jig according to claim 1 is characterized in that,
In above-mentioned a plurality of downside intercommunicating pores of above-mentioned lower press plate, above-mentioned downside insertion groove from the center of its front of the slot portion to the length at the center of above-mentioned downside through port be above-mentioned bolt above-mentioned head external diameter more than 0.5 times and the length below 1 times,
On above-mentioned in above-mentioned a plurality of upper communication hole of jig plate, above-mentioned upside spatial accommodation forms and keeps the above-mentioned spot-facing shape that goes up side roof part, and from the length at the center that center to the above-mentioned upside of its space leading section inserts mouthful be above-mentioned bolt above-mentioned head external diameter more than 0.5 times and the length below 1 times.
5. bolt supplying jig according to claim 2 is characterized in that,
The above-mentioned jig plate of going up is connected by a plurality of connecting pins under the state that can slide mutually with above-mentioned lower press plate,
On above-mentioned lower press plate, be formed with the downside sliding eye that above-mentioned connecting pin is slided along above-mentioned first glide direction, be formed with the upside sliding eye that above-mentioned connecting pin is slided along above-mentioned second glide direction on the jig plate on above-mentioned,
Above-mentioned upward jig plate and above-mentioned lower press plate are arranged in a plurality of location indentations that are formed on the above-mentioned base plate by the bottom with above-mentioned a plurality of connecting pins, thereby this base plate positions relatively.
6. bolt supplying jig according to claim 5 is characterized in that,
In the time of in the bottom with above-mentioned a plurality of connecting pins is arranged on above-mentioned each location indentations, be formed with given gap between jig plate and the above-mentioned lower press plate on above-mentioned.
7. bolt supplying jig according to claim 1 is characterized in that,
Above-mentioned jig plate and the above-mentioned lower press plate of going up, one is provided with the fixed-site insert therein, and another is provided with along above-mentioned two in-plane guide positions are fixing and keeps recess with the guiding slot part of the ball that haunts in the insert and the ball of the above-mentioned ball that haunts of maintenance
Above-mentioned upward jig plate and above-mentioned lower press plate relatively move along above-mentioned guiding slot part by making the above-mentioned ball that haunts, thereby may slide into these 4 positions of above-mentioned home position, above-mentioned first sliding position, above-mentioned second sliding position and above-mentioned supply position, and, keep in the recess by making the above-mentioned ball that haunts remain on above-mentioned ball, thereby can be fixed on above-mentioned 4 positions.
8. bolt supplying jig according to claim 1 is characterized in that,
The valve body of above-mentioned parts to be tightened in automatic transimission, using.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006334996A JP2008142865A (en) | 2006-12-12 | 2006-12-12 | Bolt feeding instrument |
| JP2006334996 | 2006-12-12 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101200027A true CN101200027A (en) | 2008-06-18 |
| CN100560279C CN100560279C (en) | 2009-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2007101988333A Expired - Fee Related CN100560279C (en) | 2006-12-12 | 2007-12-07 | Bolt supplying jig |
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| Country | Link |
|---|---|
| JP (1) | JP2008142865A (en) |
| CN (1) | CN100560279C (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102248343A (en) * | 2011-05-25 | 2011-11-23 | 施世伟 | Storage battery overbridge welding fixture |
| CN113182826A (en) * | 2021-04-12 | 2021-07-30 | 联合汽车电子有限公司 | Automatic screw preassembling method and device |
| CN113843987A (en) * | 2021-10-29 | 2021-12-28 | 无锡沃格自动化科技股份有限公司 | Disposable clamping device and method for simultaneous positioning of multiple parts |
| CN115943015A (en) * | 2020-06-09 | 2023-04-07 | 川崎重工业株式会社 | Screw supply jig, dual-arm robot using the screw supply jig, and screw supply method |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101913134B (en) * | 2010-08-16 | 2011-12-07 | 天津市中环三峰电子有限公司 | Fastening device for mounting screws |
| JP6226378B2 (en) * | 2014-01-29 | 2017-11-08 | ダイハツ工業株式会社 | Parts transfer method |
| CN113134725A (en) * | 2020-01-19 | 2021-07-20 | 山东泉能机器人科技有限公司 | Automatic prepressing assembly device for ball seat and ball pin of automobile thrust rod |
-
2006
- 2006-12-12 JP JP2006334996A patent/JP2008142865A/en active Pending
-
2007
- 2007-12-07 CN CNB2007101988333A patent/CN100560279C/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102248343A (en) * | 2011-05-25 | 2011-11-23 | 施世伟 | Storage battery overbridge welding fixture |
| CN102248343B (en) * | 2011-05-25 | 2014-01-01 | 施世伟 | Storage battery overbridge welding fixture |
| CN115943015A (en) * | 2020-06-09 | 2023-04-07 | 川崎重工业株式会社 | Screw supply jig, dual-arm robot using the screw supply jig, and screw supply method |
| CN113182826A (en) * | 2021-04-12 | 2021-07-30 | 联合汽车电子有限公司 | Automatic screw preassembling method and device |
| CN113843987A (en) * | 2021-10-29 | 2021-12-28 | 无锡沃格自动化科技股份有限公司 | Disposable clamping device and method for simultaneous positioning of multiple parts |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2008142865A (en) | 2008-06-26 |
| CN100560279C (en) | 2009-11-18 |
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