CN109804727A - Concatenation unit - Google Patents
Concatenation unit Download PDFInfo
- Publication number
- CN109804727A CN109804727A CN201680089989.5A CN201680089989A CN109804727A CN 109804727 A CN109804727 A CN 109804727A CN 201680089989 A CN201680089989 A CN 201680089989A CN 109804727 A CN109804727 A CN 109804727A
- Authority
- CN
- China
- Prior art keywords
- tep reel
- supply
- carrier band
- retainer portion
- side plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K13/00—Apparatus or processes specially adapted for manufacturing or adjusting assemblages of electric components
- H05K13/02—Feeding of components
Landscapes
- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Supply And Installment Of Electrical Components (AREA)
Abstract
The present invention provides a kind of concatenation unit that can be improved and used the efficiency of operation of splicing apparatus by operator.Concatenation unit (10) has: splicing apparatus (21), and the first carrier band (Tc1) to supply tep reel (61) splices with the second carrier band (Tc2) as supply object；Support shaft (41) is supported supply with tep reel (61) in a manner of it can rotate；And retainer portion (42), it is mobile to the outside of the radial direction of supply tep reel (61) to limit the first carrier band (Tc1) unclamped from the supply supported from support shaft (41) with tep reel (61).
Description
Technical field
The present invention relates to a kind of to carry mutual splicing apparatus using splicing to carry out the splicing list of the supply of electronic component
Member.
Background technique
For example, there are such as flowering structures among electronic component assembly machine: having the carrier band for containing electronic component, and will
It is assembled from the electronic component of carrier band supply to substrate.Electronic component assembly machine needs to use up and production line in the electronic component of carrier band
New carrier band is fed before stopping.In patent document 1, the supply that carrier band is continuously fed to electronic component assembly machine is recorded
Device.Feedway has multiple box-like band holders for containing supply tep reel, by replacing multiple box-like band holders
Position and automatically switch supply tep reel.In addition, feedway has the carrier band and electronic component for carrying out supply tep reel
The splicing apparatus of the splicing for the carrier band that assembly machine has.Splicing apparatus carries out the carrier band for the supply object that soon element is used up
The splicing at the beginning of the carrier band of end and supply.
Existing technical literature
Patent document
Patent document 1: Japanese Unexamined Patent Publication 2015-76466 bulletin
Summary of the invention
Problems to be solved by the invention
However, above-mentioned feedway is the dress for automatically switching supply tep reel and the tep reel being set to splicing apparatus
It sets.On the other hand, as the method for splicing, there is also have operator to carry supply tep reel manually and the tep reel is set to spelling
The method of connection device.In this case, operator for example with tep reel unclamps a part of carrier band from supply and by the carrier band of release
Beginning be inserted in splicing apparatus and spliced.At this point, there are the feelings for beyond needing unclamping carrier band with tep reel from supply
Condition.Especially in the case where supply tep reel is the position for the outer peripheral edge portion for being not used and carrier band being wound to tep reel, when unloading
Whens the band of front end etc. of lower fixed carrier band, carries to the outer expandable of tep reel and unclamp with being exceeded needs.There are lead as a result,
The hidden danger for causing operating efficiency to reduce.
The present invention is made in view of the above subject, can be improved its purpose is to provide a kind of based on operator's
The concatenation unit of the efficiency of the operation of splicing apparatus is used.
A technical solution to solve project
Concatenation unit disclosed in this specification has: splicing apparatus, to be wound in supply use tep reel carrier band and as
The carrier band of supply object is spliced；Support portion is supported supply with tep reel in a manner of it can rotate；And limiting unit,
It is mobile to the outside of the radial direction of supply tep reel to limit the carrier band unclamped from the supply supported from support portion with tep reel.
Invention effect
Supply is supported in a manner of it can rotate with tep reel by support portion as a result,.It therefore, can be in the operation of splicing
Before, make supply band disc spins on one side, easily pulls out the carrier band unclamped from supply tep reel on one side and be positioned in splicing
Device.At this point, since the carrier band restricting portion unclamped from supply with tep reel is limited to the outer of the radial direction of supply tep reel
Side is mobile, therefore is able to suppress the case where carrier band unclamps with being exceeded needs.As a result, for example, operator is without splicing
It carries out to be exceeded the carrier band rollback unclamped with needing after the completion to the operation of supply tep reel, can be realized mentioning for operating efficiency
It is high.
Detailed description of the invention
Fig. 1 is the whole perspective view for indicating the concatenation unit of first embodiment of the invention.
Fig. 2 is bowing for the state that the first carrier band for indicating to use supply is spliced with the second carrier band as supply object
View.
Fig. 3 is the top view of concatenation unit viewed from above, is to be configured with the figure of supply tep reel in retainer portion.
Fig. 4 is the side view of the concatenation unit from tep reel bucket side, is to be configured with the figure of supply tep reel in retainer portion.
Fig. 5 is the side view of the tep reel bucket from retainer portion side.
Fig. 6 is the figure for indicating to be observed from the front the display picture of touch panel.
Fig. 7 is the side view of the tep reel bucket of second embodiment from retainer portion side.
Fig. 8 is the side view of the tep reel bucket of third embodiment from retainer portion side.
Fig. 9 is the side view of the tep reel bucket of the 4th embodiment from support shaft side.
Figure 10 is the top view of the concatenation unit of the 5th embodiment viewed from above.
Figure 11 is the schematic diagram for indicating the retainer portion of the 5th embodiment.
Figure 12 is the schematic diagram for indicating the mode of texturing in retainer portion of the 5th embodiment.
Figure 13 be indicate other retainer portion schematic diagram.
Specific embodiment
Hereinafter, being described with reference to the first embodiment after embodying concatenation unit of the invention.In addition, illustrating institute
Each figure used is concept map, and there are the situations that the shape of each section is not stringent.
(structures of 1. concatenation units 10)
Fig. 1 is the whole perspective view for indicating concatenation unit 10.Concatenation unit 10 is by splicing apparatus 21 to tep reel bucket
The tep reel of first carrier band Tc1 and the tape feeder for being loaded on electronic component assembly machine (not shown) of 22 supply tep reel 25
Supply object second carrier band Tc2 (referring to Fig. 2) device for being spliced.
As shown in Figure 1, concatenation unit 10 has trolley portion 11 and main body control portion 12.Trolley portion 11 is configured in four feet
Base station 14 is installed on 13 (only showing three in Fig. 1) of wheel.Power supply device 15 and dust-collecting box are configured on base station 14
17。
Power supply device 15 has battery, and power switch 12a to main body control portion 12 carries out connection operation to
Splicing apparatus 21, display device 24 supply electric power.Dust-collecting box 17 is carried for discarded first generated along with stitching operation
The device at the cutting end (scratch tape) with the carrier band of Tc1 and second Tc2 etc..
In addition, main body control portion 12 is installed on the top in fixed column portion 18 on base station 14.Main body control portion 12 has
Standby splicing apparatus 21, tep reel bucket 22, code reader 23 and display device 24.
Splicing apparatus 21 is the of the supply object that will be wound on the tep reel for being loaded on tape feeder (illustration omitted)
The ends of two carrier bands Tc2 (referring to Fig. 2) automatically splice in the supply for being contained in tep reel bucket 22 with the wound on tep reel 25
The device at the beginning of one carrier band Tc1.Splicing apparatus 21 has main part 21a and can openedly and closedly be installed on the upper of main part 21a
Cover 21b in portion.Shape of the splicing apparatus 21 in the state of closing upper lid 21b as a whole and be formed as in one direction compared with
Long approximately cuboid shape.Splicing apparatus 21 has in connection splicing apparatus 21 respectively in side opposite along its length
Outer insert port 31a, 31b (the insert port 31a of nearby side is only shown in Fig. 1).Insert port 31a, 31b is set to main part 21a
With the boundary section of upper lid 21b, formed and cutting a part of main part 21a and upper lid 21b.
(structure of 1-1. carrier band)
Fig. 2 indicates bowing to the first carrier band Tc1 of supply state spliced with the second carrier band Tc2 for feeding object
View.Second carrier band Tc2 is, for example, the carrier band for being formed as element and using up for being loaded on the tep reel of tape feeder.First carrier band
The carrier band of Tc1 and second Tc2 is formed as identical construction.Therefore, in the following description, said based on the first carrier band Tc1
It is bright, suitably omit the explanation of the second carrier band Tc2.
First carrier band Tc1 has base band Tb, electronic component e and heading tape Tt.Base band Tb is formed as elongated with scheduled width.
On base band Tb, the cavity Ct of inlet ports Hc and element storage is arranged with identical interval Pc along its length.Each feeding
Hole Hc is formed completely through base band Tb, is formed as round in the vertical view of base band Tb.Oriented substrate is accommodated respectively in each cavity Ct
The electronic component e of assembly.Heading tape Tt can be pasted on the upper surface of base band Tb with removing.
Return to Fig. 1, splicing apparatus 21 in two insert ports 31a, 31b, the insert port 31a of side insertion be formed as member
The second carrier band Tc2 (referring to Fig. 2) that part is used up, in the first carrier band of insert port 31b (referring to Fig. 3) the insertion supply of another party
Tc1 (referring to Fig. 2).When the first carrier band Tc1 and the second carrier band Tc2 are inserted in insert port 31a, 31b respectively, first carrier band
The carrier band of Tc1 and second Tc2 is configured in the band transport road 32 of the upper part setting of the main part 21a of splicing apparatus 21.
It is equipped in upper lid 21b and describes the second carrier band that should be inserted correspondingly into supply object with the position of insert port 31a
The label 33 of the purport (such as being recorded as " Old Tape (old band) ") of Tc2.In addition, being equipped in upper lid 21b, describe should be with
The purport that the position of insert port 31b is inserted correspondingly into the first carrier band Tc1 of supply (such as is recorded as that " New Tape is (new
Band) ") label 34.It is shown respectively in label 33,34 and first carrier band Tc1 and second is carried into Tc2 to insert port 31a, 31b
The direction of inlet ports Hc and cavity Ct (referring to Fig. 2) when insertion.Operator can be held by confirmation flag 33,34 as a result,
It changes places and which insert port that Tc2 is inserted in insert port 31a, 31b with which kind of direction is judged to carry the first carrier band Tc1 and second
It is preferred.
Upper lid 21b is remained the state of closing in splicing by splicing apparatus 21, is carried when passing through operator by first
When the carrier band of Tc1 and second Tc2 is sent to band transport road 32 from insert port 31a, 31b respectively, pass through disconnecting device (illustration omitted)
Position is not needed to cut off the carrier band of the first carrier band Tc1 and second Tc2.Splicing apparatus 21 is in through circular inlet ports Hc
The first carrier band Tc1 of off-position Cp cutting of the heart and the second carrier band Tc2 (referring to Fig. 2).Splicing apparatus 21 is along making the first carrier band Tc1
And second the direction (carry direction 35 in Fig. 2) close to each other carrier band Tc2 carry the first carrier band Tc1 and the second carrier band Tc2,
It abuts each other the inlet ports Hc for being formed as semi-circular shape of off-position Cp and is formed as round.
It is equipped in the central portion of splicing apparatus 21 by along the first carrier band Tc1 and the second carrier band being sent into transport road 32
Tc2 sticks splicing tape (illustration omitted) and engages the engagement device (not shown) of the two.The engagement device of splicing apparatus 21 is to logical
Spliced the part crossing splicing tape and docking.Splicing apparatus 21 be formed as when finishing stitching operation open upper lid 21b,
Take out the state for finishing the carrier band (the first carrier band Tc1 and the second carrier band Tc2) of splicing.
Tep reel bucket 22 be set to side 21c, 21d opposite on the length direction of the main part 21a of splicing apparatus 21 in,
Close to the position of the side 21d (referring to Fig. 3) of a side side (the depth side in Fig. 1).It is equipped in tep reel bucket 22 and separately receives
Hold the receiving portion 22a of multiple supply tep reels 25.Operator for example newly obtains in tep reel place to place of safe-deposit vault, production line etc.
Supply tep reel 25 is simultaneously accommodated in each receiving portion 22a.It is used in addition, being equipped with supply used in support splicing in tep reel bucket 22
The support shaft 41 of tep reel 25 and limitation first carry Tc1 from the retainer portion 42 that supply is unclamped with tep reel 25.In addition, tep reel bucket 22
Detailed construction see below.
Code reader 23 is, for example, the wireless portable device carried out wireless communication with main body control portion 12.Operator is logical
Code reader 23 is crossed to be read out the bar code 26 of the supply tep reel 25 taken out from tep reel bucket 22, unload from tape feeder
The operation of the bar code (illustration omitted) of tep reel.Main body control portion 12 executes in stitching operation and checks whether preparation as a result,
Contain the first carrier band Tc1 (supply with tep reel 25) of correct electronic component, so-called splicing verifies.
Main body control portion 12 for example can utilize radio LAN by the access point of the communication network set on production plant
It is communicated with host (illustration omitted).The information such as the bar code 26 by reading of main body control portion 12 is sent to host.Host base
In information such as the bar codes 26 received, superiority and inferiority consistent with the component numbering of the electronic component of stitching operation to be executed etc. is determined
Whether.Main body control portion 12 shows the purport when receiving good purport from host, in display device 24.Operator is true
After the display of display device of accepting 24, stitching operation is carried out using splicing apparatus 21.In this way, the concatenation unit 10 of present embodiment
By with the co-operating processing of the host of production line etc., can prevent splicing have the type of electronic component it is dispar mistake
Carrier band (the first carrier band Tc1).
Display device 24 has the touch panel 24a with display function and input function.Display device 24 is in touch surface
Predicted time that location information, the element of the tape feeder of plate 24a display splicing object are used up, the item read by code reader 23
The component information etc. of shape code 26.In addition, display device 24, which has, shortens this by the predicted time used up come notification element that shines
The display lamp 24c of one situation.It interlocks with display lamp 24c and is used by sound come notification element in addition, main body control portion 12 has
Most predicted time shortens the buzzer 12b of this case.In addition, the movement of display lamp 24c and buzzer 12b are seen below.
(structures of 2. tep reel buckets 22)
Next, explaining the structure of tep reel bucket 22 in detail using Fig. 3~Fig. 5.In addition, in the following description, such as Fig. 3
Shown in~Fig. 5, in order to be distinguished with the other supplies for being contained in tep reel bucket 22 with tep reel 25, will in order to implement splicing and from band
Disk bucket 22 takes out and is configured at the supply tep reel 25 referred to as " supply tep reel 61 " in retainer portion 42 and is illustrated.Fig. 3 is
The top view of concatenation unit 10 viewed from above indicates to be configured with the state of supply tep reel 61 in retainer portion 42.Fig. 4 be from
The side view of concatenation unit 10 is observed in 22 side of tep reel bucket, indicates to be configured with the state of supply tep reel 61 in retainer portion 42.Fig. 5
It is the side view of the tep reel bucket 22 from 42 side of retainer portion.
In addition, in the following description, state shown in Fig. 4 is set as to be observed from the front the state of tep reel bucket 22, use
Fig. 3~all directions shown in fig. 5 (front and rear, left and right, up and down) is illustrated.In this case, the back of the rear side of tep reel bucket 22
Face 51a (referring to Fig. 5) is formed as the face opposite with the side 21d of splicing apparatus 21.
Tep reel bucket 22 has case portion 51 and to the multiple demarcation plate 52 for carrying out subregion in case portion 51.Case portion 51 is formed as top
The box-shaped with the end of opening.Tep reel bucket 22 supports case portion 51 and being fixed on supporting member 28 in column portion 18 from below.Support
Case portion 51 (tep reel bucket 22) is maintained at the position with splicing apparatus 21 at a distance of constant distance by component 28 in the longitudinal direction.
Demarcation plate 52 is set in case portion 51, is equally spaced set side by side in left-right direction in the mode for keeping mutual plane opposite
It is equipped with multi-disc (being in the present embodiment nine).Ten receipts made of 52 subregion of demarcation plate are equipped in case portion 51 as a result,
Appearance portion 22a.Supply tep reel 25 can be inserted into from top side to each receiving portion 22a.
In addition, the supply tep reel 25 of present embodiment has a pair of of plectane 25a and connection shaft 25b.A pair of of plectane 25a shape
As identical shape, to be housed in the state of receiving portion 22a in the lateral direction toward each other.Connection shaft 25b is formed as comparing
The substantially circular plate shape of plectane 25a thickness, a pair of of respective center plectane 25a is connected to each other.First carrier band Tc1 is wound in the company
Tie the outer peripheral surface of axis 25b.In addition, being equipped in supply tep reel 25 along the center axially through a pair of of plectane 25a and connection shaft 25b
Through hole 25d (referring to Fig. 5).In addition, the supply of present embodiment is an example with the structure of tep reel 25, can suitably become
More.
The top of case portion 51 and demarcation plate 52 is formed as with from front towards rear and upward with scheduled angle
The inclined shape in side.Supply tep reel 25 is so that a part of a pair of of plectane 25a is leaned in the upper end than case portion 51 and demarcation plate 52
The state that the position of upside is exposed is housed in receiving portion 22a.Operator can for example hold plectane 25a by hand as a result,
Exposing part and easily from receiving portion 22a take out supply tep reel 25.
In two side plates 51b, 51c on the left and right directions of case portion 51 in opposite directions, right side side plate 51c is equipped with support shaft
41 and retainer portion 42.The support shaft 41 and retainer portion 42 and side plate 51c of present embodiment can be integrated.Therefore, such as rear institute
It states, side plate 51c constitutes a part in retainer portion 42.
Support shaft 41 be set to front-rear direction on side plate 51c substantially central portion and be proximate to side plate 51c it is inclined on
The position of end.In addition, support shaft 41 be set in the up-down direction between across aftermentioned retainer portion 42 opening 42e and with guarantor
Hold the opposite position the bottom 42d in frame portion 42.
Support shaft 41 is formed as from the plane protrusion on the right side of side plate 51c and along the direction orthogonal with the plane of side plate 51c
(left and right directions) extended generally cylindrical shaped.Support shaft 41 is inserted in supply tep reel from front end 41a outstanding
61 through hole 25d (referring to Fig. 5).Support shaft 41 is and being inserted in through hole 25d to supply tep reel 61 can rotate
Mode be supported.The outer diameter of front end 41a is bigger than the other parts of support shaft 41.Front end 41a is to support shaft 41 as a result,
Axial orthogonal direction it is prominent.Thereby, it is possible to prevent by support shaft 41 be inserted in the supply of through hole 25d with tep reel 61 from
The case where support shaft 41 is deviate from.
Retainer portion 42 is set to the downside of side plate 51c, has a pair first side plate 42a, 42b, the second side plate 42c and bottom
42d.First side plate 42a, 42b of a pair is formed as longer rectangular plate in the up-down direction, so that mutual plane exists
Opposite state is fixed on side plate 51c on front-rear direction.A pair of first respective planar shaped of side plate 42a, 42b becomes as a result,
It is parallel on left and right directions and up and down direction.In addition, the first side plate 42a of front side is configured to be total to the front surface 51d of case portion 51
Face.In addition, the first side plate 42b of rear side be configured to it is coplanar with the back side 51a of case portion 51.First on front-rear direction as a result,
The distance between side plate 42a, 42b are formed as identical as the length on the front-rear direction of side plate 51c.
Second side plate 42c is formed as longer rectangular plate in the longitudinal direction, and is set as in the lateral direction
The state that side plate 51c relative to case portion 51 keeps mutual plane opposite.The second side plate 42c and side plate 51c on left and right directions
The distance between be formed as the length more slightly larger than the thickness of supply tep reel 25.Both ends on the front-rear direction of second side plate 42c
Portion is respectively connect with first side plate 42a, 42b.
Bottom 42d is formed as closing the sky impaled by first side plate 42a, 42b, the second side plate 42c and side plate 51c from below
Between plate.Bottom 42d is provided close to the position of the lower end (the bottom 51e of case portion 51) of side plate 51c in the up-down direction.
As described above, retainer portion 42 is formed as by first side plate 42a, 42b, the second side plate 42c, side plate 51c and bottom
What 42d was impaled has bottom box-formed shape, has opening 42e on top.The side plate 51c of present embodiment constitutes retainer portion as a result,
42.In this case, side plate 51c is functioned as the side plate in the application.Retainer portion 42 is formed to for supply
Tep reel 25 is inserted in the space impaled from opening 42e.Opening 42e is formed as in the case where viewed from above in front-rear direction
Upper longer generally rectangular (referring to Fig. 3).Second side plate 42c and side plate 51c is in the supply band for being inserted in retainer portion 42
The side (plectane 25a) of disk 61 is kept, and constraint of supply is on tep reel 61 in left and right directions (axial direction that tep reel 61 is used in supply)
It is mobile.
(configuration that tep reel 61 is used in 3. supplies)
Next, illustrating the configuration of supply tep reel 61.For example, operator confirms the display of display device 24, from tep reel
The receiving portion 22a of bucket 22 takes out the supply tep reel 61 being able to use in splicing.Such as shown in the arrow 63 of Fig. 4, operation
The supply of taking-up is inserted obliquely into the opening 42e in retainer portion 42 by person with tep reel 61 from upper right side.Operator on one side will branch
Support axis 41 is inserted in the through hole 25d of supply tep reel 61, on one side by supply with bottom 42d from tep reel 61 to retainer portion 42 compared with
Far into.
As shown in figure 5, the distance between the bottom 42d in support shaft 41 and retainer portion 42 L1 is formed as than supply tep reel
The radius R1 long of 61 plectane 25a.Therefore, supply tep reel 61 be inserted in retainer portion 42 and be supported axis 41 support shape
It is separated under state with bottom 42d.The lower part 61a of supply tep reel 61 is configured to be provided between the inner wall 42f of bottom 42d pre-
Fixed gap.Similarly, supply tep reel 61 is configured to each with first side plate 42a, 42b, the second side plate 42c and side plate 51c
Scheduled gap is provided between a inner wall 42f.In other words, support shaft 41 is between the inner wall 42f in retainer portion 42
The state in gap is provided in 42 inner support supply tep reel 61 of retainer portion.
In addition, as shown in Figures 4 and 5, in the state that supply tep reel 61 is inserted in retainer portion 42, a pair first
Side plate 42a, 42b are configured at the place and with the in the outer part than the first carrier band Tc1 of the radial direction along supply tep reel 61 (plectane 25a)
One carrier band Tc1 opposite position.Here, for example, in splicing use not used supply tep reel 61 in the case where, if unloading
The band of the front end of the first carrier band Tc1 is fixed, then the outer expandable there are the first carrier band Tc1 on the radial direction of plectane 25a
The case where.In this case, though first carrier band Tc1 be released and extend, also can as shown in the arrow 64 of Fig. 5 quilt
First side plate 42a, the second side plate 42c are tangled and are limited mobile to the outside of radial direction.Thereby, it is possible to inhibit the first carrier band
Tc1 unclamps with being exceeded needs.
Next, operator makes supply tep reel 61 in the state of keeping being inserted in retainer portion 42 with support shaft 41
Center rotates and pulls out the first carrier band Tc1.At this point, retainer portion 42 also inhibits the first carrier band Tc1 to expand to the outside of radial direction
Exhibition.As shown in figure 3, the front end of the first carrier band Tc1 of pull-out is inserted in the insert port 31b of splicing apparatus 21 by operator.Splicing
Device 21 automatically starts to splice when detecting the insertion of the carrier band of the first carrier band Tc1 and second Tc2.
In addition, as shown in figure 3, support shaft 41 is configured at position identical with insert port 31b in the lateral direction, in front and back
It is configured on direction opposite with insert port 31b.In addition, as shown in figure 4, support shaft 41 is configured in the up-down direction from insert port
Deviate the position of scheduled distance downwards in the position of 31b.As shown in figure 3, will rearward be pulled out from supply with tep reel 61
Direction, the i.e. carry direction 66 that one carrier band Tc1 is carried to insert port 31b is removed in band transport road 32 along by the first carrier band Tc1
The direction of fortune, i.e. carry direction 35.First carrier band Tc1 is being carried by insert port 31b to band is reached from supply tep reel 61
Be formed as linear in transportation route until on road 32.Thereby, it is possible to inhibit to have torsion etc. in the first carrier band Tc1.
(4. notice based on display lamp 24c and buzzer 12b)
Next, notifier processes of the explanation based on display lamp 24c and buzzer 12b.Fig. 6 is to indicate to be observed from the front display
An example of the display picture of the touch panel 24a of device 24.Display is equipped with based on splicing verification in the central portion of touch panel 24a
The information such as control mistake information display section 71.In the bar shaped for having display and being read by code reader 23 of information display section 71
The bar code display portion 72 of the number of code 26.
In addition, the upper right in touch panel 24a is equipped with display from the strong of the received reception electric wave of the access points such as production plant
The received-signal strength display unit 73 of degree.In addition, having cancel button 74 in information display section 71.The cancel button 74 for example by
For being intended in the case where stopping processing etc. in above-mentioned splicing verification.
In addition, being equipped with the tape feeder (illustration omitted) that display prediction element is used up in the left side of information display section 71
The advance notice display unit 75 of advance notice.Display unit 75 is predicted there are five setting in the touch panel 24a of present embodiment.In advance notice display unit
Shown in 75 it is that the prediction element received from host (illustration omitted) is used up, be filled with as supply object second carry
The information of tape feeder with Tc2.For example, the advance notice display unit 75 in top shows identification electronic component assembly machine
Module numbers " 2 ", indicates that the slot of the rigging position in the electronic component assembly machine of the tape feeder as supply object is compiled
Number " 4 ", the predicted time " 00:33:30 " until generating element is used up.In this case, advance notice display unit 75 display assembly
It is used up in the second carrier band Tc2 of the tape feeder of the slot numbering " 4 " of module number " 2 " in 33 points of generating elements after 30 seconds.
The information for the second carrier band Tc2 (tape feeder) that main body control portion 12 for example concentrates prediction element to use up and from master
Machine obtains ten amounts.Main body control portion 12 regularly executes the processing of acquirement.Main body control portion 12 is aobvious in advance notice display unit 75
Show shorter five of predicted time in ten information of acquirement, until thering is element to use up.In addition, main body control
Five tops from picture of display are successively shown in downward advance notice display by portion 12 from the shorter information of predicted time
Portion 75.As a result, as shown in fig. 6, the predicted time for being shown in advance notice display unit 75 successively increases downward from the top of picture
Time.
Here, until being formed as the predicted time that next element uses up, the operation for needing to start next splicing
Time until with sufficient time (in the example of Fig. 6 with 30 points or more of time) in the case where, there are operators
It is left from concatenation unit 10 and is intended to implement the situation of other operations etc..However, if by thering is element to use up when predicted time,
Then there are the hidden danger for causing production line to stop.Therefore, operator for example in order to used up without shortest element prediction when
Between (33 points 30 seconds), need to carry out other operations while paying close attention to the time.
On the other hand, have in the concatenation unit of present embodiment 10 through the prediction used up come notification element that shines
The display lamp 24c that time the shortens and buzzer 12b shortened by sound come the predicted time that notification element is used up.For example, working as
Predicted time that shortest element is used up (33 points and 30 seconds) foreshortens to 5 timesharing, and the execution of main body control portion 12 lights display lamp 24c simultaneously
And the processing of ring buzzer 12b.In addition, concatenation unit 10 be also configured to can according to the operation of touch panel 24a come
The opportunity that change is notified by display lamp 24c etc..
The operator for implementing other operations in production line etc. as a result, being capable of light, buzzer 12b by display lamp 24c
Sound left since concatenation unit 10 place confirmation close on should next splicing operation time.In addition, operation
Person can be not concerned with the process of time and directly intensively implement other operations Until Advised.As a result, can be improved
Operating efficiency can be realized the reduction of operator's quantity needed for production line etc..
In addition, the means of the process for the predicted time for notifying adjacent element to use up to operator are not limited to above-mentioned display
Lamp 24c and buzzer 12b.For example, concatenation unit 10 is also configured to notify to close on prediction to the portable terminal of operator
This case that the process of time.
(effects of 5. structures based on first embodiment)
The concatenation unit 10 of above-mentioned first embodiment has: splicing apparatus 21, to being wound in the of supply tep reel 61
One carrier band Tc1 (carrier band) is spliced with the second carrier band Tc2 (carrier band as supply object)；Support shaft 41 (support portion) is right
Supply is supported in a manner of it can rotate with tep reel 61；And retainer portion 42 (limiting unit), it limits from by support shaft 41
Outside of the first carrier band Tc1 that the supply of support tep reel 61 unclamps on the radial direction of supply tep reel 61 is mobile.
Supply is supported in a manner of it can rotate with tep reel 61 by support shaft 41 (support portion) as a result,.Therefore, it is spelling
Before the operation connect, supply tep reel 61 can be made to rotate on one side, easily pull out first unclamped from supply tep reel 61 on one side
Carrier band Tc1 is simultaneously positioned in splicing apparatus 21.At this point, due to being kept from supply with the first carrier band Tc1 that tep reel 61 unclamps
Frame portion 42 (limiting unit) is limited to the movement of the outside of the radial direction of supply tep reel 61, therefore is able to suppress first carrier band
Tc1 unclamps with being exceeded needs.As a result, for example, operator will be exceeded needs ground pine without carrying out after the completion of splicing
The the first carrier band Tc1 rollback opened can be realized the raising of operating efficiency to the operation of supply tep reel 61.
In turn, supply tep reel 61 is shaped generally as circular plate shape.Limiting unit have have can be for supply tep reel 61
A part insertion opening 42e box-formed shape retainer portion 42.
Supply tep reel 61 is shaped generally as circular plate shape as a result, by part of it from the opening 42e in retainer portion 42
The state of insertion is housed in retainer portion 42.Then, frame portion 42 is kept from supply with the first carrier band Tc1 that tep reel 61 unclamps
Limitation movement.
In turn, supply tep reel 61 has through hole 25d in the center of substantially circular plate shape.Support portion, which has, to be inserted into
In the support shaft 41 of the through hole 25d of supply tep reel 61.Support shaft 41 between the inner wall 42f in retainer portion 42 to be equipped with
The state in gap is in 42 inner support supply tep reel 61 of retainer portion.
Support shaft 41 is and being inserted in set on the through hole 25d in the center of supply tep reel 61 to supply band as a result,
Disk 61 is supported in a manner of it can rotate.Support shaft 41 is to be provided with gap between the inner wall 42f in retainer portion 42
State in 42 inner support supply tep reel 61 of retainer portion.Support shaft 41 can reduce supply tep reel 61 and keep as a result,
The contact in frame portion 42 and make the supply tep reel 61 for being inserted in retainer portion 42 be easy to rotate.Thereby, it is possible to one side to pass through holding
Frame portion 42 limits the movement of the first carrier band Tc1, so that the supply tep reel 61 is rotated and is easy to draw centered on support shaft 41 on one side
First carrier band Tc1 out.
In turn, splicing apparatus 21 has: insert port 31b, for the first carrier band Tc1 (carrier band) insertion of supply tep reel 61；
And with transport road 32, the first carrier band Tc1 being inserted into from insert port 31b is carried.Support shaft 41 (support portion) supports supply tep reel
61 so that the first carrier band Tc1 pulled out from supply tep reel 61 from supply tep reel 61 by insert port 31b to reaching band
Become in transportation route until on transport road 32 linear.
Front end is inserted into from insert port 31b and is configured at band transport road by the first carrier band Tc1 of supply tep reel 61 as a result,
On 32.First carrier band Tc1 from the base end part of 61 side of supply tep reel by insert port 31b to reach be configured at band carry
It is configured in the transportation route until front end on road 32 linear.Thereby, it is possible to inhibit to have in the first carrier band Tc1
Torsion etc. is able to suppress the first carrier band Tc1 and unclamps from supply tep reel 61.
In turn, concatenation unit 10 is also equipped with the tep reel bucket 22 that can accommodate multiple supply tep reels 61.(the support of support shaft 41
Portion) and retainer portion 42 (limiting unit) can be integrated with tep reel bucket 22.
Multiple supplies can be intensively contained in tep reel bucket 22 with tep reel 61 and carried by concatenation unit 10 as a result,.
Operator is able to use each supply and tep reel 61 is used continuously to implement to spell to multiple carrier bands (the second carrier band Tc2) as supply object
It connects.In addition, be able to suppress the first carrier band Tc1 due in the operation repeatedly spliced and unnecessarily unclamped from supply with tep reel 61,
Therefore operator can be improved operating efficiency and implement the operation spliced one by one.In turn, by (propping up support shaft 41
Support part) and retainer portion 42 (limiting unit) can be integrated with tep reel bucket 22, can be realized constitute concatenation unit 10 element number of packages
Reduction.
(6. second embodiment)
Next, illustrating the second embodiment of concatenation unit of the invention using Fig. 7.Fig. 7 indicates second embodiment
Retainer portion 142.In addition, in the following description, marking identical attached drawing for structure same as the first embodiment
Label, suitably omits the explanation.The retainer portion 142 of second embodiment and the holding of first embodiment shown in fig. 5
Frame portion 42 compares, and difference is have in notch 81 and leaf spring 82 (an example of force section) this two o'clock.
As illustrated by above-mentioned first embodiment, retainer portion 42 has the (axis of support shaft 41 in left and right directions
To) between across supply side that is opposite with tep reel 61 and keeping supply tep reel 61 the second side plate 42c and side plate 51c
(an example of a pair of side plates).Also, in this second embodiment, in a pair the second side plate 42c and side plate 51c, support shaft
Second side plate 42c of the 41 front end side 41a has and supply accordingly cuts the opening side 42e with the circular plate shape of tep reel 61
Notch 81 made of a part.
As shown in fig. 7, notch 81 set on the upside (opening the side 42e) of the second side plate 42c, is formed as with from second side
Two sides on front-rear direction in plate 42c are increasingly towards the inclined shape of lower side towards center.It is being observed from the right second
In the case where side plate 42c, notch 81 is formed towards the cut out portion of the recessed isosceles triangle of lower side.
As described above, for example as shown in the arrow of Fig. 4 63, supply band that operator will take out from tep reel bucket 22
Disk 61 is inserted obliquely into the opening 42e in retainer portion 42 from upper right side.At this point, being reduced by the way that notch 81 is arranged from opening
The supply tep reel 61 of mouthful 42e insertion and the contact of the second side plate 42c.Operator is easy to supply tep reel 61 being inserted in tep reel
Bucket 22 is simultaneously assemblied in support shaft 41.
In addition, retainer portion 142 has leaf spring 82 in bottom 42d.Leaf spring 82 be formed as by base end part 82a (one end
An example) be fixed on bottom 42d, by front end 82b (an example of the other end) between a pair of of plectane 25a of supply tep reel 61
The position of insertion and shape.Front end 82b is in a manner of from the outside of radial direction towards inside to being wound in connection shaft 25b's
First carrier band Tc1 force.As shown in the arrow 83 of Fig. 7, retainer portion 142 is inserted into supply tep reel 61 and is supported axis
In the state of 41 supports, from front side-lower by the front end 82b of leaf spring 82 to the first carrier band Tc1 force.First carrier band Tc1
It is limited by leaf spring 82 mobile to the outside of the radial direction of supply tep reel 61.In addition, exert a force to the first carrier band Tc1
Component is not limited to leaf spring 82, is also possible to rubber etc..In addition, the position of setting leaf spring 82 is not limited to bottom 42d,
It can be first side plate 42a etc..
(effects of 7. structures based on second embodiment)
The retainer portion 142 of above-mentioned second embodiment have in the axial direction of support shaft 41 between across supply tep reel 61
And opposite side plate 51c and the second side plate 42c (a pair of side plates).In a pair of side plates (side plate 51c and the second side plate 42c), branch
The side plate (the second side plate 42c) for supportting the front end side 41a of axis 41 has and supply with the shape of tep reel 61 accordingly cuts opening
Notch 81 made of a part of the side 42e.
It is used between a pair of side plates (side plate 51c and the second side plate 42c) is set in the axial direction of support shaft 41 as a result, across supply
Tep reel 61 and opposite position.It is in a pair of side plates (side plate 51c and the second side plate 42c), the front end side 41a of support shaft 41
Side plate (the second side plate 42c) has notch 81 in the opening side 42e.Thereby, it is possible to reduce supply tep reel 61 being inserted in guarantor
Supply tep reel 61 and the second side plate 42c when holding frame portion 142 and the front end 41a of support shaft 41 being inserted in through hole 25d
The contact of (side plate).Operator is easy to for support shaft 41 being inserted in the through hole 25d of supply tep reel 61 as a result,.In addition, supply
With tep reel 61 after being inserted into retainer portion 142, limited by a pair of side plates (side plate 51c and the second side plate 42c) to support
The axial movement of axis 41.Thereby, it is possible to inhibit supply tep reel 61 to fall off from support shaft 41 when release first carries Tc1.
In turn, supply tep reel 61 have a pair of of plectane 25a and by a pair of of plectane 25a it is connected to each other and wind first carrier band
The connection shaft 25b of Tc1 (carrier band).Retainer portion 142 has leaf spring 82 (force section).Leaf spring 82 is by base end part 82a (one end)
Be fixed on retainer portion 142 (bottom 42d), by front end 82b (the other end) from be inserted between a pair of of plectane 25a and from radius
The outside in direction inwardly exerts a force to the first carrier band Tc1 for being wound in connection shaft 25b.
Front end 82b (the other end) is inserted in supply and used by the leaf spring 82 (force section) set on retainer portion 142 as a result,
It exerts a force to the inside of radial direction to the first carrier band Tc1 between a pair of of plectane 25a of tep reel 61.As a result, for example, for
The less supply tep reel 61 of winding number of one carrier band Tc1, leaf spring 82 is on radial direction of the supply with tep reel 61 (plectane 25a)
, closer to connection shaft 25b position limitation first carrier band Tc1 movement, can effectively inhibit this first carrier band Tc1 quilt
Beyond needing unclamp.
(8. third embodiment)
Next, illustrating the third embodiment of concatenation unit of the invention using Fig. 8.Fig. 8 shows third embodiments
Tep reel bucket 122.In addition, in the following description, marking identical attached drawing mark for structure same as the first embodiment
Note, suitably omits the explanation.The tep reel bucket 122 of third embodiment and the tep reel bucket 22 of first embodiment shown in fig. 5
The difference is that not having support shaft 41.
Tep reel bucket 122 side plate 51c integrally provided with retainer portion 242.The retainer portion 242 of third embodiment with
The retainer portion 42 (referring to Fig. 5) of first embodiment is longer compared to the length in up and down direction, can be for supply tep reel
The depth of 61 insertions is deeper.It is different from the first embodiment, shape in the state of being inserted in retainer portion 242 of supply tep reel 61
As the state for contacting lower part 61a with the bottom 42d in retainer portion 242.
Distance L2 on the front-rear direction of first side plate 42a, the 42b in retainer portion 242 is formed as than supply tep reel 61
The slightly larger length of diameter D1.First side plate 42a, 42b constraint of supply is moved in the longitudinal direction with tep reel 61.In addition, keeping
The second side plate 42c constraint of supply in frame portion 242 is moved to the right with tep reel 61.Retainer portion 242 is so that lower part 61a and bottom
The state of 42d contact is supported supply with tep reel 61 in a manner of it can rotate.The retainer of third embodiment as a result,
Portion 242 is also functioned as support portion other than the limiting unit in the application.In such a configuration, can obtain with
The identical effect of above-mentioned first embodiment.In addition, different from above-mentioned first embodiment, without by supply with tep reel 61 to branch
It supports axis 41 to assemble, dismounting of the supply with tep reel 61 relative to retainer portion 242 becomes easy.
(9. the 4th embodiment)
Next, illustrating the 4th embodiment of concatenation unit of the invention using Fig. 9.Fig. 9 indicates the 4th embodiment
Tep reel bucket 222.In addition, in the following description, marking identical attached drawing mark for structure same as the first embodiment
Note, suitably omits the explanation.The tep reel bucket 22 of first embodiment shown in the tep reel bucket 222 and Fig. 5 of 4th embodiment
The difference is that not having retainer portion 42.In addition, tep reel bucket 222 and first embodiment are the difference is that have limit
Portion 85 processed.
Limiting unit 85 is set to the position of the supply top of tep reel 61, has and supports with supply with what the top of tep reel 61 abutted
Socket part 85a.Abutting part 85a is formed as the arc-shaped of the periphery of the plectane 25a along supply tep reel 61.In the side of tep reel bucket 222
Plate 51c is fixed with rotary supporting part 86.Rotary supporting part 86 is formed as extending in the up-down direction along the face on the right side of side plate 51c
Plate.Rotary supporting part 86 is configured in the lateral direction between side plate 51c and supply tep reel 61.
Limiting unit 85, which is installed to be, to be rotated relative to the upper end of rotary supporting part 86.Limiting unit 85 is along preceding
It is rotated centered on the axis of rear direction to the direction of arrow 87 shown in Fig. 9, the supply that can change and be supported the support of axis 41 is used
The opposite position of tep reel 61.Operator rotates limiting unit 85 for example after supply tep reel 61 is installed on support shaft 41
And it is set as the state for abutting abutting part 85a with supply tep reel 61.In such a state, even if unloading the band of fixed front end
Deng, supply tep reel 61 the first carrier band Tc1 also restricting portion 85 limit it is mobile to the outside of radial direction.Even as a result,
Such structure can also obtain the effect being the same as the above first embodiment.
(10. the 5th embodiment)
Next, illustrating the 5th embodiment of concatenation unit of the invention using Figure 10 and Figure 11.Figure 10 is indicated from upper
The top view of the concatenation unit 110 of the 5th embodiment of side's observation.Figure 11 schematically shows the retainer of the 5th embodiment
Portion 342.In addition, in the following description, marking identical appended drawing reference for structure same as the first embodiment, suitably
Omit the explanation in ground.The concatenation unit 110 of 5th embodiment and the concatenation unit 10 of first embodiment shown in Fig. 3 are not
It is do not have tep reel bucket 22 with place.
The supporting member 28 that retainer portion 342 is fixed in column portion 18 (referring to Fig.1) supports from below.Retainer portion 342
Have the second side plate of a pair 91 opposite in the lateral direction and three limitation sticks 92 that a pair of second side plate 91 is connected to each other.
From left and right directions, a pair of second side plate 91 is formed as longer rectangle tabular in the longitudinal direction.Energy
Supply tep reel 61 is inserted between a pair of second side plate 91 by enough openings 93 from upper side.
Three limitation sticks 92 are formed as in left-right direction rodlike, are set as to be revolved relative to the second side plate 91
Turn.Three limitation sticks 92 are set as relative to the supply being inserted into from the opening 93 scheduled position on the outer periphery of tep reel 61 and circle
Plate 25a contact.Three limitation 92 pairs of supplies of stick are supported in a manner of it can rotate with tep reel 61, and limit the first carrier band
Tc1 is mobile to the outside of radial direction.The retainer portion 342 of the 5th embodiment is other than the limiting unit of the application as a result,
Also functioned as support portion.Even such structure can also obtain the effect being the same as the above first embodiment.
It is configured to be fixed on the second side plate 91 and can not rotate in addition it is also possible to which stick 92 will be limited.In this case, retainer portion 342
Also supply can be supported in a manner of it can rotate with tep reel 61.
In addition, as shown in figure 12, retainer portion 342 is also configured to only have a piece of second side plate 91.In addition, limitation
Stick 92 is not limited to rodlike component, be also possible to abut with the plectane 25a of supply tep reel 61 and the roller 192 that rotates.Such as
Shown in Figure 12, retainer portion 342 only has a piece of the second side plate 91 for being fixed on supporting member 28.Roller 192 be configured to
It is fixed on centered on the support shaft 192a of the second side plate 91 and rotates.Even such structure, can also obtain and above-mentioned first
The identical effect of embodiment.
(modes of texturing of 11. embodiments)
In the above-described first embodiment, from left and right directions, retainer portion 42 is formed as in front and back
Longer box-formed shape on direction, but the shape in retainer portion 42 is not limited thereto.Such as shown in figure 13, from left and right
In the case that direction is observed, retainer portion 442 is also possible to be formed as semicircular box-formed shape outstanding downwards.Figure 13 institute
The retainer portion 442 shown is formed as the substantially semi-circular box-shaped with the end of section corresponding with the peripheral shape of supply tep reel 61
Shape.Retainer portion 442 is supported component 28 and supports lower end outstanding.Even the retainer portion 442 of such shape,
Supply can be supported in a manner of it can rotate on one side with tep reel 61, the first carrier band Tc1 is inhibited to be exceeded needs on one side
It unclamps on ground.
In addition, the limiting unit in the application is not limited to box-shaped with the end, it is also possible to tubular.
In addition, in the above-described first embodiment, support shaft 41 supports supply tep reel 61, so that from supply tep reel 61
The the first carrier band Tc1 pulled out from supply tep reel 61 by insert port 31b to reaching with removing until on transport road 32
Transporting becomes linear in route.However, for example, support shaft 41 be also possible to from the longitudinal direction with insert port shown in Fig. 3
The position that left direction is played in 31b opposite position, right direction deviates.In this case, first pulled out from supply with tep reel 61
It carries Tc1 and is formed as pre- along relative to band transport road 32 in the transport road until from supply tep reel 61 to insert port 31b
It is carried in the direction of fixed angle.
In addition, in the above-described first embodiment, it, can be appropriate as an example of shape of receiving portion 22a of tep reel bucket 22 etc.
Ground change.For example, receiving portion 22a is also possible to construction as the shelf being arranged side by side along the up and down direction of tep reel bucket 22.Or
Person, receiving portion 22a are also possible to the construction arranged side by side along the up and down direction and left and right directions of tep reel bucket 22.In this case,
The position of support shaft 41 and retainer portion 42 can also be changed as appropriate.In addition, tep reel bucket 22 may also be only not by demarcation plate
The case portion 51 of 52 separations, the case that receiving supply tep reel 25 can be concentrated.
In addition, in the above-described first embodiment, concatenation unit 10 is also configured to, do not have display lamp 24c and bee
Ring device 12b, but the predicted time that notification element is not used up shortens this case.In addition, concatenation unit 10 is also configured to
Only have any one of display lamp 24c and buzzer 12b.
Description of symbols
10: concatenation unit 21: splicing apparatus 22: tep reel bucket 25,61: supply uses tep reel 25a: plectane 25b: connection
Axis 25d: through hole 31b: insert port 32: band transport road 41: support shaft (support portion) 42,142,242,342,442: protecting
Hold the 42c: the second side plate 42e of frame portion (limiting unit), 93: opening 42f: inner wall 51c: side plate 81: notch 82: leaf spring
82a: base end part (one end) 82b: carrier band (carrier band) Tc2: the second carrier band of front end (the other end) Tc1: the first (as
Feed the carrier band of object)
Claims (7)
1. a kind of concatenation unit, has:
Splicing apparatus uses the carrier band of tep reel to splice with the carrier band as supply object to supply is wound in；
Support portion is supported the supply with tep reel in a manner of it can rotate；And
Limiting unit limits the carrier band that is unclamped from the supply supported from the support portion with tep reel to the supply band
The outside of the radial direction of disk is mobile.
2. concatenation unit according to claim 1, wherein
The supply is shaped generally as circular plate shape with tep reel,
The limiting unit has the retainer portion of box-formed shape, and the retainer portion has can be for the one of the supply tep reel
The opening of partial insertion.
3. concatenation unit according to claim 2, wherein
The supply tep reel has through hole in the center of substantially circular plate shape,
The support portion, which has, to be inserted into the support shaft of the through hole of the supply tep reel,
The support shaft is to be equipped with the state in gap in retainer portion inner support between the inner wall in the retainer portion
Tep reel is used in the supply.
4. concatenation unit according to claim 3, wherein
The retainer portion have in the axial direction of the support shaft between across the supply tep reel and opposite a pair of side plates,
The side plate of the front end side of support shaft in the pair of side plate, described has corresponding with the shape of the supply tep reel
Ground cuts notch made of a part of the open side.
5. the concatenation unit according to any one of claim 2~4, wherein
The supply tep reel has a pair of of plectane and the pair of plectane is connected to each other and wind the connection shaft of the carrier band,
The retainer portion has force section,
One end is fixed on the retainer portion by the force section, by the other end from be inserted between the pair of plectane and from
The outside of the radial direction inwardly exerts a force to the carrier band for being wound in the connection shaft.
6. concatenation unit according to any one of claims 1 to 5, wherein
The splicing apparatus has: insert port, is inserted into for the carrier band of the supply tep reel；And with transport road, carry from
The carrier band of the insert port insertion,
The support portion support supply tep reel, so that the carrier band pulled out from supply tep reel is from the benefit
Become linear to reaching in the transportation route with until on transport road by the insert port to being folded with band.
7. concatenation unit described according to claim 1~any one of 6, wherein
The concatenation unit is also equipped with the tep reel bucket that can accommodate multiple supply tep reels,
The support portion and the limiting unit can be integrated with the tep reel bucket.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2016/080405 WO2018070024A1 (en) | 2016-10-13 | 2016-10-13 | Splicing unit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109804727A true CN109804727A (en) | 2019-05-24 |
| CN109804727B CN109804727B (en) | 2020-11-03 |
Family
ID=61905491
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201680089989.5A Active CN109804727B (en) | 2016-10-13 | 2016-10-13 | Splicing unit |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6865229B2 (en) |
| CN (1) | CN109804727B (en) |
| WO (1) | WO2018070024A1 (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6928796B2 (en) * | 2019-03-29 | 2021-09-01 | パナソニックＩｐマネジメント株式会社 | Carrier tape holder, holder and carrier tape package |
| WO2023145058A1 (en) * | 2022-01-31 | 2023-08-03 | 株式会社Fuji | Feeder, component mounting apparatus, and component mounting method |
Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6652706B1 (en) * | 2000-12-01 | 2003-11-25 | Delaware Capital Formation, Inc. | Tape feeder with improved cover tape disposition path and drive |
| CN202931739U (en) * | 2009-05-13 | 2013-05-08 | 亚桥精准装配股份有限公司 | Pickup and placing machine |
| JP5223881B2 (en) * | 2010-04-19 | 2013-06-26 | パナソニック株式会社 | Component supply method in component mounting apparatus |
| CN203105052U (en) * | 2012-03-23 | 2013-07-31 | 松下电器产业株式会社 | Carrier tape splicing device |
| JP2014090091A (en) * | 2012-10-30 | 2014-05-15 | Panasonic Corp | Carrier tape splicing apparatus and carrier tape splicing method |
| CN104509232A (en) * | 2012-07-27 | 2015-04-08 | 松下知识产权经营株式会社 | Tape feeder, and method for feeding tape |
| JP2015076466A (en) * | 2013-10-08 | 2015-04-20 | 三井金属計測機工株式会社 | Automatic splicing device, feeding device equipped with the same, and cassette type tape holding tool |
| JP5881196B2 (en) * | 2012-06-20 | 2016-03-09 | 富士機械製造株式会社 | Reel, tape feeder, component mounting machine, and tape splicing method |
| CN205546418U (en) * | 2016-03-29 | 2016-08-31 | 北亚美亚电子科技（深圳）有限公司 | Novel engagement assembly is taken to material |
| CN105981489A (en) * | 2014-02-12 | 2016-09-28 | 富士机械制造株式会社 | Splicing device and splicing method |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4320199B2 (en) * | 2002-05-24 | 2009-08-26 | 富士機械製造株式会社 | Tape feeder and electronic component supply system |
| JP4852383B2 (en) * | 2006-09-28 | 2012-01-11 | ヤマハ発動機株式会社 | Component supply device, surface mounter, and reel holding method in component supply device |
| JP4673439B2 (en) * | 2010-05-31 | 2011-04-20 | 富士機械製造株式会社 | Anti-feeder work support device |
| JP6040421B2 (en) * | 2013-09-05 | 2016-12-07 | パナソニックＩｐマネジメント株式会社 | Reel holder and component mounting apparatus |
-
2016
- 2016-10-13 CN CN201680089989.5A patent/CN109804727B/en active Active
- 2016-10-13 JP JP2018544649A patent/JP6865229B2/en active Active
- 2016-10-13 WO PCT/JP2016/080405 patent/WO2018070024A1/en active Application Filing
Patent Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6652706B1 (en) * | 2000-12-01 | 2003-11-25 | Delaware Capital Formation, Inc. | Tape feeder with improved cover tape disposition path and drive |
| CN202931739U (en) * | 2009-05-13 | 2013-05-08 | 亚桥精准装配股份有限公司 | Pickup and placing machine |
| JP5223881B2 (en) * | 2010-04-19 | 2013-06-26 | パナソニック株式会社 | Component supply method in component mounting apparatus |
| CN203105052U (en) * | 2012-03-23 | 2013-07-31 | 松下电器产业株式会社 | Carrier tape splicing device |
| JP5881196B2 (en) * | 2012-06-20 | 2016-03-09 | 富士機械製造株式会社 | Reel, tape feeder, component mounting machine, and tape splicing method |
| CN104509232A (en) * | 2012-07-27 | 2015-04-08 | 松下知识产权经营株式会社 | Tape feeder, and method for feeding tape |
| JP2014090091A (en) * | 2012-10-30 | 2014-05-15 | Panasonic Corp | Carrier tape splicing apparatus and carrier tape splicing method |
| JP2015076466A (en) * | 2013-10-08 | 2015-04-20 | 三井金属計測機工株式会社 | Automatic splicing device, feeding device equipped with the same, and cassette type tape holding tool |
| CN105981489A (en) * | 2014-02-12 | 2016-09-28 | 富士机械制造株式会社 | Splicing device and splicing method |
| CN205546418U (en) * | 2016-03-29 | 2016-08-31 | 北亚美亚电子科技（深圳）有限公司 | Novel engagement assembly is taken to material |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2018070024A1 (en) | 2018-04-19 |
| CN109804727B (en) | 2020-11-03 |
| JP6865229B2 (en) | 2021-04-28 |
| JPWO2018070024A1 (en) | 2019-07-25 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| KR102015556B1 (en) | Smartphone Packaging and Virtual Reality Headset | |
| CN103069836B (en) | telecommunication assembly | |
| JP6554673B2 (en) | Parts container management device, parts container storage, and parts preparation instruction method | |
| CN109804727A (en) | Concatenation unit | |
| EP2637871B1 (en) | Tape reel device and tape cartridge including the same | |
| CN105247977B (en) | Boxlike suction nozzle replacing unit and its replacement system | |
| WO2014118995A1 (en) | Cassette-type feeder replacement system for component-mounting machine | |
| US10798860B2 (en) | Component supply method and component mounting system | |
| US20080065676A1 (en) | System and method for tracing data storage devices | |
| JPH10500379A (en) | Dispenser device for surface mounting parts | |
| CN108357722B (en) | Reel support | |
| KR102155260B1 (en) | Tape reel turret apparatus for a tape and reel machine | |
| JP7175511B2 (en) | Multi-copter system and baggage delivery method | |
| JPWO2015162762A1 (en) | Carrier tape detection device and detection method | |
| CN104350729A (en) | Shell for mobile telephone and mobile terminal | |
| JP5974747B2 (en) | Fall detection device and fall detection system | |
| JP4584854B2 (en) | Magnetic tape cartridge | |
| US9293167B2 (en) | Library apparatus | |
| JP6602965B2 (en) | Mobile device | |
| KR101647611B1 (en) | Smartphones wallet type multi case | |
| JP4028537B2 (en) | How to manage parts | |
| JP4496913B2 (en) | Package electronic components and electronic component mounters | |
| CN215323926U (en) | Optical fiber circulation rotating box and optical fiber circulation rotating box assembly with same | |
| JP4344676B2 (en) | Game machine carrier | |
| JP2012214260A (en) | Ticket issuing unit |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |