CN203877579U

CN203877579U - Conveying device for chip coil detecting mechanism

Info

Publication number: CN203877579U
Application number: CN201420312250.4U
Authority: CN
Inventors: 韩宏德
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-06-12
Filing date: 2014-06-12
Publication date: 2014-10-15
Anticipated expiration: 2024-06-12

Abstract

The utility model discloses a conveying device for a chip coil detecting mechanism. The conveying device comprises a base, two moving parts, a channel, two cover plates and a driver, wherein the two moving parts are pivoted to the base, the channel is arranged between the two moving parts and used for chip coils to pass through, and the two cover plates are respectively pivoted to the moving parts and arranged on the two sides of the channel. The driver comprises a pin wheel which is arranged in the channel. Due to the fact that the moving parts are pivoted to the base, the width of the channel can be adjusted conveniently. Thus, the installation of the conveying device is simplified, and the chip coils are convenient to replace.

Description

The feedway of chip winding testing agency

Technical field

The utility model relates to the feedway of a kind of chip winding testing agency, refers to especially a kind of feedway of the chip winding testing agency for detection of the chip on bendable carrying belt.

Background technology

The encapsulation technology of chip often adopts the automatic joining technique of coil type in recent years.The automatic joining technique of so-called coil type, is connected a chip with the metallic circuit being arranged on bendable chip bearing belt.Existing packaging rewinding type chip assembly, for example packaging part (Tape Carrier Package is carried in winding, TCP), flip-chip membrane encapsulation devices (Chip-On-Film Package, COF package) etc., all with a strip chip bearing, bring the various chips of carrying, and conveniently store and transport.And the similar cinestrip band of the common external form of chip bearing belt, its material be take polyimide (Polyimide) as main, and the metallic circuit on it be take copper as main.Compare traditional routing joining technique, the advantage of the automatic joining technique of coil type is to dwindle metal gasket spacing on IC chip, and then improves the density of junction of electric circuits, and after encapsulation, overall volume is less.

Prior art, when carrying chip winding to accept to detect for the chip in winding, is that winding is penetrated in the runner of winding feedway.And the cover plate of existing chip winding feedway is fixed type, the input port that the front end of winding must be aimed to runner while making chip winding is installed penetrate, afterwards one-inch one-inch winding is filled in runner again.In addition, if will install, change the chip winding of different in width, must first take the cover plate of described chip winding feedway apart, then adjust the passage width of described chip winding feedway, cause and install and change that the process of winding is consuming time and operating efficiency is poor.

Utility model content

In view of this, the utility model provides a kind of chip winding testing agency, and the problem that process is consuming time and operating efficiency is poor of winding is installed and changes to solve the feedway of existing chip winding testing agency.

Main purpose of the present utility model is to provide the feedway of a chip winding testing agency, utilizes moving member is hubbed on base, can conveniently adjust the width of passage.

For reaching aforementioned object of the present utility model, the utility model one embodiment provides the feedway of a kind of chip winding testing agency, in order to carry a chip winding, described feedway comprises a base, two moving members, a passage, two cover plates and an actuator, described two moving members are hubbed on described base, described passage is between described two moving members and use for described chip winding and pass through, described two cover plates are articulated in respectively on described moving member, and be positioned at described passage two sides, described actuator comprises a pinwheel, and described pinwheel is arranged in described passage.

In an embodiment of the present utility model, each moving member comprises a base plate, a body of rod and abuts against bar, described base plate is arranged on described base, the described body of rod is arranged on described base plate and for corresponding described cover plate pivot joint, describedly abut against the side that bar is arranged on described base plate and is positioned at the described body of rod, use for corresponding described cover plate and abut against.

In an embodiment of the present utility model, wherein the base plate of a moving member has a side recess, uses for described pinwheel accommodating.

In an embodiment of the present utility model, each moving member also has at least one chute, is formed on the bottom surface of described base plate, in order to be combined on described base.

In an embodiment of the present utility model, each moving member also has at least one detector, abuts against on bar, in order to detect described cover plate described in being arranged on.

In an embodiment of the present utility model, each moving member also has at least one knob, is arranged on one end of the described body of rod.

In an embodiment of the present utility model, the surface of each knob forms a rough surface.

In an embodiment of the present utility model, wherein a cover plate has a roller, in order to abut against described chip winding.

In an embodiment of the present utility model, described roller is positioned at the top of described pinwheel.

In an embodiment of the present utility model, each cover plate has at least one magnet assembly, in order to Adsorption Phase corresponding abut against bar.

As mentioned above, utilizing each moving member is to be hubbed on described base, described moving member is moved back and forth toward the direction of described passage and away from the direction of described passage, to adjust the width of described passage, and coordinate test by the chip winding of the different in width of described passage, can simplify described feedway in installing and changing described chip winding, in order to shorten the test duration and to improve operating efficiency.

Accompanying drawing explanation

Fig. 1 is the block diagram of an embodiment of the feedway of the utility model one embodiment chip winding testing agency.

Fig. 2 is the partial view of an embodiment of the feedway of the utility model one embodiment chip winding testing agency.

Fig. 3 is the exploded drawings of an embodiment of the feedway of the utility model one embodiment chip winding testing agency.

The specific embodiment

The explanation of following embodiment is graphic with reference to what add, can be in order to the specific embodiment of implementing in order to illustration the utility model.Moreover, the direction term that the utility model is mentioned, such as upper and lower, top, the end, front, rear, left and right, inside and outside, side, around, central authorities, level, laterally, vertically, longitudinally, axially, radially, the superiors or orlop etc., be only the direction with reference to annexed drawings.Therefore, the direction term of use is in order to illustrate and to understand the utility model, but not in order to limit the utility model.

Please refer to shown in Fig. 1 to 3, the feedway 100 of the chip winding testing agency of the utility model one embodiment, be arranged in described chip winding testing agency 101, in order to detect a chip winding 102 (as shown in Figure 2), wherein said chip winding 102 is arranged at several chips on bendable chip bearing belt and (does not illustrate), described feedway 100 comprises a base 2, two moving members 3, a passage 4, two cover plates 5 and an actuator 6, utilizes described chip winding 102 is penetrated in the passage 4 of described feedway 100 to carry out chip detection; The utility model is by the detail structure, assembled relation and the operation principles thereof that below describe described each assembly of mounting equipment in detail.

Continuous referring to figs. 1 through shown in 3, described base 2 is arranged between a winding feeding unit 103 and a winding rewinding unit 104 of described chip winding testing agency 101, wherein said winding feeding unit 103 comprises a feed table 105, described winding rewinding unit 104 comprises a rewinding dish 106, described chip winding 102 can be wound on described feed table 105 in advance, and see through the described chip winding 102 of described feedway 100 conveying, and furl in described rewinding dish 106.

Continuous referring to figs. 1 through shown in 3, described two moving members 3 are hubbed on described base 2, and can be on described base 2 sway, each moving member 3 comprises a base plate 31, one body of rod 32, one abuts against bar 33, two chutes 34, one detector 35 and two knobs 36, wherein said chute 34, detector 35 and knob 36 can be provided with one or more than, with the present embodiment, be not limited, in addition, described base plate 31 is arranged on the upper surface of described base 2, the described body of rod 32 is fixed on described base plate 31 and for corresponding described cover plate 5 pivot joints, the cover plate 5 that is described two moving members 3 can be articulated on the corresponding body of rod 32 turningly, describedly abut against the side that bar 33 is arranged on described base plate 31 and is positioned at the described body of rod 32, and near described passage 4, the cover plate 5 of described two moving members 3 is reliably against corresponding abutting against on bar 33, described two chutes 34 are formed on the bottom surface of described base plate 31, in order to be combined on the slide rail (not illustrating) of described base 2, described base plate 31 can be moved back and forth toward the direction of described passage 4 and away from the direction of described passage 4, described in being arranged on, described detector 35 abuts against on bar 33, in order to detect the cover plate 5 of described two moving members 3, cover the corresponding state that abuts against bar 33, described two knobs 36 are separately positioned on the rear and front end of the described body of rod 32, the surface of each knob 36 forms a rough surface, the friction force contacting with described rough surface in order to improve finger, the rotatable described knob 36 of user and open or cover corresponding cover plate 5.

Continuous referring to figs. 1 through shown in 3, described passage 4, between described two moving members 3, and is used for described chip winding 102 and is passed through, and utilizes the base plate 31 of mobile described two moving members 3, the width of passage 4 described in capable of regulating, and then can conveniently coordinate the chip winding 102 that different in width is installed.

Described two cover plates 5 are articulated in respectively on the body of rod 32 of described moving member 3, and be positioned at two sides of described passage 4, each cover plate 5 has a magnet assembly 51 (or more than two) that is positioned at bottom surface, when described cover plate 5 covers correspondingly while abutting against bar 33, described in described magnet assembly 51 is adsorbable, abut against bar 33, and fixing described cover plate 5, in addition, wherein a cover plate 5 has a roller 52, in order to abut against described chip winding 102, avoids described chip winding 102 to produce gauffer.

Continuous referring to figs. 1 through shown in 3, described actuator 6 comprises a pinwheel 61 and a motor (not illustrating), described pinwheel 61 is arranged in described passage 4, and described roller 53 is positioned at the top of described pinwheel 61, described motor can drive described pinwheel 61 rotations, and drives described chip winding 102 to be moved from described feed table 105 toward described rewinding dish 106, in addition, wherein the base plate 31 of a moving member 3 has a side recess 311, in order to accommodating described pinwheel 61.

According to above-mentioned structure, the chip winding 102 that is wound in advance described feed table 105 is placed in described passage 4, the end of described chip winding 102 is around being received on described rewinding dish 106, then covering described cover plate 5 makes described chip winding 102 be limited in described passage 4, utilize a rotary distance motor (not illustrating) to drive described feed table 105, described chip winding 102 is sequentially transferred in described feedway 100, simultaneously, described pinwheel 61 also continues to rotate, several perforations of the described chip winding 102 of described pinwheel 61 engagement, make chip winding 102 by described passage 4 be driven output and be sent to described rewinding dish 106.

Design described above, the base plate 31 that utilizes each moving member 3 is to be hubbed on described base 2, the chute that is described base plate 31 can translation on the slide rail of described base 2, described moving member 3 is moved back and forth toward the direction of described passage 4 and away from the direction of described passage 4, to adjust the width of described passage 4, and coordinate test by the chip winding 102 of the different in width of described passage 4, can simplify described feedway 100 in installing and changing described chip winding 102, in order to shorten the test duration and to improve operating efficiency.

The utility model is described by above-mentioned related embodiment, yet above-described embodiment is only for implementing example of the present utility model.Must be pointed out that, published embodiment does not limit scope of the present utility model.Contrary, be contained in the spirit of claims and the modification of scope and impartial setting is included in scope of the present utility model.

Claims

The feedway of 1.Yi Zhong chip winding testing agency, in order to carry a chip winding, is characterized in that: described feedway comprises:

One base;

Two moving members, are hubbed on described base;

One passage, between described two moving members and use for described chip winding and pass through;

Two cover plates, are articulated in respectively on described moving member, and are positioned at described passage two sides; And

One actuator, comprises a pinwheel, is arranged in described passage.
2. the feedway of chip winding as claimed in claim 1 testing agency, is characterized in that: each moving member comprises: a base plate, is arranged on described base; One body of rod, is arranged on described base plate and for corresponding described cover plate pivot joint; And one abut against bar, be arranged on described base plate and be positioned at a side of the described body of rod, use for corresponding described cover plate and abut against.
3. the feedway of chip winding as claimed in claim 2 testing agency, is characterized in that: wherein the base plate of a moving member has a side recess, uses for described pinwheel accommodating.
4. the feedway of chip winding as claimed in claim 2 testing agency, is characterized in that: each moving member also has at least one chute, is formed on the bottom surface of described base plate, in order to be combined on described base.
5. the feedway of chip winding as claimed in claim 2 testing agency, is characterized in that: each moving member also has at least one detector, abuts against on bar, in order to detect described cover plate described in being arranged on.
6. the feedway of chip winding as claimed in claim 2 testing agency, is characterized in that: each moving member also has at least one knob, is arranged on one end of the described body of rod.
7. the feedway of chip winding as claimed in claim 6 testing agency, is characterized in that: the surface of each knob forms a rough surface.
8. the feedway of chip winding as claimed in claim 1 testing agency, is characterized in that: wherein a cover plate has a roller, in order to abut against described chip winding.
9. the feedway of chip winding as claimed in claim 8 testing agency, is characterized in that: described roller is positioned at the top of described pinwheel.
10. the feedway of chip winding as claimed in claim 1 testing agency, is characterized in that: each cover plate has at least one magnet assembly, in order to Adsorption Phase corresponding abut against bar.