CN205844759U - The automatic iron core of quartz watch movement inserts retaining device - Google Patents
The automatic iron core of quartz watch movement inserts retaining device Download PDFInfo
- Publication number
- CN205844759U CN205844759U CN201620740503.7U CN201620740503U CN205844759U CN 205844759 U CN205844759 U CN 205844759U CN 201620740503 U CN201620740503 U CN 201620740503U CN 205844759 U CN205844759 U CN 205844759U
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- iron core
- baffle plate
- plate
- groove
- slide assemblies
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Abstract
This utility model provides a kind of automatic iron core of quartz watch movement and inserts retaining device, including base plate, striker plate, gripper shoe, the automatic slide assemblies of gripper shoe, iron core push pedal, automatically push away core assembly, baffle plate pressing plate, from dynamic pressure baffle plate assembly, the leading flank of described base plate is provided with the first groove, the leading flank of described striker plate is provided with the second groove that the core configuration with peripheral hardware is adaptive, described striker plate is fixed on the upper surface of described base plate, and described second groove is corresponding with the position of described first groove；Described gripper shoe is slidably matched with described first groove by the automatic slide assemblies of described gripper shoe；Described iron core push pedal is adaptive with the width of the second groove of described striker plate, and described iron core push pedal pushes away core assembly slide anteroposterior automatically by described；Described baffle plate pressing plate is slided up and down by described baffle plate connecting element.The feeding of iron core, the feeding of baffle plate, the slip of gripper shoe run the most automatically, and efficiency is high.
Description
Technical field
This utility model relates to the quartz watch movement coil manual frock technical field of assembling, particularly to a kind of quartz
The automatic iron core of timepiece movement inserts retaining device.
Background technology
The Assembling Production process of the coil of quartz watch movement is: first bag insulating paper or insulating tape on iron core, so
After two baffle plates are plugged on iron core, finally at baffle plate and the insulating paper mid-wrap enamel-covered wire of iron core.Traditional quartzy hands
It is to use manual mode to realize that the baffle plate of table movement is plugged on iron core, has difficult alignment, and production efficiency is low, and percent defective is high
Shortcoming.
Currently also occur in that the semi-automatic frock being plugged on iron core by baffle plate, such as, Publication No. CN105364771A
Chinese invention patent disclose a kind of quartz watch movement coil dress semi-automatic frock of baffle plate, including base, be arranged at base
On the iron core positioning seat of the iron core on positioning quartz timepiece movement coil, symmetry be divided into the use of iron core positioning seat both sides
Carry the baffle plate conveyer device of baffle plate on quartz watch movement coil continuously to iron core positioning seat, be slideably positioned on base
For the baffle plate being delivered to above iron core positioning seat being press-fited the pressing component to iron core and the use being arranged on base
In the sliding driving device driving pressing component to slide on base.During use, first iron core is placed on iron core positioning seat, so
Drive pressing component to be plugged on iron core by baffle plate with sliding driving device afterwards, finally the iron core being plugged with baffle plate is determined from iron core
Taking out on the seat of position, this kind of mode is compared to manually-operated mode, although can improve accuracy rate and the efficiency of grafting baffle plate, but
Yet suffer from inefficient problem.
Utility model content
Technical problem to be solved in the utility model is: provide the automatic iron core of quartz watch movement that a kind of efficiency is high to insert
Retaining device.
In order to solve above-mentioned technical problem, the technical solution adopted in the utility model is:
A kind of automatic iron core of quartz watch movement inserts retaining device, automatic including base plate, striker plate, gripper shoe, gripper shoe
Slide assemblies, iron core push pedal, automatically push away core assembly, baffle plate pressing plate, set on dynamic pressure baffle plate assembly, the leading flank of described base plate
The first groove, the leading flank of described striker plate is had to be provided with the second groove that the core configuration with peripheral hardware is adaptive, described striker plate
It is fixed on the upper surface of described base plate, and described second groove is corresponding with the position of described first groove；Described gripper shoe upper
Surface contacts with the lower surface of described striker plate, and described gripper shoe is by the automatic slide assemblies of described gripper shoe and described first
Groove is slidably matched；
The width of the second groove of described iron core push pedal and described striker plate is adaptive, and described iron core push pedal is just to described the
Two grooves, described iron core push pedal pushes away core assembly slide anteroposterior automatically by described；
Described baffle plate pressing plate is positioned at above the bottom of the second groove of described striker plate, described baffle plate pressing plate by described from
Dynamic pressure baffle plate assembly slides up and down.
Further, the automatic slide assemblies of described gripper shoe includes the first cylinder and the first slide assemblies, described first gas
Cylinder drives described gripper shoe slide anteroposterior, described first cylinder and described first slide assemblies solid by described first slide assemblies
It is scheduled on the lower surface of described base plate.
Further, the described core assembly that automatically pushes away includes the second cylinder and the second slide assemblies, and described second cylinder leads to
Crossing described second slide assemblies and drive described iron core push pedal slide anteroposterior, described second cylinder and described second slide assemblies are fixed
On described base plate, and it is positioned at the front of described striker plate.
Further, also include that iron core loading assemblies, described iron core loading assemblies include vibrating disk and limiting plate, described limit
The outlet of position plate and described vibrating disk is just to setting, and described iron core push pedal is positioned at described limiting plate and described vibrating disk exports it
Between.
Further, described iron core loading assemblies also includes sensor, and the sensing direction of described sensor just shakes to described
The outlet of Moving plate.
Further, described including the 3rd cylinder and the 3rd slide assemblies from dynamic pressure baffle plate assembly, described 3rd cylinder leads to
Crossing described 3rd slide assemblies drives described baffle plate pressing plate to slide up and down, and described 3rd cylinder and described 3rd slide assemblies are fixed
On described base plate, and place up and down.
Further, also include that baffle plate loading assemblies, described baffle plate loading assemblies include baffle plate magazine, baffle plate red needle, bullet
Spring, spring guide pillar, described baffle plate magazine is provided through the 3rd groove that the baffle shapes with peripheral hardware is adaptive, on described striker plate
It is symmetrically set with and the 4th groove of baffle plate magazine shape adaptation, and recessed with the 5th of described baffle plate red needle shape adaptation the
Groove, described spring housing is connected on described spring guide pillar, and described spring guide pillar one end is connected with described baffle plate red needle, the other end with
Described base plate connects, and the described baffle plate red needle other end is plugged in the 3rd groove of described baffle plate magazine, and described striker plate is in institute
The exit stating baffle plate magazine connects one the 6th groove, and the width of described 6th groove is adaptive with the thickness of described baffle plate.
The beneficial effects of the utility model are: base plate is the work platforms that manual iron core inserts retaining device, and striker plate is solid
Being scheduled on base plate, the bottom shape of the second groove on baffle plate is adaptive with core configuration, the width of the second groove and the width of iron core
Degree adaptation, the height of the second groove is adaptive with the thickness of iron core, and the upper surface of gripper shoe contacts with the lower surface of striker plate, then props up
Iron core is played the effect of support by fagging, and the trailing flank of iron core is positioned by the second groove of striker plate；Gripper shoe is by propping up
The automatic slide assemblies of fagging slides along the first groove of base plate, when gripper shoe is not at below the second groove, iron core
Lower surface does not has gripper shoe to support, and iron core drops, it is achieved that the blanking of iron core；Automatically before pushing away core assembly drive iron core push pedal
Enter, it is achieved the automatic feed of iron core；Drive under baffle plate pressing plate from dynamic pressure baffle plate assembly and press, it is achieved baffle plate pressing plate automatically under press,
Can realize automatically sending iron core, from dynamic pressure baffle plate, iron core automatic blanking, rational in infrastructure, work efficiency is high.
Accompanying drawing explanation
Fig. 1 is the stereochemical structure signal that the automatic iron core of quartz watch movement of this utility model embodiment inserts retaining device
Figure；
Fig. 2 is the A partial enlarged drawing of Fig. 1 of this utility model embodiment；
Fig. 3 is the structural representation of the baffle plate loading assemblies of this utility model embodiment；
Fig. 4 is the B partial enlarged drawing of Fig. 3 of this utility model embodiment；
Fig. 5 is that the automatic iron core of quartz watch movement of this utility model embodiment is inserted the stereochemical structure of looking up of retaining device and shown
It is intended to；
Fig. 6 is the left view that the automatic iron core of quartz watch movement of this utility model embodiment inserts retaining device；
Fig. 7 is the structural representation that the striker plate of this utility model embodiment coordinates with iron core, gripper shoe；
Fig. 8 is the structural representation of the baffle plate of this utility model embodiment.
Label declaration:
1, base plate；2, striker plate；3, gripper shoe；4, the automatic slide assemblies of gripper shoe；5, iron core push pedal；6, iron core is automatically pushed away
Assembly；7, baffle plate pressing plate；8, from dynamic pressure baffle plate assembly；9, iron core loading assemblies；10, baffle plate loading assemblies；12, iron core；13、
Baffle plate；
21, the second groove；22, the 4th groove；23, the 5th groove；24, the 6th groove；
41, the first cylinder；42, the first slide assemblies；
61, the second cylinder；62, the second slide assemblies；
81, the 3rd cylinder；82, the 3rd slide assemblies；
91, vibrating disk；92, limiting plate；93, sensor；
101, baffle plate magazine；102, baffle plate red needle；103, spring；104, spring guide pillar.
Detailed description of the invention
By describing technology contents of the present utility model in detail, being realized purpose and effect, below in conjunction with embodiment and join
Conjunction accompanying drawing is explained.
The design of this utility model most critical is: automatically push away core assembly and from dynamic pressure baffle plate assembly by arranging, real
Existing iron core charging and the automatic operation of pressure baffle plate.
Refer to Fig. 1 to Fig. 8, this utility model provides a kind of automatic iron core of quartz watch movement and inserts retaining device, bag
Include base plate 1, striker plate 2, gripper shoe 3, the automatic slide assemblies of gripper shoe 4, iron core push pedal 5, automatically push away core assembly 6, baffle plate pressure
Plate 7, from dynamic pressure baffle plate assembly 8, the leading flank of described base plate 1 is provided with the first groove, and the leading flank of described striker plate 2 is provided with
With the second groove 21 of iron core 12 shape adaptation of peripheral hardware, described striker plate 2 is fixed on the upper surface of described base plate 1, and described
Second groove 21 is corresponding with the position of described first groove；The upper surface of described gripper shoe 3 connects with the lower surface of described striker plate 2
Touch, and described gripper shoe 3 is slidably matched with described first groove by the automatic slide assemblies of described gripper shoe 4；
Described iron core push pedal 5 is adaptive with the width of the second groove 21 of described striker plate 2, and described iron core push pedal 5 is the most right
Described second groove 21, described iron core push pedal 5 pushes away core assembly 6 slide anteroposterior automatically by described；
Described baffle plate pressing plate 7 is positioned at above the bottom of the second groove 21 of described striker plate, and described baffle plate pressing plate 7 passes through institute
State and slide up and down from dynamic pressure baffle plate assembly 8.
Further, the automatic slide assemblies of described gripper shoe 4 includes the first cylinder 41 and the first slide assemblies 42, described
One cylinder 41 drives described gripper shoe 3 slide anteroposterior, described first cylinder 41 and described by described first slide assemblies 42
One slide assemblies 42 is fixed on the lower surface of described base plate 1.
Seen from the above description, the first slide assemblies 42 is connected with the first cylinder 41, is also connected with gripper shoe 3, and first is sliding
Dynamic assembly 42 plays the effect of guiding to sliding before and after gripper shoe 3, and the first cylinder 41 provides dynamic for gripper shoe 3 slide anteroposterior
Power, simple and reasonable, stable.
Further, the described core assembly 6 that automatically pushes away includes the second cylinder 61 and the second slide assemblies 62, described second gas
Cylinder 61 drives described iron core push pedal 5 slide anteroposterior, described second cylinder 61 and described second by described second slide assemblies 62
Slide assemblies 62 is fixed on described base plate 1, and is positioned at the front of described striker plate 2.
Seen from the above description, the second slide assemblies 62 is connected with the second cylinder 61, is also connected with iron core push pedal 5, second
Slide assemblies 62 plays the effect of guiding to sliding before and after iron core push pedal 5, and the second cylinder 61 is slip before and after iron core push pedal 5
Power is provided, simple and reasonable, stable.
Further, also include that iron core loading assemblies 9, described iron core loading assemblies 9 include vibrating disk 91 and limiting plate 92,
The outlet of described limiting plate 92 and described vibrating disk 91 is just to setting, and described iron core push pedal 5 is positioned at described limiting plate 92 and described
Between vibrating disk 91 outlet.
Seen from the above description, carry out arranging feeding to iron core 12 by vibrating disk 91；Through vibrating disk 91 feeding out
Iron core 12 screens exports between limiting plate 92 at vibrating disk 91, rational in infrastructure, and limiting plate 92 coordinates with vibrating disk 91, it is achieved ferrum
The location of core 12；Iron core push pedal 5 is between limiting plate 92 and vibrating disk 91 export, rational in infrastructure, it is simple to iron core push pedal 5 will be from
The iron core 12 that vibrating disk 91 vibrates out is pushed into the second groove 21 of striker plate 2.
Further, described iron core loading assemblies 9 also includes sensor 93, and the sensing direction of described sensor 93 is just to institute
State the outlet of vibrating disk 91.
Seen from the above description, sensor 93 is used for detecting vibrating disk 91 exit the most cored 12, described sensor
93 is any one in infrared sensor 93, ultrasonic sensor 93, photoelectric sensor 93.
Further, described the 3rd cylinder 81 and the 3rd slide assemblies 82, described 3rd gas are included from dynamic pressure baffle plate assembly 8
Cylinder 81 drives described baffle plate pressing plate 7 to slide up and down by described 3rd slide assemblies 82, described 3rd cylinder 81 and the described 3rd
Slide assemblies 82 is fixed on described base plate 1, and places up and down.
Seen from the above description, the 3rd slide assemblies 82 is connected with the 3rd cylinder 81, is also connected with baffle plate pressing plate 7, the 3rd
The up and down motion of baffle plate pressing plate 7 is played the effect of guiding by slide assemblies 82, and the 3rd cylinder 81 moves up and down for baffle plate pressing plate 7 and carries
For power, rational in infrastructure, stable.
Further, also include that baffle plate loading assemblies 10, described baffle plate loading assemblies include that baffle plate magazine 101, baffle plate rush
Pin 102, spring 103, spring guide pillar 104, described baffle plate magazine 101 is provided through of baffle plate 13 shape adaptation with peripheral hardware
Three grooves, described striker plate 2 are symmetrically set with and the 4th groove 22 of baffle plate magazine 101 shape adaptation, and with institute
Stating the 5th groove 23 of baffle plate red needle shape adaptation, described spring 103 is socketed on described spring guide pillar 104, and described spring is led
Post 104 one end is connected with described baffle plate red needle 102, and the other end is connected with described base plate 1, and described baffle plate red needle 102 other end is inserted
Being connected in the 3rd groove of described baffle plate magazine 101, described striker plate 2 connects one the in the exit of described baffle plate magazine 101
Six grooves 24, the width of described 6th groove 24 is adaptive with the thickness of described baffle plate 13.
Seen from the above description, baffle plate 13 is arranged side by side in the 3rd groove of baffle plate magazine 101, and baffle plate red needle 102 is inserted
Being connected on one end of baffle plate magazine 101, the baffle plate 13 in baffle plate magazine 101 plays the effect of feeding, spring 103 plays and automatically pushes away
The effect of baffle plate red needle 102, it is achieved the automatic advance of baffle plate red needle 102, thus realize baffle plate 13 automatically from baffle plate magazine 101
Abjection, it is achieved baffle plate 13 self-emptying；The exit of baffle plate magazine 101 is connected with the 6th groove 24 of striker plate 2, from baffle plate material
A box 101 baffle plate 13 just screens out, in the 6th groove 24, waits and being plugged on iron core 12, it is achieved baffle plate 13
Location；Striker plate 2 is provided with the 4th groove 22 and the 5th groove 23, and baffle plate magazine 101 screens is in the 4th groove 22, and baffle plate rushes
Pin 102 screens is in the 5th groove 23, it is achieved baffle plate magazine 101 and the baffle plate red needle 102 location on striker plate 2, it is simple to real
Existing baffle plate magazine 101, baffle plate red needle 102 and the cooperation of the 6th groove 24 position, install para-position convenient；4th groove 22 He
5th groove 23 is symmetrical set, it is achieved the automatic feed of two baffle plates 13 in left and right and being automatically positioned.
Refer to Fig. 1 to Fig. 8, embodiment one of the present utility model is:
A kind of automatic iron core of quartz watch movement inserts retaining device, including base plate 1, striker plate 2, gripper shoe 3, gripper shoe certainly
Dynamic slide assemblies 4, iron core push pedal 5, automatically push away core assembly 6, baffle plate pressing plate 7, iron core loading assemblies 9, from dynamic pressure baffle plate assembly
8, baffle plate loading assemblies 10, the leading flank of described base plate 1 is provided with the first groove, the leading flank of described striker plate 2 be provided with
Second groove 21 of iron core 12 shape adaptation of peripheral hardware, described striker plate 2 is fixed on the upper surface of described base plate 1, and described
Two grooves 21 are corresponding with the position of described first groove；The upper surface of described gripper shoe 3 connects with the lower surface of described striker plate 2
Touch, and described gripper shoe 3 is slidably matched with described first groove by the automatic slide assemblies of described gripper shoe 4；
Described iron core push pedal 5 is adaptive with the width of the second groove 21 of described striker plate 2, and described iron core push pedal 5 is the most right
Described second groove 21, described iron core push pedal 5 pushes away core assembly 6 slide anteroposterior automatically by described；Described baffle plate pressing plate 7 is positioned at
Above the bottom of the second groove 21 of described striker plate, described baffle plate pressing plate 7 is glided on dynamic pressure baffle plate assembly 8 by described
Dynamic；
The automatic slide assemblies of described gripper shoe 4 includes the first cylinder 41 and the first slide assemblies 42, described first cylinder 41
Described gripper shoe 3 slide anteroposterior, described first cylinder 41 and described first Slide Group is driven by described first slide assemblies 42
Part 42 is fixed on the lower surface of described base plate 1；
The described core assembly 6 that automatically pushes away includes the second cylinder 61 and the second slide assemblies 62, and described second cylinder 61 passes through
Described second slide assemblies 62 drives described iron core push pedal 5 slide anteroposterior, described second cylinder 61 and described second slide assemblies
62 are fixed on described base plate 1, and are positioned at the front of described striker plate 2；
Described iron core loading assemblies 9 includes that vibrating disk 91, limiting plate 92, sensor 93, described limiting plate 92 shake with described
The outlet of Moving plate 91 is just to setting, and described iron core push pedal 5 is between described limiting plate 92 and described vibrating disk 91 export, described
The sensing direction just outlet to described vibrating disk 91 of sensor 93；
Described include that the 3rd cylinder 81 and the 3rd slide assemblies 82, described 3rd cylinder 81 pass through from dynamic pressure baffle plate assembly 8
Described 3rd slide assemblies 82 drives described baffle plate pressing plate 7 to slide up and down, described 3rd cylinder 81 and described 3rd slide assemblies
82 are fixed on described base plate 1, and place up and down；
Described baffle plate loading assemblies includes baffle plate magazine 101, baffle plate red needle 102, spring 103, spring guide pillar 104, described
Baffle plate magazine 101 is provided through the 3rd groove of baffle plate 13 shape adaptation with peripheral hardware, symmetrical on described striker plate 2 sets
Be equipped with and the 4th groove 22 of baffle plate magazine 101 shape adaptation, and with the 5th groove 23 of described baffle plate red needle shape adaptation,
Described spring 103 is socketed on described spring guide pillar 104, and described spring guide pillar 104 one end is connected with described baffle plate red needle 102,
The other end is connected with described base plate 1, and described baffle plate red needle 102 other end is plugged in the 3rd groove of described baffle plate magazine 101,
Described striker plate 2 connects one the 6th groove 24, the width of described 6th groove 24 and institute in the exit of described baffle plate magazine 101
The thickness stating baffle plate 13 is adaptive.
During work, gripper shoe 3 be positioned under the effect of the first cylinder 41 before extreme position, iron core push pedal 5 is at the second cylinder
Being positioned at front extreme position under 61 effects, baffle plate pressing plate is positioned at upper extreme position under the 3rd cylinder 81 effect, and baffle plate 13 is at baffle plate
Being positioned under the effect of loading assemblies 10 in the 6th groove 24 of striker plate 2, iron core 12 is positioned in vibrating disk 91；Vibrating disk 91 starts
Work, iron core 12 is arranged between feeding to limiting plate 92 and vibrating disk 91 export by vibrating disk 91, and sensor 93 detects iron core
The existence of 12, the second cylinder 61 drives iron core push pedal 5 to advance, and iron core 12 is pushed into the second groove 21 of striker plate 2 by iron core push pedal 5
In, the second cylinder 61 is front extreme position after driving iron core push pedal 5 to be repositioned to；3rd cylinder 81 drives baffle plate pressing plate 7 to move downward,
13 times pressures of baffle plate that baffle plate pressing plate 7 will be located in the 6th groove 24 are plugged on iron core 12, and the 3rd cylinder 81 drives baffle plate pressing plate 7
Move upward；First cylinder 41 drives gripper shoe 3 to slide backward, and gripper shoe 3 moves to rear extreme position, is positioned at the second groove 21
The iron core 12 at place drops, and also can arrange storing slideway or pulp-collecting box in the lower section of the second groove 21, collect the good baffle plate of grafting
The iron core 12 of 13, after iron core 12 drops, the first cylinder 41 drives gripper shoe 3 to advance to front extreme position, so far achieves once
Iron core inserts the action of baffle plate；So move in circles execution.
In sum, the automatic iron core of quartz watch movement that this utility model provides inserts retaining device, right by gripper shoe 3
Iron core 12 is supported, carries out spacing by striker plate 2 to iron core 12, and is used for positioning baffle loading assemblies 10, baffle plate feeding
Assembly 10 realizes the self-feeding of baffle plate 13, and vibrating disk 91 realizes the self-feeding of iron core 12, by automatically pushing away core assembly 6 He
Iron core push pedal 5 realizes the automatic stocking of iron core 12, by realizing baffle plate 13 automatically from dynamic pressure baffle plate assembly 8 and baffle plate pressing plate 7
It is plugged on iron core 12, is realized the automatic blanking of iron core 12 by the automatic slide assemblies of gripper shoe 4, it is not necessary to staff operates,
Work efficiency is high, and Qualified Products Rate is high.
The foregoing is only embodiment of the present utility model, not thereby limit the scope of the claims of the present utility model, every
Utilize the equivalents that this utility model description and accompanying drawing content are made, or be directly or indirectly used in relevant technology neck
Territory, is the most in like manner included in scope of patent protection of the present utility model.
Claims (7)
1. the automatic iron core of quartz watch movement inserts retaining device, it is characterised in that includes base plate, striker plate, gripper shoe, prop up
The automatic slide assemblies of fagging, iron core push pedal, automatically push away core assembly, baffle plate pressing plate, before dynamic pressure baffle plate assembly, described base plate
Side is provided with the first groove, and the leading flank of described striker plate is provided with the second groove that the core configuration with peripheral hardware is adaptive, institute
State striker plate and be fixed on the upper surface of described base plate, and described second groove is corresponding with the position of described first groove；Described
The upper surface of fagging contacts with the lower surface of described striker plate, and described gripper shoe by the automatic slide assemblies of described gripper shoe with
Described first groove is slidably matched；
The width of the second groove of described iron core push pedal and described striker plate is adaptive, and described iron core push pedal is just to described second recessed
Groove, described iron core push pedal pushes away core assembly slide anteroposterior automatically by described；
Described baffle plate pressing plate is positioned at above the bottom of the second groove of described striker plate, and described baffle plate pressing plate is inserted by described baffle plate
Connected components slides up and down.
The automatic iron core of quartz watch movement the most according to claim 1 inserts retaining device, it is characterised in that described gripper shoe
Automatically slide assemblies includes the first cylinder and the first slide assemblies, and described first cylinder drives institute by described first slide assemblies
State gripper shoe slide anteroposterior, described first cylinder and described first slide assemblies and be fixed on the lower surface of described base plate.
The automatic iron core of quartz watch movement the most according to claim 1 inserts retaining device, it is characterised in that described automatically push away
Core assembly includes the second cylinder and the second slide assemblies, and described second cylinder drives described ferrum by described second slide assemblies
Core push pedal slide anteroposterior, described second cylinder and described second slide assemblies are fixed on described base plate, and are positioned at described backgauge
The front of plate.
The automatic iron core of quartz watch movement the most according to claim 1 inserts retaining device, it is characterised in that also include iron core
Loading assemblies, described iron core loading assemblies includes vibrating disk and limiting plate, and described limiting plate is the most right with the outlet of described vibrating disk
Arranging, described iron core push pedal is between described limiting plate and described vibrating disk export.
The automatic iron core of quartz watch movement the most according to claim 4 inserts retaining device, it is characterised in that on described iron core
Material assembly also includes sensor, the sensing direction just outlet to described vibrating disk of described sensor.
The automatic iron core of quartz watch movement the most according to claim 1 inserts retaining device, it is characterised in that described automatically
Pressure baffle plate assembly includes the 3rd cylinder and the 3rd slide assemblies, and described 3rd cylinder drives described by described 3rd slide assemblies
Baffle plate pressing plate slides up and down, and described 3rd cylinder and described 3rd slide assemblies are fixed on described base plate, and place up and down.
The automatic iron core of quartz watch movement the most according to claim 1 inserts retaining device, it is characterised in that also include baffle plate
Loading assemblies, described baffle plate loading assemblies includes that baffle plate magazine, baffle plate red needle, spring, spring guide pillar, described baffle plate magazine run through
It is provided with the 3rd groove that the baffle shapes with peripheral hardware is adaptive, described striker plate is symmetrically set with and baffle plate magazine shape
The 4th adaptive groove, and with the 5th groove of described baffle plate red needle shape adaptation, described spring housing is connected on described spring and leads
On post, described spring guide pillar one end is connected with described baffle plate red needle, and the other end is connected with described base plate, described baffle plate red needle another
End is plugged in the 3rd groove of described baffle plate magazine, and it is recessed that described striker plate connects one the 6th in the exit of described baffle plate magazine
Groove, the width of described 6th groove is adaptive with the thickness of described baffle plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620740503.7U CN205844759U (en) | 2016-07-14 | 2016-07-14 | The automatic iron core of quartz watch movement inserts retaining device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620740503.7U CN205844759U (en) | 2016-07-14 | 2016-07-14 | The automatic iron core of quartz watch movement inserts retaining device |
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| Publication Number | Publication Date |
|---|---|
| CN205844759U true CN205844759U (en) | 2016-12-28 |
Family
ID=57619997
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620740503.7U Expired - Fee Related CN205844759U (en) | 2016-07-14 | 2016-07-14 | The automatic iron core of quartz watch movement inserts retaining device |
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| Country | Link |
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| CN (1) | CN205844759U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109597294A (en) * | 2018-12-26 | 2019-04-09 | 厦门理工学院 | A kind of watch and clock movement assembles coil plane automatically |
| CN109752943A (en) * | 2018-12-26 | 2019-05-14 | 厦门理工学院 | A kind of clock and watch positive and negative anodes automatic assembling |
| CN109955186A (en) * | 2019-04-10 | 2019-07-02 | 南京艾提瑞精密机械有限公司 | A kind of linear guide rail type watch hand installation tool |
-
2016
- 2016-07-14 CN CN201620740503.7U patent/CN205844759U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109597294A (en) * | 2018-12-26 | 2019-04-09 | 厦门理工学院 | A kind of watch and clock movement assembles coil plane automatically |
| CN109752943A (en) * | 2018-12-26 | 2019-05-14 | 厦门理工学院 | A kind of clock and watch positive and negative anodes automatic assembling |
| CN109955186A (en) * | 2019-04-10 | 2019-07-02 | 南京艾提瑞精密机械有限公司 | A kind of linear guide rail type watch hand installation tool |
| CN109955186B (en) * | 2019-04-10 | 2024-04-16 | 南京艾提瑞精密机械有限公司 | Linear guide type watch pointer installation tool |
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