CN206932483U - Spacer - Google Patents

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Publication number
CN206932483U
CN206932483U CN201720645136.7U CN201720645136U CN206932483U CN 206932483 U CN206932483 U CN 206932483U CN 201720645136 U CN201720645136 U CN 201720645136U CN 206932483 U CN206932483 U CN 206932483U
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CN
China
Prior art keywords
joint portion
buck plate
pin
wedge
keeper
Prior art date
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Active
Application number
CN201720645136.7U
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Chinese (zh)
Inventor
谢淑丽
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Kangyang Plastics & Rubber (dongguan) Co Ltd
Original Assignee
Kangyang Plastics & Rubber (dongguan) Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Kangyang Plastics & Rubber (dongguan) Co Ltd filed Critical Kangyang Plastics & Rubber (dongguan) Co Ltd
Priority to CN201720645136.7U priority Critical patent/CN206932483U/en
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Publication of CN206932483U publication Critical patent/CN206932483U/en
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Abstract

A kind of spacer, it includes positioning piece, and its axial direction opens up a pin-and-hole, and forms one first joint portion for the installing of one first buck plate and one second joint portion for the installing of one second buck plate respectively on the bottom and top;And one the 3rd joint portion for the installing of one the 3rd buck plate, 3rd joint portion is located between first joint portion and second joint portion, and including the third gear edge located at the keeper outer peripheral face, and the first wedge-shaped grab of at least two panels for being arranged at intervals and each being formed in the keeper outer peripheral face with a U-shaped recess defining is adopted with the third gear edge, make to install for the 3rd buck plate between a free end of the described first wedge-shaped grab and the third gear edge;And a gim peg, it is axially arranged with the latch inserted in first joint portion, the pin-and-hole and second joint portion, to prevent the shrinkage deformation of the joint portion and the first wedge-shaped grab.

Description

Spacer
Technical field
This case is a kind of relevant spacer, it is espespecially a kind of can be to the buck plate of three or more, such as metal machine plate or print The spacer that printed circuit board is separated.
Background technology
By in computer or electronic product in order to by a buck plate, such as printed circuit board (PCB) and another buck plate, such as shell The machine plate or another printed circuit board (PCB) of body are separated, it will usually between grafting is a plurality of between the buck plate and another buck plate Spacer post, it is spaced apart two buck plates.This measure, in addition to the firm support of the printed circuit board (PCB) and locating effect can be provided, and it can keep away Exempt from two buck plates situation short-circuit caused by stacked to occur.
As shown in figure 1, it is the profile that a known spacer is buckled in two buck plates, the spacer is in positioning piece 10 Both ends be integrally formed with one first elastic 101 and 1 second elastic button hook 102 of button hook respectively, the first elastic button hook 101 inserts In one first buck plate 20, such as one first plate hole 201 of metal machine plate, and the second elastic dress of the insertion of button hook 102 one second In matching board 30, such as one second plate hole 301 of printed circuit board (PCB) so that the keeper 10 is between first, second buck plate 20th, between 30, and a spacing will be formed between the first buck plate 20 and the second buck plate 30.
Such as it is intended to separate the keeper 10 with first buck plate 20, user must be pressed simultaneously with two fingers to expose The two oblique hook walls 103 in the first elastic button hook 101 outside the bottom surface of the first plate hole 201 in arrow sagittal, make the two oblique hook wall After the deformation of 103 forced compressions, then the first elastic button hook 101 is released upwards by first plate hole 201, makes first elasticity After button hook 101 is deviate from by first plate hole 201, you can make the spacer be separated with first buck plate 20.
Only the spacer is only capable of the positioning for first buck plate 20 and second buck plate 30 and separated, because electronics produces The inner space of product is limited, if must separately increase other buck plates, such as the 3rd buck plate, then foregoing spacer have no offer this The location structure of three buck plates installing, so that the 3rd buck plate be because that can not install, and is forced design for change, and urgently related industry The improvement of person.
Utility model content
This case main purpose is to provide a kind of spacer, and there are three can each installed for three buck plates to combine for it Portion, the buck plate compartment of terrain is set to be positioned on the spacer, and the spacer has quick despatch effect with the buck plate, To provide the convenience of operation.
Another main purpose of this case is to provide a kind of spacer, and it has can each be installed for four buck plates four Individual joint portion, the buck plate compartment of terrain is set to be positioned on the spacer, and the spacer has fast quick-mounting with the buck plate Effect is unloaded, to carry the convenience of arch operation.
To reach foregoing purpose, the technological means that this case is taken is to provide a kind of spacer, and it includes positioning piece, Its axial direction opens up a pin-and-hole, and forms one first joint portion and confession for the installing of one first buck plate respectively on the bottom and top One second joint portion of one second buck plate installing, first joint portion include one first block edge positioned at the keeper bottom, With it is axially extended from first block edge and be communicated in the clasp of at least two panels first of the pin-and-hole;And second joint portion includes being located at One second block edge on the keeper top, and at least two panels second that is axially extended from second block edge and being communicated in the pin-and-hole are detained Hook;And for one the 3rd buck plate installing one the 3rd joint portion, the 3rd joint portion located at first joint portion and this second Between joint portion, and including the third gear edge located at the keeper outer peripheral face, and adopt and be arranged at intervals simultaneously with the third gear edge In the first wedge-shaped grab of at least two panels that the keeper outer peripheral face is each formed with a U-shaped recess defining, make first wedge shape Installed between one free end of grab and the third gear edge for the 3rd buck plate;And a gim peg, it is axially arranged with insertion A latch in first clasp, the pin-and-hole and second clasp, with prevent first clasp, second clasp and The shrinkage deformation of the first wedge-shaped grab.
Wherein the latch is relative with the adjoining side face of the pin-and-hole is provided with a location structure, and the location structure includes inserting located at this Sell at least one positioning catching groove of outer peripheral face, and at least certain position locking ring located at the pin-and-hole inner peripheral surface;Or the location structure Catching groove is positioned including at least certain position locking ring located at the latch outer peripheral face, and located at least the one of the pin-and-hole inner peripheral surface.
Wherein the length of a pair of the longitudinal elongated slots in U-shaped groove both sides is more than the length of the first wedge-shaped grab.
Wherein first buck plate, second buck plate and the 3rd buck plate are selected from metal, nonmetallic machine plate or printing Circuit board.
Wherein the latch top is radially provided with the gripping tab for finger grip and operation.
To reach foregoing purpose, the technological means that this case is taken is to provide a kind of spacer, and it includes positioning piece, Its axial direction opens up a pin-and-hole, and forms one first joint portion and confession for the installing of one first buck plate respectively on the bottom and top One second joint portion of one second buck plate installing, first joint portion include one first block edge positioned at the keeper bottom, With it is axially extended from first block edge and be communicated in the clasp of at least two panels first of the pin-and-hole;And second joint portion includes being located at One second block edge on the keeper top, and at least two panels second that is axially extended from second block edge and being communicated in the pin-and-hole are detained Hook;For one the 3rd joint portion of one the 3rd buck plate installing, the 3rd joint portion is located at first joint portion and second combination Between portion, and including the third gear edge located at the keeper outer peripheral face, and adopt and be arranged at intervals and at this with the third gear edge The first wedge-shaped grab of at least two panels that keeper outer peripheral face is each formed with a U-shaped recess defining, makes the described first wedge-shaped grab A free end and the third gear edge between for the 3rd buck plate install;And one the 4th knot for the installing of one the 4th buck plate Conjunction portion, the 4th joint portion are located between first joint portion and the 3rd joint portion, and are in mirror relative to the 3rd joint portion As setting, the 4th joint portion includes the fourth gear edge located at the keeper outer peripheral face, and adopts interval with the fourth gear edge The the second wedge-shaped grab of at least two panels for setting and each being formed in the keeper outer peripheral face with an inverted U-shaped recess defining, make described Installed between one free end of the second wedge-shaped grab and the fourth gear edge for the 4th buck plate;And a gim peg, its axial direction Provided with the latch inserted in first clasp, the pin-and-hole and second clasp, to prevent first clasp, described the The shrinkage deformation of two clasps, the first wedge-shaped grab and the second wedge-shaped grab.
Wherein the latch is relative with the adjoining side face of the pin-and-hole is provided with a location structure, and the location structure includes inserting located at this Sell at least one positioning catching groove of outer peripheral face, and at least certain position locking ring located at the pin-and-hole inner peripheral surface;Or the location structure Catching groove is positioned including at least certain position locking ring located at the latch outer peripheral face, and located at least the one of the pin-and-hole inner peripheral surface.
Wherein the length of a pair of the longitudinal elongated slots in U-shaped groove both sides is more than the length of the first wedge-shaped grab;And this is inverted U-shaped The length of a pair of the longitudinal elongated slots in groove both sides is also more than the length of the second wedge-shaped grab.
Wherein first buck plate, second buck plate, the 3rd buck plate and the 4th buck plate are selected from metal, nonmetallic Machine plate or printed circuit board (PCB).
Wherein the latch top is radially provided with the gripping tab for finger grip and operation.
The beneficial effects of the utility model are that it has the joint portion that can be each installed for three or four buck plates, makes The buck plate compartment of terrain is positioned on the spacer, and the spacer has quick despatch effect with the buck plate, to carry For the convenience of operation.
Brief description of the drawings
Further to disclose the particular technique content of this case, with reference to embodiments and accompanying drawing is described in detail as after, wherein:
Fig. 1 is the profile that known spacings post is installed between two buck plates;
Fig. 2 is this case spacer first embodiment and the three-dimensional exploded view of three buck plates;
Fig. 3 is stereogram of the spacer shown in Fig. 2 with the buck plate group after vertical;
The profile that Fig. 4 is intercepted by Fig. 3 along line A-A;
The profile that Fig. 5 is intercepted by Fig. 3 along line B-B;
Fig. 6 is this case spacer second embodiment and the three-dimensional exploded view of four buck plates;
Fig. 7 is stereogram of the spacer shown in Fig. 6 with the buck plate group after vertical;
The profile that Fig. 8 is intercepted by Fig. 7 along line C-C;And
The profile that Fig. 9 is intercepted by Fig. 7 along line D-D.
Embodiment
As shown in Figures 2 to 5, substantially, this case spacer includes the gim peg 2 of positioning piece 1 and one, the keeper 1 and The gim peg 2 is each with insulating polymeric material, such as nylon Unitary injection formed, to form insulation effect.
The keeper 1 axially opens up a pin-and-hole 11, and the bottom of the keeper 1 and top are formed for one first assembling respectively One first joint portion 12 and one second joint portion 13 for the installing of one second buck plate 30 that plate 20 is installed.Wherein, first dress Matching board 20 and second buck plate 30 are metal, nonmetallic machine plate or printed circuit board (PCB) when implementing.First joint portion 12 includes One first block edge 121 positioned at the bottom of keeper 1, and it is axially extended from first block edge 121 and be communicated in the pin-and-hole 11 At least the first clasp of two panels 122.And one second block edge 131 of second joint portion 13 including being located at the top of keeper 1, and from Second block edge 131 is axially extended and is communicated in the second clasp of at least two panels 132 of the pin-and-hole 11.
The flexible radial expansion function of first clasp 122, therefore can easily be inserted in first buck plate In 20 default first plate holes 201, and first buck plate 20 is set to be connected to first block edge 121.Similarly, second clasp 132 flexible radial expansion functions, therefore can easily be inserted in default second plate hole 301 of second buck plate 30 It is interior, and second buck plate 30 is connected to second block edge 131.
The gim peg 2 is axially arranged with one in insertion first clasp 122, the pin-and-hole 11 and second clasp 132 Latch 21, to prevent the shrinkage deformation of first clasp 122 and second clasp 132, make first clasp 122 and institute The second clasp 132 is stated firmly and respectively to be buckled on first buck plate 20 and second buck plate 30.It is solid that this is taken for convenience Determine bolt 2, therefore the top of latch 21 is radially provided with and is available for finger grip and a gripping tab 22 of operation.
The keeper 1 separately includes one the 3rd joint portion 14, the 3rd joint portion 14 located at first joint portion 12 with this Between two joint portions 13, and adopted including the third gear edge 141 located at the outer peripheral face of keeper 1, and with the third gear edge 141 The the first wedge-shaped grab of at least two panels for being arranged at intervals and each being defined in the outer peripheral face of keeper 1 with a U-shaped groove 143 142, make a free end of the described first wedge-shaped grab 142 and the third gear edge 141 together buck plate 40 of snapping 1 the 3rd, such as There is aperture to be not less than the one the 3rd of the external diameter of keeper 1 for metal, nonmetallic machine plate or printed circuit board (PCB), the 3rd buck plate 40 Plate hole 401.
Wherein, the length of 143 both sides of U-shaped groove, a pair of longitudinal elongated slots is more than the length of the first wedge-shaped grab 142, makes The first wedge-shaped grab 142 has larger telescopic resilience, in favor of the socket of the 3rd buck plate 40.
Therefore, it is from the top of keeper 1 by the 3rd plate hole 401 when the 3rd buck plate 40 assembles with the keeper 1 Second clasp 132 be inserted in, and compress and by the described first wedge-shaped grab 142, until being connected to the third gear edge 141 When, the first wedge-shaped grab 142 is elastic involution.The 3rd buck plate 40 is set to be buckled in the third gear edge 141 and described Between one wedge-shaped grab 142.
First joint portion 12 immediately, is buckled in first buck plate 20 by the spacer and three buck plate groups first In first plate hole 201;Then the 3rd buck plate 40 is buckled in the 3rd joint portion 14;Then by second buck plate 40 It is buckled in second joint portion 12;Finally hold the gripping tab 22 and the latch 21 is inserted in first clasp 122, the pin-and-hole 11 and second clasp 132 in, make first clasp 122, the first wedge-shaped grab 142 and second clasp 132 Will not shrinkage deformation, to be firmly and respectively buckled in first buck plate 20, the 3rd buck plate 40 and second buck plate On 30 (Fig. 3 is shown in Fig. 5).
Especially, the latch 21 is relative with the adjoining side face of the pin-and-hole 11 is provided with a location structure, and the location structure includes Catching groove 211, and at least certain position locking ring located at the inner peripheral surface of pin-and-hole 11 are positioned located at least the one of the outer peripheral face of latch 21 111 (being shown in Fig. 4 and Fig. 5).After the location structure causes the latch 21 to insert in the pin-and-hole 11, will not axially it deviate from.
Wherein, the location structure is not limited with previous embodiment, and at least certain position locking ring must be also located at the latch 21 by it Outer peripheral face, and by least certain position catching groove be located at the pin-and-hole 11 inner peripheral surface.
So by the implementation of the spacer first embodiment, three buck plate compartment of terrains can be positioned at the interval by it On post, and the spacer has quick despatch effect with the buck plate, to provide the convenience of operation.
Refer to Fig. 6 to Fig. 9, it discloses the spacer second embodiment relevant drawings, the present embodiment compared to this first Identical label shown in embodiment (symbol) is to represent identical component, because the present embodiment is shared perhaps with the first embodiment Shared component more, it is therefore, only that the present embodiment and the Discrepancy Description of the first embodiment is as follows:The keeper 1 further wraps One the 4th joint portion 15 is included, the 4th joint portion 15 is located between the joint portion 14 of the first joint portion 12 and the 3rd, and relatively Set in the 3rd joint portion M in mirror image, the 4th joint portion 15 includes the fourth gear edge located at the outer peripheral face of keeper 1 151, and adopted with the fourth gear edge 151 and be arranged at intervals and each defined in the outer peripheral face of keeper 1 with an inverted U-shaped groove 153 The wedge-shaped grab 152 of at least two panels second formed, make a free end and the fourth gear edge 151 of the described second wedge-shaped grab 152 The together buck plate 50 of snapping 1 the 4th, such as metal, nonmetallic machine plate or printed circuit board (PCB), the 4th buck plate 50 have aperture Not less than one the 4th plate hole 501 of the external diameter of keeper 1.
Wherein, the length of a pair of the longitudinal elongated slots in inverted U-shaped 153 both sides of groove is more than the length of the second wedge-shaped grab 152, Make the second wedge-shaped grab 152 that there is larger telescopic resilience, in favor of the socket of the 4th buck plate 50.
Therefore, it is from the bottom of keeper 1 by the 4th plate hole 501 when the 4th buck plate 50 assembles with the keeper 1 First clasp 122 be inserted in, and compress and by the described second wedge-shaped grab 152, until being connected to the fourth gear edge 151 When, the second wedge-shaped grab 152 is elastic involution.The 4th buck plate 50 is set to be buckled in the fourth gear edge 151 and described Between two wedge-shaped grabs 152.
4th buck plate 50 immediately, is buckled in the 4th joint portion 15 by the spacer and four buck plate groups first; Then first joint portion 12 is buckled in first plate hole 201 of first buck plate 20;Then by the 3rd buck plate 40 are buckled in the 3rd joint portion 14;Second buck plate 40 is then buckled in second joint portion 12;This is finally held to hold Hold piece 22 latch 21 is inserted in first clasp 122, the pin-and-hole 11 and second clasp 132, make described first Clasp 122, the first wedge-shaped grab 142, the second wedge-shaped grab 152 and second clasp 132 will not shrinkage deformation, To be firmly and respectively buckled in first buck plate 20, the 4th buck plate 50, the 3rd buck plate 40 and second assembling On plate 30 (Fig. 7 is shown in Fig. 9).
So by the implementation of the spacer first embodiment, four buck plate compartment of terrains can be positioned at the interval by it On post, and the spacer has quick despatch effect with the buck plate, to provide the convenience of operation.
It is therefore via the implementation of this case, the effect of its gain, the spacer not only provides three or four assemblings Plate separate and locating effect, and be plugged in by the gim peg in the pin-and-hole of the keeper, make the clasp and the wedge shape Grab will not shrinkage deformation, to be firmly and respectively buckled on the buck plate.If by the gim peg from the pin of the keeper Detached in hole, then the clasp and the wedge-shaped grab be because losing interference effect, and it is flexible inside contract function, in favor of described Buck plate is removed from the spacer, can be rated as a ware big good structure not seen before.
Be one kind of preferred embodiment disclosed in this case, every local change or modification and come from the technology of this case Thought and be that the people for being familiar with this technology is easy to what is deduced, all claim categories of not de- this case.

Claims (10)

1. a kind of spacer, it is characterised in that it includes:
Positioning piece, its axial direction open up a pin-and-hole, and a bottom of the keeper forms one first for the installing of one first buck plate Joint portion, and a top of the keeper forms one second joint portion for the installing of one second buck plate, first joint portion bag Include one first block edge positioned at the keeper bottom, and at least two panels that is axially extended from first block edge and being communicated in the pin-and-hole First clasp;And second joint portion includes one second block edge positioned at the keeper top, and axially stretched from second block edge Go out and be communicated in the clasp of at least two panels second of the pin-and-hole;And one the 3rd joint portion for the installing of one the 3rd buck plate, this Three joint portions are located between first joint portion and second joint portion, and including the third gear located at the keeper outer peripheral face Edge, and adopted with the third gear edge and be arranged at intervals and each formed at least with a U-shaped recess defining in the keeper outer peripheral face The first wedge-shaped grab of two panels, make to fill for the 3rd buck plate between a free end of the described first wedge-shaped grab and the third gear edge If;And
One gim peg, it is axially arranged with the latch inserted in first clasp, the pin-and-hole and second clasp, to prevent The shrinkage deformation of first clasp, second clasp and the first wedge-shaped grab.
2. spacer as claimed in claim 1, it is characterised in that wherein the latch is relative with the adjoining side face of the pin-and-hole is provided with One location structure, the location structure include at least one positioning catching groove located at the latch outer peripheral face, and located at the pin-and-hole inner circumferential At least certain position locking ring in face;Or the location structure includes at least certain position locking ring located at the latch outer peripheral face, Yi Jishe At least one in the pin-and-hole inner peripheral surface positions catching groove.
3. spacer as claimed in claim 1, it is characterised in that the wherein length of a pair of the longitudinal elongated slots in U-shaped groove both sides More than the length of the first wedge-shaped grab.
4. spacer as claimed in claim 1, it is characterised in that wherein first buck plate, second buck plate and this Three buck plates are selected from metal, nonmetallic machine plate or printed circuit board (PCB).
5. spacer as claimed in claim 1, it is characterised in that wherein the latch top is radially provided with for finger grip and behaviour The gripping tab made.
6. a kind of spacer, it is characterised in that it includes:
Positioning piece, its axial direction open up a pin-and-hole, and a bottom of the keeper forms one first for the installing of one first buck plate Joint portion, and a top of the keeper forms one second joint portion for the installing of one second buck plate, first joint portion bag Include one first block edge positioned at the keeper bottom, and at least two panels that is axially extended from first block edge and being communicated in the pin-and-hole First clasp;And second joint portion includes one second block edge positioned at the keeper top, and axially stretched from second block edge Go out and be communicated in the clasp of at least two panels second of the pin-and-hole;For one the 3rd joint portion of one the 3rd buck plate installing, the 3rd knot Conjunction portion is located between first joint portion and second joint portion, and including being located at a third gear edge of the keeper outer peripheral face, And adopt at least two panels for being arranged at intervals and each being formed in the keeper outer peripheral face with a U-shaped recess defining with the third gear edge First wedge-shaped grab, make to install for the 3rd buck plate between a free end of the described first wedge-shaped grab and the third gear edge; And one the 4th joint portion for the installing of one the 4th buck plate, the 4th joint portion combine located at first joint portion and the 3rd Between portion, and set relative to the 3rd joint portion in mirror image, the 4th joint portion includes one located at the keeper outer peripheral face Fourth gear edge, and with the fourth gear edge adopt interval setting and in the keeper outer peripheral face each with an inverted U-shaped recess defining and Into the second wedge-shaped grab of at least two panels, make between a free end of the described second wedge-shaped grab and the fourth gear edge supply the 4th Buck plate is installed;And
One gim peg, it is axially arranged with the latch inserted in first clasp, the pin-and-hole and second clasp, with resistance First clasp, second clasp, the shrinkage deformation of the first wedge-shaped grab and the second wedge-shaped grab.
7. spacer as claimed in claim 6, it is characterised in that wherein the latch is relative with the adjoining side face of the pin-and-hole is provided with One location structure, the location structure include at least one positioning catching groove located at the latch outer peripheral face, and located at the pin-and-hole inner circumferential At least certain position locking ring in face;Or the location structure includes at least certain position locking ring located at the latch outer peripheral face, Yi Jishe At least one in the pin-and-hole inner peripheral surface positions catching groove.
8. spacer as claimed in claim 6, it is characterised in that the wherein length of a pair of the longitudinal elongated slots in U-shaped groove both sides More than the length of the first wedge-shaped grab;And the length of inverted U-shaped a pair of the longitudinal elongated slots in groove both sides is also more than second wedge shape The length of grab.
9. spacer as claimed in claim 6, it is characterised in that wherein first buck plate, second buck plate, the 3rd dress Matching board and the 4th buck plate are selected from metal, nonmetallic machine plate or printed circuit board (PCB).
10. spacer as claimed in claim 6, it is characterised in that wherein the latch top be radially provided with for finger grip with One gripping tab of operation.
CN201720645136.7U 2017-06-05 2017-06-05 Spacer Active CN206932483U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720645136.7U CN206932483U (en) 2017-06-05 2017-06-05 Spacer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720645136.7U CN206932483U (en) 2017-06-05 2017-06-05 Spacer

Publications (1)

Publication Number Publication Date
CN206932483U true CN206932483U (en) 2018-01-26

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720645136.7U Active CN206932483U (en) 2017-06-05 2017-06-05 Spacer

Country Status (1)

Country Link
CN (1) CN206932483U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113145957A (en) * 2021-04-20 2021-07-23 成都哈工驱动科技有限公司 Assembly method of anti-disassembly low-voltage servo driver

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113145957A (en) * 2021-04-20 2021-07-23 成都哈工驱动科技有限公司 Assembly method of anti-disassembly low-voltage servo driver

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