CN209627703U - A kind of microphone positioning device - Google Patents
A kind of microphone positioning device Download PDFInfo
- Publication number
- CN209627703U CN209627703U CN201920574435.5U CN201920574435U CN209627703U CN 209627703 U CN209627703 U CN 209627703U CN 201920574435 U CN201920574435 U CN 201920574435U CN 209627703 U CN209627703 U CN 209627703U
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- China
- Prior art keywords
- clamping plate
- spill clamping
- spill
- long spill
- long
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- 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.)
- Expired - Fee Related
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Abstract
The utility model provides a kind of microphone positioning device, including bottom plate, guiding trestle, preceding long spill clamping plate, long spill clamping plate afterwards, bolt one, spring, two-pass driving assembly, upper spill microscope carrier, barrier assembly and collection box, guiding trestle is symmetricly set on bottom plate along X axis, upper spill microscope carrier is mounted on bottom plate and is located at below preceding long spill clamping plate, there are multiple V-notch and multiple rubber column gel columns in the opposite side of preceding long spill clamping plate and rear long spill clamping plate along X axis array respectively, preceding long spill clamping plate and rear long spill clamping plate length direction both ends outside portion are slidably connected with guiding trestle respectively, long spill clamping plate length direction both ends inside portion opens up through-hole respectively afterwards, one bar portion of bolt passes through through-hole and is threadedly coupled with preceding long spill clamping plate, spring is set between preceding long spill clamping plate and rear long spill clamping plate, two-pass driving assembly Top and rear long spill clamping plate are drivingly connected, and barrier assembly is symmetricly set on guiding trestle front side.
Description
Technical field
The utility model relates to positioning device technical field, specifically a kind of microphone positioning device.
Background technique
Microphone is the energy conversion device that voice signal is switched to electric signal, the input for sound.On the market most often
Microphone is electret capacitor microphone, and entirety is in cylindrical structure.There are two solder joint, the Mikes on the microphone
Before wind and welding circuit board, first one end of two electric wires is welded with two solder joints of microphone respectively, finally by two electric wires
The welding of two solder joints of the other end and circuit board.Microphone bonding wire work at present is most of, and there is still a need for manual operations, artificial first
The microphone is packed into the positioning hole on microphone localization tool with microphone cooperation, which is equipped with through-hole, so
Hold electric wire on the other hand afterwards, the other hand holds electric iron and carries out bonding wire work, needs with a bar from bottom to up after the completion of bonding wire
Through-hole is penetrated to eject microphone, at present the shortcomings that microphone localization tool be: when location hole is bigger than normal, microphone be packed into after pine
Dynamic, when bonding wire, microphone is easy to shake, and welding difficulty increases；When location hole is less than normal, microphone takes out difficult, work after being packed into
Make efficiency reduction.
Summary of the invention
It is above-mentioned to solve the purpose of this utility model is to provide a kind of microphone positioning device that can improve working efficiency
The problem of being proposed in background technique.
To achieve the above object, the utility model provides the following technical solutions:
A kind of microphone positioning device, including bottom plate, guiding trestle, preceding long spill clamping plate, rear long spill clamping plate, bolt
One, spring, two-pass driving assembly, upper spill microscope carrier, barrier assembly and collection box, the guiding trestle are symmetrically set along X axis
It sets on the bottom plate, the upper spill microscope carrier is mounted on the bottom plate and is located at below the preceding long spill clamping plate, described
Preceding long spill clamping plate is oppositely arranged with the rear long spill clamping plate, the phase of the preceding long spill clamping plate and the rear long spill clamping plate
There are a multiple V-notch and multiple rubber column gel columns in opposite side along X axis array respectively, multiple rubber column gel columns respectively with multiple V-notch
It is corresponding, the preceding long spill clamping plate and it is described after long spill clamping plate length direction both ends outside portion respectively with the guiding trestle
It is slidably connected, the rear long spill clamping plate length direction both ends inside portion opens up through-hole, the through-hole and the bolt one respectively
Bar portion is slidably connected, and one bar portion of bolt passes through the through-hole and is threadedly coupled with the preceding long spill clamping plate, and the spring is set
It sets between the preceding long spill clamping plate and the rear long spill clamping plate, the two-pass driving assembly is mounted on the bottom plate
On, two-pass driving assembly top and the rear long spill clamping plate are drivingly connected, and the two-pass driving assembly drives institute
Long spill clamping plate carries out two-part stroke motion along Y-axis after stating, before the barrier assembly is symmetricly set on the guiding trestle
On side, the blocking end of the barrier assembly is oppositely arranged on front side of the preceding long spill clamping plate length direction both ends respectively, described
Collection box is arranged on the bottom plate and is located at lower section between the preceding long spill clamping plate and the rear long spill clamping plate.
Further, the guiding trestle includes guiding axis and rectangular support block, and the rectangular support block is symmetrical along Y-axis
It is arranged on the bottom plate, the guiding axis both ends are fixedly connected with symmetrical rectangular support block top respectively.
Further, the barrier assembly includes convex block, bolt two and nut, and the convex block is mounted on the guiding
On front side of bracket, the protrusion of the convex block opens up threaded hole, and the bolt two is threadedly coupled with the threaded hole and passes through described
Threaded hole, the nut are sleeved on the bar portion periphery of the bolt two.
Further, the two-pass driving assembly includes zigzag fixed frame, slider cylinder, connecting plate and cylinder, described
Slider cylinder is mounted on the zigzag fixed frame, and the connecting plate is mounted in the slider cylinder, and the cylinder is mounted on
On the connecting plate, the driving end of the slider cylinder and the cylinder is arranged forward, and the slider cylinder drives the company
Fishplate bar drives the cylinder along Y-motion, the driving end of the cylinder and rear long female clip postlaminar part floating connection, the gas
Long spill clamping plate is along Y-motion after cylinder driving is described.
It further, further include spill posting, the spill posting is mounted on the bottom plate, the spill positioning
The opening of frame is arranged forward, and the collection box is located in the spill posting.
Further, screening glass is installed on the V-arrangement face of the V-notch.
Further, the screening glass be sponge sheet or cushion compound the utility model has the beneficial effects that
Two-pass driving assembly travel forward first segment stroke driving after long female clip strip move spring transmission before long spill
Clamping plate with the blocking end of barrier assembly along Y-motion to abutting, and at this moment multiple V-notch are located above spill microscope carrier, so as to
Multiple microphones are manually respectively corresponded multiple V-notch to be placed on upper spill microscope carrier.
After the completion of multiple microphones are put, long spill clamping plate before two-pass driving assembly propulsion second segment stroke drives
By spring-compressed and drive multiple rubber column gel columns along Y-motion by multiple microphones be clamped in multiple rubber column gel columns and multiple V-notch it
Between, it realizes multiple microphone positioning, microphone is prevented to be easy movement in welding wire, achieve the effect that reduce bonding wire difficulty.
After two solder joints that manually two electric wire the same ends are respectively welded above microphone, two-pass driving assembly to
Long spill clamping plate unclamps multiple microphones after the driving of movement second segment stroke afterwards, and at this moment spring does stretching routine by its elastic force
To guarantee that preceding long spill clamping plate and rear long spill clamping plate keep opening, two-pass driving assembly moves the driving of first segment stroke backward
Long spill clamping plate drives preceding long spill clamping plate to be driven above multiple microphone movements to collection box by bolt one afterwards, at this moment multiple
Microphone, which is fallen into, realizes automatic blanking in collection box, eliminates manually to take out multiple microphones one by one and places into collection box
Movement embodies the effect saving manpower and improving work efficiency.
Detailed description of the invention
A kind of Fig. 1: overall schematic of microphone positioning device.
A kind of Fig. 2: reset state schematic top plan view of microphone positioning device.
A kind of Fig. 3: A-A diagrammatic cross-section of microphone positioning device.
A kind of Fig. 4: positioning states schematic top plan view of microphone positioning device.
A kind of Fig. 5: blanking state schematic top plan view of microphone positioning device.
Specific embodiment
The utility model is further described below in conjunction with attached drawing:
Please refer to Fig. 1 to Fig. 3, a kind of microphone positioning device, including bottom plate 1, guiding trestle 2, preceding long spill clamping plate 3,
Long spill clamping plate 4, bolt 1, spring 6, two-pass driving assembly 7, upper spill microscope carrier 8, barrier assembly 9 and collection box 10 afterwards,
Guiding trestle 2 is symmetricly set on bottom plate 1 along X axis, and upper spill microscope carrier 8 is mounted on bottom plate 1 and is located at preceding long spill clamping plate 3
, there is spaced slot in lower section between upper spill microscope carrier 8 and preceding long spill clamping plate 3, upper spill microscope carrier 8 includes being symmetricly set on bottom plate 1
On riser 81 and the top plate 82 that is vertically mounted on riser 81, preceding long spill clamping plate 3 is opposite with rear long spill clamping plate 4 to be set
It sets, the bottom surface of preceding long spill clamping plate 3 and rear long spill clamping plate 4 is coplanar with, preceding long spill clamping plate 3 and rear long spill clamping plate 4
There are a multiple V-notch 31 and multiple rubber column gel columns 41 in opposite side along X axis array respectively, multiple rubber column gel columns 41 respectively with multiple V-notch
31 is corresponding, is additionally provided with glue between multiple rubber column gel columns 41 and rear long spill clamping plate 4 to further enhance the tightness of connection, preceding length
Spill clamping plate 3 and 4 length direction both ends outside portion of rear long spill clamping plate are slidably connected with guiding trestle 2 respectively, rear long female clip
4 length direction both ends inside portion of plate opens up through-hole respectively, and through-hole is slidably connected with one 5 bar portion of bolt, and one 5 bar portion of bolt passes through logical
Long spill clamping plate 3 is threadedly coupled before Kong Houyu, and the bar portion of bolt 1 includes being integrally machined molding smooth shaft and threaded rod, light
Slide bar is slidably connected with through-hole, specifically, in through-hole is embedded linear bearing one, and linear bearing one is set in smooth shaft periphery, spiral shell
Rasp bar is threadedly coupled with preceding long spill clamping plate 3, and spring 6 is arranged between preceding long spill clamping plate 3 and rear long spill clamping plate 4, specifically
Ground, spring 6 are set in the smooth shaft periphery of one 5 bar portion of bolt, and two-pass driving assembly 7 is mounted on 1 rear of bottom plate, two-pass
7 top of driving assembly and rear long spill clamping plate 4 are drivingly connected, two-pass driving assembly 7 after driving long spill clamping plate 4 along Y-axis
Two-part stroke motion is carried out, barrier assembly 9 is symmetricly set on 2 front side top of guiding trestle, the blocking end difference of barrier assembly 9
It is oppositely arranged on front side of Y-axis with preceding long 3 length direction both ends of spill clamping plate, collection box 10 is arranged on bottom plate 1 and is located at
Lower section between preceding long spill clamping plate 3 and rear long spill clamping plate 4.
Preceding 3 length direction both ends of long spill clamping plate are to be integrally machined molding raised one with preceding long spill clamping plate 3 respectively, after
Long 4 length direction both ends of spill clamping plate are to be integrally machined molding raised two with rear long spill clamping plate 4 respectively.
Further, Fig. 1 is please referred to, guiding trestle 2 includes being parallel to the guiding axis 21 of bottom plate 1 and perpendicular to bottom plate 1
Rectangular support block 22, rectangular support block 22 are symmetricly set on bottom plate 1 along Y-axis, 21 both ends of guiding axis respectively with symmetrical square
22 top of shape supporting block is fixedly connected.Symmetrical protrusion is embedded with linear bearing two in one outside portion respectively, symmetrical protrusion two
Linear bearing three is embedded in outside portion respectively, linear bearing two and linear bearing three are set in 21 periphery of guiding axis, and preceding length is recessed
Clevis plate 3 and rear long spill clamping plate 4 are realized by linear bearing two and linear bearing three and guiding axis 21 respectively to be slided.
Further, Fig. 1 is please referred to, barrier assembly 9 includes convex block 91, bolt 2 92 and nut 93, and convex block 91 is pacified
Mounted in 2 front side of guiding trestle, the protrusion of convex block 91 opens up threaded hole, and bolt 2 92 is threadedly coupled with threaded hole and passes through screw thread
Hole, nut 93 are sleeved on the bar portion periphery of bolt 2 92, and nut 93 is used to lock on bolt 2 92 to stop with fixing bolt 2 92
Component 9 stops end to be the rear end of bolt 2 92.
Further, referring to figure 2. and Fig. 3, two-pass driving assembly 7 include zigzag fixed frame 71, slider cylinder 72,
Connecting plate 73 and cylinder 74, slider cylinder 72 are mounted on zigzag fixed frame 71, and connecting plate 73 is mounted in slider cylinder 72,
Cylinder 74 is mounted on connecting plate 73, and the driving end of slider cylinder 72 and cylinder 74 is arranged forward, and the driving of slider cylinder 72 connects
Fishplate bar 73 drives cylinder 74 along Y-motion, the driving end of cylinder 74 and rear long 4 rear portion floating connection of spill clamping plate, cylinder 74
Long spill clamping plate 4 is along Y-motion after driving.The stroke of slider cylinder 72 and the stroke of cylinder 74 are respectively two-pass driving group
The first segment stroke and second segment stroke of part 7, the travel forward process of first segment stroke of two-pass driving assembly 7 is slide unit gas
Cylinder 72 is drivingly connected the process that plate 73 drives cylinder 74 to travel forward, 7 propulsion second segment stroke of two-pass driving assembly
Process is the process that the driving end of cylinder 74 travels forward.
Further, Fig. 1 is please referred to, further includes spill posting 11, spill posting 11 is mounted on bottom plate 1, spill
Posting 11 is located in upper spill microscope carrier 8, and the opening of spill posting 11 is arranged forward, and collection box 10 is located at spill posting 11
It is interior, make to be bonded on the inside of the rear side and left and right either side and spill posting 11 of collection box 10 and completes to determine collection box 10
Position, 10 installed in front of collection box have knob 101, are pulled out the collection box 10 for being filled with microphone 12 forward by knob 101, shake hands
101 take out collection box 10 for facilitating.
Further, Fig. 1 and Fig. 3 are please referred to, spill posting 11 includes the rectangular block 1 extended along Y-axis and hangs down
Directly in the rectangular block 2 112 of rectangular block 1, rectangular block 1 is symmetrical arranged along X axis, and rectangular block 2 112 is located at rectangular block
Between one 111 and rectangular block 1.
Further, screening glass is installed on the V-arrangement face of V-notch 31.
Further, screening glass is sponge sheet or cushion compound.Sponge sheet or cushion compound pass through adhesive plaster in V-notch 31
On V-arrangement face, the material of rubber column gel column 41 and cushion compound uses silica gel or PU glue, the effect of rubber column gel column 41, sponge sheet or cushion compound be for
Microphone 12 and preceding long spill clamping plate 3 is avoided to generate scratch when squeezing.
The course of work of the utility model:
1, reseting procedure: referring to Fig.1 and 2, two-pass driving assembly 7 travels forward, length is recessed after the driving of first segment stroke
Long spill clamping plate 3 is extremely abutted with the bolt 2 92 of barrier assembly 9 along Y-motion before clevis plate 4 drives spring 6 to be driven, at this moment
Multiple V-notch 31 are located above spill microscope carrier, and two-pass driving assembly 7 moves long female clip after the driving of second segment stroke backward
Plate moves backward, is placed on upper spill microscope carrier 8 so that multiple microphones 12 are manually respectively corresponded multiple V-notch 31.
2, position fixing process: please referring to Fig. 1 and Fig. 4, after the completion of multiple microphones 12 are put, before two-pass driving assembly 7 to
Spring 6 is compressed and multiple rubber column gel columns 41 is driven to clamp multiple microphones 12 by long spill clamping plate 4 after movement second segment stroke driving
Between multiple rubber column gel columns 41 and multiple V-notch 31, realizes that multiple microphones 12 position, prevent microphone 12 in welding wire
It is easy movement, achievees the effect that reduce bonding wire difficulty.
3, blanking process: referring to figure 5., two welderings being manually respectively welded at two electric wire the same ends above microphone
After point, long spill clamping plate 4 unclamps multiple microphones 12 after two-pass driving assembly 7 moves the driving of second segment stroke backward, this
When spring 6 do stretching routine by its elastic force to guarantee that preceding long spill clamping plate 3 and rear long spill clamping plate 4 keep opening, two-pass
Long spill clamping plate 4 is driven by long spill clamping plate 3 before the drive of bolt 1 after driving assembly 7 moves the driving of first segment stroke backward
Multiple microphones 12 move to 10 top of collection box, and at this moment multiple microphones 12, which are fallen into, realizes automatic blanking in collection box 10,
The movement that multiple microphones 12 are taken out one by one manually and place into collection box 10 is eliminated, is embodied and is saved manpower and improve
The effect of working efficiency.
Further, further include control system, control system include the PLC controller being electrically connected with the power supply, gas source,
For control slider cylinder movement battery valve one, the solenoid valve two for controlling cylinder movement, for control two-pass driving
Component 7 resetted so as to put the reset button of multiple microphones 12, for control two-pass driving assembly 7 positioned with
Just it by navigation button that multiple microphones 12 position and is used to control two-pass driving assembly 7 and carries out blanking to realize multiple wheats
The blanking button of gram 12 blanking of wind, battery valve one, solenoid valve two, reset button, navigation button and blanking button are controlled with PLC
The inlet end of device electrical connection, slider cylinder is connected to by tracheae one with the outlet of solenoid valve one, and the inlet end of solenoid valve one passes through
Tracheae two is connected to gas source, and the inlet end of cylinder is connected to by tracheae three with the outlet of solenoid valve two, the inlet end of solenoid valve two
It is connected to by tracheae four with gas source.
By PLC controller, the driving end that starting reset button can control slider cylinder travels forward, while cylinder
Driving end moves backward, to complete the reseting procedure of two-pass driving assembly 7；Starting navigation button can control slider cylinder and
The driving end of cylinder travels forward simultaneously, to complete the position fixing process of two-pass driving assembly 7；Starting blanking button can control
The driving end of cylinder and the driving end of slider cylinder successively move backward, to complete the blanking process of two-pass driving assembly 7.
Do not limit the technical scope of the present invention above, it is all according to the utility model technical spirit to
On embodiment made by any modification, equivalent variations and modification, in the range of still falling within the technical solution of the utility model.
Claims (7)
1. a kind of microphone positioning device, it is characterised in that: including bottom plate, guiding trestle, preceding long spill clamping plate, rear long female clip
Plate, bolt one, spring, two-pass driving assembly, upper spill microscope carrier, barrier assembly and collection box, the guiding trestle is along X axis
It is symmetricly set on the bottom plate, the upper spill microscope carrier is mounted on the bottom plate and is located under the preceding long spill clamping plate
Side, the preceding long spill clamping plate are oppositely arranged with the rear long spill clamping plate, the preceding long spill clamping plate and the rear long spill
There are a multiple V-notch and multiple rubber column gel columns in the opposite side of clamping plate along X axis array respectively, multiple rubber column gel columns respectively with it is multiple described
V-notch is corresponding, the preceding long spill clamping plate and it is described after long spill clamping plate length direction both ends outside portion respectively with it is described
Guiding trestle is slidably connected, and the rear long spill clamping plate length direction both ends inside portion opens up through-hole, the through-hole and institute respectively
It states one bar portion of bolt to be slidably connected, one bar portion of bolt passes through the through-hole and is threadedly coupled with the preceding long spill clamping plate, institute
Spring setting is stated between the preceding long spill clamping plate and the rear long spill clamping plate, the two-pass driving assembly is mounted on institute
It states on bottom plate, two-pass driving assembly top and the rear long spill clamping plate are drivingly connected, the two-pass driving assembly
The rear long spill clamping plate is driven to carry out two-part stroke motion along Y-axis, the barrier assembly is symmetricly set on the guiding
On on front side of bracket, the blocking end of the barrier assembly is opposite on front side of the preceding long spill clamping plate length direction both ends respectively to be set
It sets, under the collection box is arranged on the bottom plate and is located between the preceding long spill clamping plate and the rear long spill clamping plate
Side.
2. a kind of microphone positioning device according to claim 1, it is characterised in that: the guiding trestle includes guiding axis
With rectangular support block, the rectangular support block is symmetricly set on the bottom plate along Y-axis, the guiding axis both ends respectively with it is right
The rectangular support block top claimed is fixedly connected.
3. a kind of microphone positioning device according to claim 1, it is characterised in that: the barrier assembly includes convex
Block, bolt two and nut, the convex block are mounted on front side of the guiding trestle, and the protrusion of the convex block opens up threaded hole,
The bolt two is threadedly coupled with the threaded hole and passes through the threaded hole, and the nut is sleeved on the bar portion of the bolt two
Periphery.
4. a kind of microphone positioning device according to claim 1, it is characterised in that: the two-pass driving assembly includes
Zigzag fixed frame, slider cylinder, connecting plate and cylinder, the slider cylinder are mounted on the zigzag fixed frame, the company
Fishplate bar is mounted in the slider cylinder, and the cylinder is mounted on the connecting plate, the slider cylinder and the cylinder
Driving end is arranged forward, and the slider cylinder drives the connecting plate to drive the cylinder along Y-motion, the cylinder
End and rear long female clip postlaminar part floating connection are driven, long spill clamping plate is along Y-motion after the cylinder driving is described.
5. a kind of microphone positioning device according to claim 1, it is characterised in that: it further include spill posting, it is described
Spill posting is mounted on the bottom plate, and the opening of the spill posting is arranged forward, and the collection box is located at described recessed
In shape posting.
6. a kind of microphone positioning device according to claim 1, it is characterised in that: solid on the V-arrangement face of the V-notch
Equipped with screening glass.
7. a kind of microphone positioning device according to claim 6, it is characterised in that: the screening glass is sponge sheet or soft
Film.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920574435.5U CN209627703U (en) | 2019-04-25 | 2019-04-25 | A kind of microphone positioning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920574435.5U CN209627703U (en) | 2019-04-25 | 2019-04-25 | A kind of microphone positioning device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209627703U true CN209627703U (en) | 2019-11-12 |
Family
ID=68458961
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920574435.5U Expired - Fee Related CN209627703U (en) | 2019-04-25 | 2019-04-25 | A kind of microphone positioning device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209627703U (en) |
-
2019
- 2019-04-25 CN CN201920574435.5U patent/CN209627703U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191112 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |