CN205987253U - Interview microphone and subassembly is handled to audio frequency thereof - Google Patents
Interview microphone and subassembly is handled to audio frequency thereof Download PDFInfo
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- CN205987253U CN205987253U CN201620947337.8U CN201620947337U CN205987253U CN 205987253 U CN205987253 U CN 205987253U CN 201620947337 U CN201620947337 U CN 201620947337U CN 205987253 U CN205987253 U CN 205987253U
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Abstract
The utility model discloses a subassembly and interview microphone are handled to the audio frequency. The audio frequency is handled the subassembly and is used for the outside microphone body of adaptation, the audio frequency is handled the subassembly and is located the audio frequency processing apparatus on the microphone body including the cover, and the audio frequency processing apparatus include: the box body has been seted up and has been link up the first cavity that the box body surface is used for supplying the microphone body to alternate, a locking structure offers the second cavity that is used for supplying the microphone body to alternate, a locking structure with the box body is connected, and is located first cavity open -ended terminal surface, the axle center of second cavity with the axle center of first cavity is the same, and a locking structure is used for the fastening the microphone body. The utility model provides a subassembly is handled to the audio frequency, reaches audio frequency processing subassembly and the fixed problem of interview microphone solved for it is more convenient that carrying of subassembly is handled to the audio frequency.
Description
Technical field
This utility model is related to the record of pick up or assumes field, more particularly, to a kind of interview microphone and its Audio Processing
Assembly.
Background technology
Microphone using quite varied, oratorical contest, concert, theatrical performances and TV, drama, broadcast, recording, news
Interview etc., will use microphone.Especially under the occasion having numerous interviewers, reporter fall over each other acquisition target recording,
Speech, often noise is big for site environment, and keynote is little, and the sound that microphone is collected carries out subsequent treatment and seems particularly necessary.
The sound that microphone is collected at present carries out subsequent treatment and mainly adopts two ways：The first is by sound-recording function
Structural module design in microphone, that is, microphone carries sound-recording function；This kind of mode increased the design cost of microphone, and increases
The own wt of microphone, in the case that environment is less noisy at the scene and inapplicable.Second is to pass through in interview
Audio wire is transferred to the processor rear end at scene, such as notebook computer etc.；This kind of mode increased live microphone wiring
Complexity, also less applicable to the environment having numerous interviewers or reporter.The interview microphone that prior art adopts includes talking about
3.5mm audio connector is arranged at the bottom of cylinder body and interview microphone.Interview microphone in this diagram does not have recording module it is impossible to enter
The Audio Processing work such as row recording.
Therefore, in the case of the own wt not increasing microphone, the position of audio processing components and installation are solved
Convenient sex chromosome mosaicism seems very necessary.
Utility model content
Technical problem to be solved in the utility model is to solve the position of audio processing components and the convenience of installation
Problem.The technological means solving are to provide a kind of audio processing components.
A kind of audio processing components, for being adapted to external speaker body it is characterised in that described audio processing components include
It is sheathed on the apparatus for processing audio on microphone, described apparatus for processing audio includes：Box body, offers box body table described in insertion
Face is used for the first cavity interting for microphone；First locking mechanism, offers the second sky for interting for microphone
Chamber, described first locking mechanism is connected with described box body, and is located at the end face of described first cavities open, described second cavity
Axle center is identical with the axle center of described first cavity, and described first locking mechanism is used for fastening described microphone.
Above-mentioned audio processing components, compared with traditional interview microphone apparatus for processing audio, at least have advantages below：
A kind of audio processing components that this utility model provides reach and solve audio processing components and interview microphone fixation
Problem so that audio processing components carry more convenient it is possible to install and dismounting audio frequency by locking device is convenient
Process assembly, thus meet the different demands under multiple interview environmental conditions.
Apparatus for processing audio first cavity, the second cavity cross section can be triangle, tetragon and other polygon shapes
Shape.As preferably a kind of structure, described first locking mechanism is locking nut, and described locking nut is provided with female thread, described
The end of female thread is provided with the first inclined-plane；Described box body also includes the tubular structure for fixing described microphone, described pipe
Shape structure is contained in described first cavity；Described tubular structure end is provided with some comb, forms between cog between described comb,
Described comb is provided with external screw thread, and described male threaded end is provided with the second inclined-plane；Described first locking mechanism inwardly screw so that
Second inclined-plane described in described first inclined-plane top pressure is so that described comb is to contract, to realize being fastenedly connected described microphone originally
Body.Locking nut has more preferably fastening effect with the mode of comb structure cooperation.
First audio interface and data export interface, described first audio interface and data export interface are provided with box body
It is respectively positioned on the end face near described first locking mechanism for the described box body.First audio interface, the position setting of data export interface
Not unique, the first audio interface, the setting main purpose of data export interface are easily can to carry out after interview terminates
Data derives and subsequent treatment.As a kind of preferred mode, the first audio interface, data export interface are arranged on box body
The end face of one cavities open is so that the first audio interface and data wire export interface are more convenient the transmission of audio frequency and data.Number
USB interface can be adopted according to export interface, it would however also be possible to employ the data transmission interface of other forms.This utility model adopts
USB interface, improves the interface equipment versatility of data transfer, thus realizing the equipment compatibility of data transfer and the steady of transmission
Qualitative and high efficiency.
Box body be further opened with for place mark draw-in groove, described draw-in groove be located at described box body side, described draw-in groove with
The side of described box body is parallel；The one end open of described draw-in groove, described draw-in groove depth is less than the height of the side of described box body, institute
State the width that draw-in groove width is less than the side of described box body.The shape setting of box body is not unique, and the design of draw-in groove can facilitate
Place mark, mark includes but is not limited to interview mark, the title of interview main body and commercial advertisement of main body etc..Meanwhile, block
The setting of groove can also be set to one or more according to demand.
Further, the opening of draw-in groove is provided with the fixation kit for constant mark, and described fixation kit includes dialling
Dynamic button and elastic component, described button of stirring is arranged on described draw-in groove opening, and described button of stirring is along described draw-in groove opening Vertical Square
To motion；Described elastic component is connected with described button of stirring, and described button of stirring is reset to institute by elastic deformation by described elastic component
State on draw-in groove opening.The setting of the fixation kit of draw-in groove, can effectively constant mark, thus the placement of convenient mark and taking
Go out.Specifically, draw-in groove fixation kit using stir button combine with elastic component by the way of, stir detain usual condition under due to elastic component
Extension, be in the state blocking draw-in groove opening；When button is stirred in pressing, elastic component compresses, and draw-in groove opening is opened, thus entering rower
That knows is placed or taken out.
Audio processing components also include base, setting CANNON male and the second audio interface, described CANNON on described base
Male is identical with the interface opening direction of the second audio interface；Described base is used for for CANNON male signal being converted into the second audio frequency
Interface discernible signal；Described second audio interface is connected with the first audio interface by tone frequency channel wire.The setting of second audio interface
Put and do not limited, in this utility model, adopt 3.5mm audio interface.CANNON male and the interface opening of the second audio interface
Direction identical design can reduce factor data line and fold the abrasion producing, and improve the ruggedness of device further.
Further, described base includes end face, and described base end face is provided with boss, and described boss includes a top surface
And first side, described CANNON male is arranged on the top surface of described boss；Described second audio interface is arranged at described base
End face on；The first side of described boss is provided with buckle, and described buckle snap-in structure corresponding with described microphone engages
Connect.Boss structure and buckle structure can be designed so that base is more convenient with the clamping of microphone.
Base also includes second side, and described second side is provided with a button, and described button passes through spring and described buckle
Connect；For connecting or separating described base.Making spring drive buckle mobile thus dismantling base by button press, pressing
The structure design of button can realize the fast quick-detach of base.
Audio processing components also include the handle for being sheathed on microphone, and described handle includes the second locking device
And Handheld Division, described second locking device has the 3rd cavity for housing microphone, described second locking device and institute
State Handheld Division to be fixedly connected, inside described Handheld Division, offer the data wire embedded groove for passing through for data wire, described data
Line embedded groove is axially in parallel with described microphone.Handle is configured using the streamlined way meeting human engineering,
Improve handle by the comfort level held.The feature of data wire embedded groove can be opened up using the Handheld Division of handle simultaneously, will be for adopting
The data wire visiting microphone with audio processing components transmission data is arranged on inside handle, and data wire of having made rational planning for is hidden in handle
In, increased the more attractive in appearance and easy to use while fixing and prevent from coming off of data wire.
This utility model also provides a kind of interview microphone, including microphone, and audio processing components.Audio Processing group
Part is applied in combination with interview microphone, the audio-frequency information acquired in interview microphone can be stored in audio processing components, after being
Continuous Audio Processing is prepared.
Brief description
Fig. 1 is a kind of interview microphone providing in prior art；
Fig. 2 is apparatus for processing audio the first visual angle provided by the utility model schematic diagram；
Fig. 3 is apparatus for processing audio the second visual angle provided by the utility model schematic diagram；
Fig. 4 is apparatus for processing audio front view provided by the utility model；
Fig. 5 is apparatus for processing audio provided by the utility model along A A face sectional view；
Fig. 6 is the box body of apparatus for processing audio provided by the utility model along A A face sectional view；
Fig. 7 is the locking nut of apparatus for processing audio provided by the utility model along A A face sectional view；
Fig. 8 is the schematic diagram of interview microphone provided by the utility model；
Fig. 9 is the schematic diagram of the base of audio processing components provided by the utility model；
Figure 10 is the schematic diagram of the handle of audio processing components provided by the utility model；
Figure 11 is the schematic diagram of audio processing components provided by the utility model；
Figure 12 is interview microphone schematic diagram provided by the utility model.
Description of reference numerals is as follows：100th, microphone；200th, apparatus for processing audio；201st, box body；2011st, draw-in groove；
2012nd, stir button；2013rd, spring；2014th, USB interface；2015th, 3.5mm audio interface；2016th, tubular structure；2017th, first
Inclined-plane；2018th, between cog；202nd, locking nut；2021st, female thread；2022nd, the second inclined-plane；300th, handle；301st, the second locking dress
Put；302nd, Handheld Division；3021st, handle outer surface；3022nd, data wire embedded groove；400th, 3.5mm tone frequency channel wire；500th, base；501、
Boss；5011st, CANNON male interface；502nd, second side；5021st, 3.5mm audio interface；5022nd, button；5023rd, buckle.
Specific embodiment
Below in conjunction with the accompanying drawings more detailed description is done to this utility model.This utility model provides a kind of interview microphone,
Including microphone 100 and audio processing components.
Microphone 100 is used for gathering and play the electronic equipment of acoustical signal.Microphone is usually column, such as cylinder
Or the shape such as square column.
Refer to Fig. 2 and Fig. 3, this utility model provides a kind of audio processing components.Audio processing components include interviewing
Microphone apparatus for processing audio 200.Interview microphone apparatus for processing audio 200 includes box body 201, and box body 201 is in hexahedral shape, and
For circular hollow, the one side of box body 201 has draw-in groove 2011, has and stir button between draw-in groove 2011 and box body 201 top
2012.
Box body 201 bottom is fixedly provided with locking nut 202, and locking nut 202 also has a circular hollow.Box body 201 with
The hollow space of locking nut 202 can mate use with circular microphone.The one side that box body 201 is connected with locking nut 202 is also
It is provided with USB interface 2014 and 3.5mm audio interface 2015.In other examples, USB interface 2014 can be for example
The data export interfaces such as B 5Pin, B 4Pin, Micro USB.3.5mm audio interface 2015 can also be such as TRS interface,
The audio interface such as RCA interface, AES/EBU interface.
In other examples, box body 201 hollow space, periphery all can assume other shapes, such as triangle
Shape, polygon etc..Under normal circumstances, hollow space is more beneficial for fixing interview microphone using with the shape that interview microphone agrees with,
The shape of therefore hollow space is shaped like with interview microphone mostly；Or, the shape of hollow space is with interview microphone shape not
It is similar to it is only necessary to hollow space can be fastened on interview microphone.
Refer to Fig. 6, Fig. 7, adopt locking nut 202 to fasten microphone 100 in this utility model.Specifically, box body
201 have a tubular structure 2016, and tubular structure 2016 is provided with external screw thread, and tubular structure 2016 is interior with locking nut 202
Screw thread 2021 connects；On tubular structure 2016, locking nut 202 coupling part is provided with some comb, between comb, forms tooth
Between 2018, locking nut 202 top pressure tubular structure 2016 regulation comb teeth directional contract, with the fastening of described interview microphone even
Connect.
Specifically, tubular structure 2016 end of interview microphone box body has the first inclined-plane 2017, spiral shell in locking nut 202
Stricture of vagina end has the second inclined-plane 2022, the first inclined-plane 2017 and locking nut 202 end of box body tubular structure 2016 end
Second inclined-plane 2022 coordinates；First inclined-plane 2017 of the second inclined-plane 2022 top pressure tubular structure 2016 of locking nut 202 end,
Tubular structure 2016 has some comb, forms between cog 2018 between comb, therefore can be to contract, thus regulation comb teeth directional
Contract, with being fastenedly connected of described interview microphone.
Further referring to Fig. 2, Fig. 3, box body 201 also includes draw-in groove 2011, and draw-in groove 2011 is arranged on of box body 201
Side, for placing mark, mark can be the such as content such as news interview media station symbol, advertising.Draw-in groove 2011 and box
One side of body 201 be arranged in parallel, and the depth of draw-in groove 2011 is less than the height of the side of box body 201, the width of draw-in groove 2011
Less than the width of the side of box body 201, i.e. draw-in groove 2011 only one end open.In other examples, draw-in groove 2011 also may be used
With two ends or three end openings.
Further referring to Fig. 2, Fig. 5 and Fig. 6, draw-in groove 2011 is parallel with a side of box body 201, and draw-in groove 2011 only has
There is an opening, opening is located at the top surface of box body 201, opening energy putting identification, and width is less.Top surface opening in box body 201
Vertical direction is provided with stirs button 2012, stirs button 2012 and is set to transport along the top surface opening vertical direction of described box body 201
Dynamic.Stirring button 2012 is in Z-shaped, stirs button 2012 and also connects with spring 2013, stirs button 2012 one end and has fluting, spring
2013 are arranged in the fluting that Z-shaped stirs button 2012, and spring 2013 will be stirred by elastic deformation and buckle 2012 and be reset to draw-in groove
On 2011 openings, so that the taking-up of the mark such as station symbol, advertisement and placement are more convenient.
Refer to Fig. 1, Fig. 2 and Fig. 8, the schematic diagram of audio processing components provided by the utility model, Audio Processing group
Part includes apparatus for processing audio 200.Apparatus for processing audio 200 is socketed on microphone 100, the 3.5mm sound of microphone 100
Frequency interface is connected with the 3.5mm audio interface 2015 on apparatus for processing audio 200, thus if will be collected for microphone 100
Message number is transferred in apparatus for processing audio 200 and carries out speech process.Specifically, microphone 100 sequentially passes through box body 201
Cavity and the cavity of locking nut 202, after selecting good fixed position, by adjusting the size of the cavity of locking nut 202,
So that apparatus for processing audio 200 is fastenedly connected with microphone 100.
Further referring to Fig. 9, Figure 11 and Figure 12, the provided audio processing components of this utility model also include base 500,
Base 500 includes end face, and base 500 end face is provided with boss 501, and boss 501 includes a top surface and first side, boss
501 first side is provided with buckle 5023；Base 500 also includes second side 502, and second side 502 is provided with button
5022.Button 5022 is connected with buckle 5023 by spring, and pressing button 5022 is so that buckle 5023 stretches.Boss 501
Top surface be provided with CANNON male interface 5011, can be docked with microphone 100, microphone 100 has and base 500
The corresponding structure of boss 501, during docking, the boss 501 of base 500 can be realized and the having of microphone 100
Effect base docking.Boss 501 structure and the card that can be designed so that base 500 and microphone 100 of buckle 5023 structure
Connect more convenient.Spring is made to drive buckle 5023 mobile thus dismantling base 500 by button 5022 pressing, button 5022
Structure design can realize the fast quick-detach of base 500.
It is provided with 3.5mm audio interface 5021, for providing CANNON male interface 5011 to be converted on base 500 end face
The interface 5021 of 3.5mm tone frequency channel wire exports.Compared with the scheme directly converting 3.5mm tone frequency channel wire with CANNON male interface 5011, adopt
The mode being converted into interface 131 output of 3.5mm tone frequency channel wire with CANNON male interface 5011 can effectively reduce because of 3.5mm audio frequency
Data wire folds the abrasion producing, and improves the ruggedness of device further.In the present embodiment, 3.5mm tone frequency channel wire has 2 and inserts
Head, is connected with the 3.5mm audio interface 2015 on the interface 5021 and apparatus for processing audio 200 of 3.5mm tone frequency channel wire respectively.
Base 500 is used for being directly accessed for the CANNON male of microphone 100 and is converted into the interface of 3.5mm tone frequency channel wire,
The transmission data line when turning 3.5mm audio interface using CANNON male can be solved using base 500 and must bend the biography leading to
The problem that transmission of data line is lost, improves stability in use and the life-span of conversion head.
Refer to Figure 10, Figure 11 and Figure 12, audio processing components provided by the utility model also have handle 300,
Handle 300 is set in the outside of microphone 100.Handle 300 includes the second locking device 301, and the second locking device 301 is by handle
300 and microphone 100 lock.Specifically, the second locking device 301 has the 3rd cavity, for housing microphone 100,
Second locking device 301 has a ring buckle and nut, by the compensating roller of nut so that the second locking device 301 with
Microphone 100 is locked.Handle 300 also includes the Handheld Division 302 meeting ergonomics, opens up and be equipped with number inside Handheld Division 302
According to line embedded groove 3022, for being that 3.5mm tone frequency channel wire 400 passes through for data wire.Specifically, data wire embedded groove 3022 and microphone
Body 100 is axially in parallel.The handle outer surface 3021 of Handheld Division 302 is set using the streamlined way meeting human engineering
Put, improve Handheld Division 302 by the comfort level held.Data wire embedded groove can be opened up using the Handheld Division 302 of handle simultaneously
3022 feature, the data wire transmitting data for microphone 100 and apparatus for processing audio 200 is arranged on inside handle 300,
Data wire of having made rational planning for is hidden in handle, increased the more attractive in appearance and make while fixing and prevent from coming off of data wire
With conveniently.
Refer to Figure 11, Figure 12, the schematic diagram of interview microphone provided by the utility model, 200 sets of apparatus for processing audio
It is connected on microphone 100, specifically, box body 201 is socketed on microphone 100, the Cannon of microphone 100 and bottom
Seat 500 cooperation, 3.5mm Audio Data Line has two plugs, is respectively connected on base 500 and apparatus for processing audio 200
In 3.5mm audio interface 2015.In use, successively the head of microphone 100 is passed through the cavity of locking nut 202
With the cavity of box body 201, then adjust the size of the cavity of locking nut 202, so that apparatus for processing audio 200 and microphone
Body 100 is fastenedly connected.In other examples, apparatus for processing audio 200 and the fixed form of microphone 100 can be
The modes such as nut, elastomeric pad, clamping.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all this
Any modification, equivalent and improvement made within the spirit of utility model and principle etc., should be included in this utility model
Protection domain within.
Claims (10)
1. a kind of audio processing components, for being adapted to external speaker body it is characterised in that described audio processing components include covering
Apparatus for processing audio on microphone, described apparatus for processing audio includes：
Box body, offers box surface described in insertion for the first cavity interting for microphone；
First locking mechanism, offers the second cavity for interting, described first locking mechanism and described box for microphone
Body connects, and is located at the end face of described first cavities open, the axle center phase of the axle center of described second cavity and described first cavity
With described first locking mechanism is used for fastening described microphone.
2. audio processing components according to claim 1 it is characterised in that described first locking mechanism be locking nut,
Described locking nut is provided with female thread, and the end of described female thread is provided with the first inclined-plane；
Described box body also includes the tubular structure for fixing described microphone, and it is empty that described tubular structure is contained in described first
Intracavity；Described tubular structure end is provided with some comb, forms between cog between described comb, and described comb is provided with external screw thread,
Described male threaded end is provided with the second inclined-plane；
Described first locking mechanism inwardly screws so that the second inclined-plane described in described first inclined-plane top pressure is so that described comb
To contract, to realize being fastenedly connected described microphone.
3. audio processing components according to claim 1 are it is characterised in that be provided with the first audio interface on described box body
And data export interface, described first audio interface and data export interface are respectively positioned on described box body near the described first locking knot
The end face of structure.
4. audio processing components according to claim 1 are it is characterised in that described box body is further opened with for placing mark
Draw-in groove, described draw-in groove is located at the side of described box body, and described draw-in groove is parallel with the side of described box body；One end of described draw-in groove
Opening, described draw-in groove depth is less than the height of the side of described box body, and described draw-in groove width is less than the width of the side of described box body
Degree.
5. audio processing components according to claim 4 are it is characterised in that the opening of described draw-in groove is provided with for solid
The fixation kit that calibration is known, described fixation kit includes stirring button and elastic component, and described button of stirring is arranged on described draw-in groove opening
On end, described button of stirring is along described draw-in groove opening movement in vertical direction；Described elastic component is connected with described button of stirring, described elasticity
Part by elastic deformation, described button of stirring is reset on described draw-in groove opening.
6. it is characterised in that also including base, setting on described base blocks audio processing components according to claim 3
Your males and the second audio interface, described CANNON male is identical with the interface opening direction of the second audio interface；Described base is used
In CANNON male signal is converted into the second audio interface discernible signal；Described second audio interface passes through tone frequency channel wire and first
Audio interface connects.
7. audio processing components according to claim 6 are it is characterised in that described base includes end face, described base
End face is provided with boss, and described boss includes a top surface and first side, and described CANNON male is arranged at the top surface of described boss
On；Described second audio interface is arranged on the end face of described base；The first side of described boss is provided with buckle, described buckle
Snap-in structure corresponding with described microphone is connected together.
8. audio processing components according to claim 7 are it is characterised in that described base also includes second side, described
Second side is provided with a button, and described button is snapped connection with described by spring；For connecting or separating described base.
9. audio processing components according to claim 6 are it is characterised in that also include for being sheathed on microphone
Handle, described handle includes the second locking device and Handheld Division, and described second locking device has for housing microphone
3rd cavity, described second locking device is fixedly connected with described Handheld Division, offers for supplying data inside described Handheld Division
The data wire embedded groove that line passes through, described data wire embedded groove is axially in parallel with described microphone.
10. a kind of interview microphone, including microphone and according to the arbitrary described audio processing components of claim 19.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620947337.8U CN205987253U (en) | 2016-08-26 | 2016-08-26 | Interview microphone and subassembly is handled to audio frequency thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620947337.8U CN205987253U (en) | 2016-08-26 | 2016-08-26 | Interview microphone and subassembly is handled to audio frequency thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205987253U true CN205987253U (en) | 2017-02-22 |
Family
ID=58036068
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620947337.8U Expired - Fee Related CN205987253U (en) | 2016-08-26 | 2016-08-26 | Interview microphone and subassembly is handled to audio frequency thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109688493A (en) * | 2018-12-28 | 2019-04-26 | 广州佳比亚电子科技有限公司 | A kind of universal microphone label cover that can be adapted to different microphones |
-
2016
- 2016-08-26 CN CN201620947337.8U patent/CN205987253U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109688493A (en) * | 2018-12-28 | 2019-04-26 | 广州佳比亚电子科技有限公司 | A kind of universal microphone label cover that can be adapted to different microphones |
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Granted publication date: 20170222 Termination date: 20210826 |
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| CF01 | Termination of patent right due to non-payment of annual fee |