Musical instrument pickup structure

Abstract

A musical instrument pickup structure mainly consists of a clamp and a pickup component. The clamp includes an upper fitting part and a lower fitting part of an upper pressing part, which are assembled after passing through a through shaft. Each of the upper and lower pressing parts has a support at an appropriate position, providing a spring for insertion and thereby generating the upper and lower pressing parts to press against each other. On the other side of the clamp opposite to the through shaft, a fixing seat is provided for assembling the pickup component. The pickup component is assembled into the fixing seat of the clamp. The pickup component consists of a combination tube, an upper tone element with a receiver tube, and a lower tone element with a receiver tube. The lower tone element is assembled into a fixing hole in the fixing seat of the clamp. Thus, the musical instrument pickup structure is assembled.

Description

Musical instrument pickup structure The present invention relates to a musical instrument pickup structure that utilizes a combination of upper and lower sound pickup tubes, particularly one that can be clamped to the bell of a saxophone. The upper sound pickup tube picks up the sound from the bell, while the lower sound pickup tube picks up the mid-bass sound coming from the bottom of the saxophone, thereby achieving a more complete sound pickup effect. Currently, when playing a musical instrument, whether for playback or mixing, a sound pickup device (microphone) is usually installed on the musical instrument to collect sound. Therefore, a sound pickup device, such as the musical instrument sound pickup device announced on June 1, 2012, Certificate No. M430691, discloses a musical instrument sound pickup device suitable for installation on a musical instrument and comprising: a positioning clamp, including a clamp body for clamping the musical instrument, and two clamps respectively installed on the clamp body and movable by the clamp body to clamp against the surface of the musical instrument. The invention relates to a soft shock-absorbing pad, the clamp body having a clamping notch running through it from top to bottom; a suspension component, including a flexure rod that can be flexibly deformed, a signal terminal fixed to the bottom end of the flexure rod and detachably embedded in the clamping notch, and a soft U-shaped clamp fixed to the top end of the flexure rod and having two free ends spaced apart and facing each other; and a sound pickup component, including a soft shock-absorbing sleeve spanning the free ends of the U-shaped clamp, and a pickup plugged in the shock-absorbing sleeve and electrically connected to the signal terminal for picking up sound. The above structure mainly adopts the positioning clamp to be provided with a soft shock-absorbing pad for clamping against the musical instrument, and the structural design that the pickup can be suspended and installed between the free ends of the soft U-shaped clamp through the shock-absorbing sleeve. This design can make the new musical instrument pickup device have an excellent shock-absorbing effect, which can effectively prevent friction and impact noise from being transmitted to the pickup, thereby significantly improving the pickup quality. While the aforementioned structure can provide a vibration-proofing effect for instrument pickup, the sound of a saxophone does not originate solely from the bell. Simply installing the pickup at the bell prevents the complete pickup of the mid-bass sounds originating from below the bell, a major drawback that remains unresolved. Therefore, the main problem to be solved by the present invention is how to completely collect the sound emitted by the musical instrument so as to achieve a musical instrument pickup structure with the main creative purpose of recording perfect sound quality. Secondly, the present invention has only one purpose, which is to provide a musical instrument pickup structure that is easy to assemble and can share parts to reduce manufacturing costs. The present invention is a musical instrument pickup structure, which is mainly composed of a clamp and a sound pickup. The clamp consists of an upper pressing part with an upper engaging part and a lower pressing part with a lower engaging part. The upper and lower engaging parts are combined to form a through hole, and a through shaft passes through the through hole to pivotally connect the upper and lower pressing parts. At the same time, the end of the through shaft is connected to a fixed seat for the sound pickup to be inserted by a pivot part. The inner surface of the upper pressing part and the inner surface of the lower pressing part are each provided with a corresponding bearing seat, and a spring is provided to press the upper and lower pressing parts. The ends of the upper pressing part and the lower pressing part are respectively provided with a toothed upper clamping part and a lower clamping part to clamp the musical instrument and prevent it from slipping. In addition, the fixed seat is provided with a fixing hole to provide The combination tube of the pickup is arranged across the group, and both ends of the opening at the other end of the fixing seat are provided with through holes and a tightening screw, so that after the pickup is installed on the fixing seat, it is locked and fixed to the fixing seat by the tightening screw; a pickup is mainly composed of an upper sound piece and a lower sound piece respectively passing through the two ends of the combination tube. The upper and lower ends of the combination tube are provided with internal threads to provide the upper sound piece and the lower sound piece to be locked. The combination tube is provided with a through hole to provide a connector with two sound source lines to pass through the group. The two sound source lines are respectively connected to the sound receiving tube of the upper sound piece and the lower sound piece. A through hole is provided at an appropriate position of the combination tube, and a screw is provided to tighten and fix the connector passing through the combination tube. The connector can be locked and connected with the wire of the audio equipment; an upper sound piece is composed of a through hole with a through hole The hole is composed of an upper screw cover, a bent tube, a shock-absorbing sleeve, a sound receiver and a windproof sleeve. The lower end of the upper screw cover is provided with an external thread section, which can be locked with the internal thread of the upper end of the combination tube. In addition, the bent tube is hollow and the lower end is screwed into the through hole of the upper screw cover. The upper end is pivotally connected to a shock-absorbing sleeve. The shock-absorbing sleeve is made of a moderately soft material. The lower end of the shock-absorbing sleeve is fitted on the upper end of the bent tube, and the upper end of the shock-absorbing sleeve forms a bundle ring to provide a sound receiver for fixing. The sound receiver is completed with a windproof sleeve, so that the sound source line of the sound receiver is connected to the joint in the combination tube through the shock-absorbing sleeve, the bent tube and the upper screw cover, and then connected to the external audio equipment to achieve the purpose of receiving sound. The lower sound component is It is composed of a lower screw cover with a through hole, a bent tube, a shock-absorbing sleeve, a sound receiver and a windproof sleeve. The upper end of the lower screw cover is provided with an external thread section, which can be locked with the internal thread of the lower end of the combination tube. In addition, the bent tube is hollow and the upper end is screwed into the through hole of the lower screw cover, and the lower end is pivotally connected to a shock-absorbing sleeve. The shock-absorbing sleeve is made of a moderately soft material. The upper end of the shock-absorbing sleeve is fitted with the lower end of the bent tube, and the lower end of the shock-absorbing sleeve forms a bundle ring to provide a sound receiver for fixing. The sound receiver is completed with a windproof sleeve, so that the sound source line of the sound receiver is connected to the connector inside the combination tube through the shock-absorbing sleeve, the bent tube and the lower screw cover, and then connected to the external audio equipment to achieve the purpose of receiving sound. The second embodiment of the combination tube of the present invention is a hollow combination tube with tapered lock holes at the upper and lower ends. A through hole is provided on one side of the middle section of the combination tube to provide a connector for connecting to external audio equipment. The other side of the middle section of the combination tube is a slot, which cooperates with a corresponding combination block to lock into the middle section of the combination tube, so that the two audio source lines connected to the connector pass through the two ends of the combination tube respectively. At the same time, the lower and upper ends of the bent tubes of the upper and lower sound parts are provided at both ends of the combination tube, which are directly screwed into the two ends of the combination tube. The two audio source lines are respectively passed through the bent section and the shock-absorbing sleeve and connected to the sound receiver. In this way, the upper screw cover, lower screw cover and combination tube of the first embodiment can be combined into one, which effectively further simplifies the cost of parts. The present invention fixes the musical instrument through the upper clamping part and the lower clamping part of the clamping part, and provides a sound pickup assembly through the fixing hole pivotally arranged on the fixing base of the clamping part. The sound pickup assembly is composed of an upper sound piece and a lower sound piece, and thus has two sound pickup tubes, which can achieve a comprehensive and detailed sound pickup effect of the musical instrument at the same time. 10: Fixture 11: Upper pressure part 111: Upper clamping part 112: Seat 12: Lower pressure part 121: Lower clamping part 122: Seat 13:Through the shaft 14: Spring 15: Fixed seat 151:Fixing hole 152: tightening part A 153: tightening part B 154:Tightening screw 155: pivoting portion 16: Upper fitting part 17: Lower fitting part 20:Pickup 20':Pickup 30: Combination tube 31: Internal thread 32: Internal thread 33:Through hole 34:Through hole 35: Connector 36: Audio cable 40: Sound piece 41: Screw cap 411:Through hole 412: External thread segment 42: Bend tube 421: bottom 422: Top 43: shock absorber sleeve 431: Tie ring 432: Grooving 44: Radio 45: Windproof cover 50:Download audio 51: Lower screw cap 511:Through hole 512: External thread segment 52: Bend tube 521: Top 522: bottom 53: shock absorber 531: Tie set 532: Grooving 54: Radio 55: Windproof cover 56: Windproof cover 60: Combination tube 61: Keyhole 62: Keyhole 63:Through hole 64: Grooving 65: screw hole 66: Combination Block 661: Keyhole 67:Hollow tube 70: Screw 80: Audio equipment FIG1 is a schematic diagram of a three-dimensional assembly according to the present invention. FIG2 is a schematic exploded perspective view of a pickup according to the present invention. FIG3 is a schematic diagram showing an exploded view of the upper sound components according to the present invention. FIG4 is a schematic diagram showing the decomposition of the sound components according to the present invention. FIG5 is a schematic three-dimensional view of a fixture according to the present invention. FIG6 is a perspective view of the fixture according to the present invention from another perspective. FIG7 is a schematic cross-sectional view of a sound pickup according to the present invention. FIG8 is a schematic diagram of an embodiment of a musical instrument installation according to the present invention. FIG9 is a schematic diagram of different musical instrument installation embodiments according to the present invention. [Fig. 10] is a schematic diagram of another embodiment of a windproof cover according to the present invention. FIG11 is a schematic diagram of an exploded view of the second embodiment of the combination tube according to the present invention. [Figure 12] is a schematic diagram of the combined cylinder according to the present invention. The present invention is a musical instrument pickup structure, mainly composed of a clamp member 10 and a pickup member 20. Please refer to Figures 1, 2, 3, 4, 5, 6 and 7 to further illustrate the corresponding relationship between the various components of the present invention, wherein: A clamp member 10, the system has an upper pressing portion 11 with an upper fitting portion 16, and a lower pressing portion 12 with a lower fitting portion 17, through the upper fitting portion 16 and the lower fitting portion 17 are embedded and formed by a through hole (not shown), and after a through-axis 13 passes through the through hole, the upper pressing portion 11 and the lower pressing portion 12 are assembled. At the same time, the end of the through-axis 13 passes through a fixed seat 15 and is locked and fixed by a pivot portion 155. The fixed seat 15 provides a sound pickup 20 for passing through and combining with the fixed seat. In addition, a corresponding support 112, 122 is provided on the inner surface of the upper pressing portion 11 and the inner surface of the lower pressing portion 12, and a spring 14 is provided to be placed so as to press the upper pressing portion 11 and the lower pressing portion 12 to operate the upper pressing portion 11 and the lower pressing portion 12. When the pressing portion 12 is pressed, an extrusion spring force is generated, which causes the upper clamping portion 111 with a tooth shape provided at the end of the upper pressing portion 11 and the lower clamping portion 121 with a tooth shape provided at the end of the lower pressing portion 12 to generate a clamping force, so that the instrument can be clamped on the instrument and achieve the effect of preventing slipping without damaging the instrument; in addition, the fixing seat 15 pivotally provided on the other side of the clamp member 10 is slightly U-shaped, and the open part is a tightening portion A, a tightening portion B152, and a tightening portion 153 each with a through hole (not marked in the figure). The tightening portion A152 is locked to the tightening portion B153 by a tightening screw 154 through the through hole of the tightening portion A152, and a fixing hole 151 is formed on the fixing seat 15 to provide a cross-group fixation for the combined tube 30 of the pickup member 20. A sound pickup component 20 is mainly composed of an upper sound component 40 and a lower sound component 50 locked together at the upper and lower ends of a combination tube 30; the upper and lower ends of the combination tube 30 are provided with internal threads 31 and 32 to provide locking of the upper sound component 40 and the lower sound component 50, and the combination tube 30 is provided with a through hole 33 to provide a connector 35 with two sound source wires 36 to pass through the group, and the two sound source wires 36 are respectively connected to the sound receiving tubes 44 and 54 of the upper sound component 40 and the lower sound component 50. In addition, a through hole 34 is provided at an appropriate position of the combination tube 30 to provide a screw 341 to lock and tighten the connector 35 passed through the combination tube 30, and the connector 35 can be locked and connected with the wires of the audio equipment. A sound member 40 is composed of an upper screw cover 41 having a through hole 412, a bent tube 42, a shock-absorbing sleeve 43, a sound receiving tube 44, and a windproof sleeve 45. Among them, the upper end surface of the upper screw cover 41 is provided with a through hole 411, and the lower end is provided with an external thread section 412, which can be locked with the internal thread 31 of the upper end of the combined tube 30. In addition, the bent tube 42 is a hollow tube body with flexibility. The lower end 421 is screwed into the through hole 411 of the upper screw cover 41, and the upper end 422 is pivotally connected to a shock-absorbing sleeve 43. The shock-absorbing sleeve 43 is made of a moderately soft material (such as rubber) to avoid The lower end of the shock-absorbing sleeve 43 is fitted over the upper end 422 of the bent tube 42, and the upper end of the shock-absorbing sleeve 43 forms a knotted ring 431 for a sound receiver 44 to be fixed through the assembly. The shock-absorbing sleeve 43 is provided with one or more teardrop-shaped grooves 432 at appropriate locations, and the grooves 432 can play a shock-absorbing role; and the sound receiver 44 is completed by being fitted with a windproof sleeve 45, so that the sound source line 36 of the sound receiver 44 passes through the shock-absorbing sleeve 43, the bent tube 42, and the upper screw cover 41 to connect to the connector 35 located in the assembly tube 30, and then connect to the external audio equipment 80 to achieve the purpose of sound reception by the upper sound component 40. The lower sound member 50 is composed of a lower screw cover 51 with a through hole 511, a bent tube 52, a shock-absorbing sleeve 53, a sound receiving tube 54, and a windproof sleeve 55. The upper end of the lower screw cover 51 is provided with an external thread section 512, which can be locked with the internal thread 32 of the lower end of the combined tube 30. In addition, the bent tube 52 is a hollow tube body with flexibility. The upper end 521 is screwed into the through hole 511 of the lower screw cover 51, and the lower end 522 is pivotally connected to a shock-absorbing sleeve 53. The shock-absorbing sleeve 53 is made of a moderately soft material (such as rubber). The upper end of the shock-absorbing sleeve 53 is covered The lower end 522 of the bending tube 52 and the lower end of the shock-absorbing sleeve 53 form a knotted ring 531 for a sound receiver 54 to be inserted and fixed. The shock-absorbing sleeve 53 is provided with one or more teardrop-shaped grooves 532 at appropriate locations. The grooves 532 can play a shock-absorbing role. The sound receiver 54 is completed by being inserted into a windproof sleeve 55, so that the sound source line 36 of the sound receiver 54 passes through the shock-absorbing sleeve 53, the bending tube 52, and the lower screw cover 51 to connect with the connector 35 located in the combination tube 30, and then connect with the external audio equipment 80 to achieve the purpose of sound reception by the lower sound component 50. Continuing with Figures 8 and 9, the present invention's musical instrument pickup structure, based on the above structure, provides the effect of synchronously collecting sound in different directions. Due to the different sound holes of the musical instruments, in the case of a saxophone, when the clamp 10 is clamped on the bell, the sound tube 44 of the upper sound element 40 can collect mid- and high-pitched sounds, while the lower sound element 50 of the present invention can collect mid- and low-pitched sounds. In this way, a more complete and delicate sound recording effect of the musical instrument sound can be achieved. In addition, in the clamp part 10 described in the present invention, the upper pressing part 11 can be provided with an upper clamping part 111, and the lower pressing part 12 is provided with a corresponding lower clamping part 121. In addition, the upper clamping part 111 and the lower clamping part 121 are both provided with a toothed anti-slip part, and are both made of a material with moderate softness to achieve the effect of not damaging the surface of the musical instrument when clamping the musical instrument; and the windproof covers 45 and 55 described in the present invention can be windproof covers made of sponge or imitation rabbit hair (as shown in Figure 10) to achieve the purpose of preventing wind noise. The second embodiment of the combination tube of the present invention, please refer to Figures 11 and 12, the combination tube 60 is a hollow upper end, the lower end are tapered to form a lock hole 61, 62, the middle side of the combination tube 60 is provided with a through hole 63 to provide a connector 35 for connecting external audio equipment through the group, the other side of the middle section of the combination tube 60 is a cutout groove 64 with a screw hole 65, by a screw 70 with a lock hole 661 and the cutout groove 64 corresponding to the arc-shaped combination block 66, the combination block 66 can be locked in the middle section of the combination tube 60 64, so as to be connected to The two sound source lines 36 of the joint 35 are respectively passed through the lock holes 61 and 62 at both ends of the combined tube 60, and then the lock hole 61 of the combined tube 60 is provided for locking the lower end 421 of the bent tube 42 of the upper sound piece 40, and then the shock-absorbing sleeve 43 is successively put on the bent tube 42, and the binding ring 431 of the shock-absorbing sleeve 43 is provided for binding and fixing the sound tube 44, and then the windproof and noise-proof windproof sleeve 45 is sheathed on the sound tube 44; accordingly, the sound source line 36 of the joint 35 located at the combined tube 60 is connected to the sound tube 44 along the hollow tube 67 of the combined tube 60, the bent tube 42, and the shock-absorbing sleeve 43. The sound tube 44 is connected to complete the assembly of the upper sound piece 40; the lock hole 62 of the combined tube 60 is directly screwed into the combined tube 60 with the upper end 521 of the bent tube 52 of the lower sound piece 50, and the shock-absorbing sleeve 53 is sleeved on the lower end 522 of the bent tube 52, and the binding ring 531 of the shock-absorbing sleeve 53 provides a binding and fixation for the sound tube 54, and then the windproof and noise-proof windproof sleeve 55 is sleeved on the sound tube 54; accordingly, the sound source line 36 at the joint 35 of the combined tube 60 is passed along the hollow tube 67 of the combined tube 60, the bent tube 52, and the shock-absorbing sleeve 53. and connected to the sound pickup tube 54, thereby completing the assembly of the lower sound component 50; so that the assembled sound pickup component 20' can be connected to the fixing hole 151 of the fixing base 15 of the clamp member 10. In this second embodiment, the two sound source cables 36 are respectively passed through the locking holes 61 and 62 at both ends of the combination tube 60 through the bending tubes 42 and 52, the shock-absorbing sleeves 43 and 53, and connected to the sound pickup tubes 44 and 54. In this way, the upper screw cover 41, the lower screw cover 51 and the combination tube 30 of the first embodiment can be combined into one, effectively further simplifying the cost of parts and reducing the labor cost of assembly. However, the above is only one feasible embodiment of the present invention and should not be used to limit the scope of implementation of the present invention; that is, all equivalent changes and modifications made according to the scope of the patent application of the present invention should still fall within the scope of the patent of the present invention. From the above, we can see that the present invention has indeed achieved a breakthrough structure and has improved creative content. At the same time, it can achieve industrial applicability and progress. Moreover, the present invention has not been seen in any publication and is novel. It should comply with the provisions of the Patent Law. Therefore, we have filed an invention patent application in accordance with the law and sincerely request the examiners of the Bureau to grant the legal patent right. I am very grateful. 10: Fixture 11: Upper pressure part 12: Lower pressure part 13:Through the shaft 14: Spring 15: Fixed seat 152: tightening part A 153: tightening part B 154:Tightening screw 20:Pickup 30: Combination tube 40: Sound piece 41: Screw cap 42: Bend tube 43: shock absorber sleeve 431: Tie ring 432: Grooving 44: Radio 45: Windproof cover 50:Download audio 52: Bend tube 53: shock absorber 531: Tie ring 532: Grooving 54: Radio 55: Windproof cover

Claims

1. A musical instrument pickup structure, comprising a clamp and a pickup component; the pickup component includes: a clamp comprising an upper pressing portion having an upper fitting portion and a lower pressing portion having a lower fitting portion, wherein a through-hole is formed by the upper and lower fitting portions, and a through-shaft passes through the through-hole to complete the assembly of the upper and lower pressing portions; simultaneously, a fixing seat is mounted on the end of the through-shaft and locked in place by a pivot portion, the fixing seat providing a mounting and fixing mechanism for the pickup component; furthermore, a corresponding bearing is provided on the inner surface of the upper pressing portion and the inner surface of the lower pressing portion, providing a spring for inserting to press the upper and lower pressing portions together; and a fixing seat pivotally mounted on the other side of the clamp is... Slightly U-shaped, the open section contains two clamping parts, A and B, each with a through hole. A clamping screw passes through the hole in clamping part A and locks into clamping part B, forming a fixing hole in the fixing base for securing the microphone assembly. The assembly has an upper microphone and a lower microphone locked to each end face. Internal threads at both ends of the assembly allow the upper and lower microphones to lock together. A through hole provides a connector for two audio source cables, which connect to the microphones of the upper and lower microphones respectively. An upper microphone is composed of an upper cap with a through hole, a bent tube, a vibration damping sleeve, a microphone, and a windproof sleeve. The lower end of the upper cap has an external thread section that can be locked with the internal thread at the upper end of the assembly tube. A through hole on the upper surface of the upper cap provides a locking mechanism for the lower end of the bent tube. A vibration damping sleeve is pivotally connected to the upper end of the bent tube, and a knot ring is formed at the upper end of the vibration damping sleeve to provide a receiver for insertion and fixation. The receiver is fitted with a windproof sleeve to complete the assembly, allowing the receiver's audio cable to pass through the vibration damping sleeve, bent tube, and upper cap to connect to a connector located inside the assembly tube, thereby connecting to external audio equipment to achieve upper speaker reception. The lower speaker consists of a lower cap with a through hole and a bent tube... The assembly consists of a tube, a vibration damping sleeve, a microphone, and a windproof sleeve. The upper end of the lower cap has an external thread section that can be locked with the internal thread at the lower end of the assembly tube. The upper end of the bent tube is screwed into the through hole of the lower cap, and the lower end of the bent tube is pivotally connected to a vibration damping sleeve. The lower end of the vibration damping sleeve forms a knot ring to provide a microphone for insertion and fixation. The microphone is fitted with a windproof sleeve to complete the assembly. The sound source wire of the microphone passes through the vibration damping sleeve, the bent tube, and the lower cap to connect to the connector located inside the assembly tube, thereby connecting with external audio equipment to achieve the purpose of the lower sound component for sound reception.

2. The instrument pickup structure of claim 1 further includes a through hole at a suitable position in the assembly tube, providing a screw to lock and secure a connector passing through the assembly tube, the connector being able to be connected to the wiring of an audio device.

3. As in request item 1, the structure of the musical instrument pickup, wherein, The upper and lower sound component damping sleeves may have one or more teardrop-shaped grooves at appropriate locations, which can serve to reduce vibration.

4. A musical instrument pickup structure, comprising a clamp and a pickup component; the pickup component includes: a clamp consisting of an upper pressing portion having an upper fitting portion and a lower pressing portion having a lower fitting portion, wherein a through-hole is formed by the upper and lower fitting portions, and a through-shaft passes through the through-hole to complete the assembly of the upper and lower pressing portions; simultaneously, a fixing seat is attached to the end of the through-shaft and locked in place by a pivot portion, the fixing seat providing a mounting and fixing mechanism for the pickup component; furthermore, a corresponding bearing is provided on the inner surface of the upper pressing portion and the inner surface of the lower pressing portion, providing a spring for inserting to press the upper and lower pressing portions together; and the fixing seat pivotally mounted on the other side of the clamp is slightly U-shaped, with an opening having a clamping portion A and a clamping portion B each having a through-hole, and a clamping screw passing through clamping portion A. A perforated locking mechanism is formed at the clamping part B, and a fixing hole is formed at the fixing base to provide a cross-group fixing for the pickup assembly; a hollow assembly, with two gradually tapering upper and lower ends forming two locking holes, which respectively provide locking for an upper pickup and a lower pickup; a through hole is provided on one side of the middle section of the assembly for a connector assembly for connecting external audio equipment, and a slot with a screw hole is provided on the other side of the middle section of the assembly; an arc-shaped assembly block with a locking hole corresponding to the slot is locked into the slot in the middle section of the assembly by a screw through the locking hole; the hollow through hole of the assembly provides a connector assembly for two audio source wires, which are respectively connected to the pickups of the upper and lower pickups; an upper pickup is composed of a bent tube, a vibration damping sleeve, a pickup, and a windproof sleeve. The lower end of the bent tube is locked to the upper lock hole of the combined cylinder. A vibration damping sleeve is pivotally connected to the upper end of the bent tube. A bundle ring is formed at the upper end of the vibration damping sleeve to provide a receiver for fixing. The receiver is fitted with a windproof sleeve to complete the assembly. The lower component is composed of a bent tube, a vibration damping sleeve, a receiver, and a windproof sleeve. The upper end of the bent tube is locked to the lower lock hole of the combined cylinder. A vibration damping sleeve is pivotally connected to the lower end of the bent tube. A bundle ring is formed at the lower end of the vibration damping sleeve to provide a receiver for fixing. The receiver is fitted with a windproof sleeve to complete the assembly.

5. As in request item 4, the musical instrument pickup structure, wherein, The upper and lower sound component damping sleeves may have one or more teardrop-shaped grooves at appropriate locations, which can serve to reduce vibration.

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