阅读说明：本技术 一种插针一体式低频蜂鸣器 (Contact pin integral type low frequency buzzer ) 是由 刘林杰 于 2020-05-08 设计创作，主要内容包括：本发明公开了一种插针一体式低频蜂鸣器,其结构包括：封盖卡盘、引脚片板、插针接柱盘座、齿槽框环、散热方槽、底胶托盘座,本发明实现了运用引脚片板与插针接柱盘座相配合,形成一个通过铜丝线的三叉式六端口输送效果,让集成电板顶部通过磁铁架衬杆与衔铁滑动架形成一个机型扭转的集成复合电路,提升单向导线通断切变的保险性,也使引脚片板工装形成可拔插的效果,避免点焊操作焊黑引脚端且封死固定,提升引脚片板的灵敏拆卸替换度和接触面积过电量的调整,保障在蜂鸣器的低频操作过程中,高效发现多节点低频电流的导通量,提升蜂鸣器的机敏度和一体式联动性,加强电子元器件插针工作灵活性。(The invention discloses a contact pin integrated low-frequency buzzer, which structurally comprises: the invention realizes the matching of the pin sheet plate and the pin connecting column disc seat to form a three-fork six-port conveying effect through a copper wire, so that the top of an integrated electric plate and an armature sliding frame form a machine type twisted integrated composite circuit through a magnet frame lining rod, the safety of one-way lead on-off shear is improved, a pin sheet plate tool can form a pluggable effect, the welding of a black lead end in spot welding operation is avoided, the sealing and fixing are realized, the sensitive disassembly replacement degree of the pin sheet plate and the adjustment of the contact area over-electricity quantity are improved, the conduction quantity of multi-node low-frequency current is efficiently found in the low-frequency operation process of a buzzer, the machine sensitivity and the integral linkage of the buzzer are improved, and the working flexibility of electronic contact pins is enhanced.)

1. A contact pin integral type low frequency buzzer, its structure includes: closing cap chuck (1), pin piece board (2), contact pin flange dish seat (3), tooth's socket frame ring (4), heat dissipation square groove (5), primer tray seat (6), its characterized in that:

the pin connecting column disc seat (3) is tightly attached to the top surface of the sealing cover chuck (1), the pin connecting column disc seat (3) is buckled with the pin sheet plate (2), the tooth socket frame ring (4) and the heat dissipation square groove (5) are of an integrated structure, the primer tray seat (6) is nested below the bottom of the tooth socket frame ring (4), and the tooth socket frame ring (4) is buckled with the sealing cover chuck (1);

the contact pin connecting column disc seat (3) is provided with a magnet frame lining rod (3A), an armature sliding frame (3B), a claw magnetic wheel frame (3C), a limiting chuck (3D), a copper wire (3E), a disc wheel inner chamber (3F), an inductance wire frame body (3G) and an outer rubber ring (3H);

armature carriage (3B) is installed in the inside of magnet frame lining pole (3A), magnet frame lining pole (3A) and jack catch magnetic wheel frame (3C) mechanical connection, spacing chuck (3D) and copper silk thread (3E) are all installed in the inside of dish wheel inner chamber (3F), inductance line support body (3G) are equipped with two and insert respectively and inlay the upper and lower both sides at armature carriage (3B), outer rubber ring (3H) and dish wheel inner chamber (3F) are nested integrative, jack catch magnetic wheel frame (3C) are installed at the front side in dish wheel inner chamber (3F) axle center, jack catch magnetic wheel frame (3C) are in the same place with pin sheet board (2) lock, dish wheel inner chamber (3F) hug closely on the top surface of closing cap chuck (1).

2. The contact pin integrated low-frequency buzzer as claimed in claim 1, wherein: the magnet frame lining rod (3A) is composed of a lining sliding plate (3A1), a rotary swing button pressing plate (3A2) and a magnet frame (3A3), the lining sliding plate (3A1) is buckled with the rotary swing button pressing plate (3A2), and the rotary swing button pressing plate (3A2) is inserted and embedded on the right side of the magnet frame (3A 3).

3. The contact pin integrated low-frequency buzzer as claimed in claim 2, wherein: the rotary pendulum is turned round clamp plate (3A2) and is become by fin baffle (3A21), counter weight briquetting (3A22), curved arc spring pole (3A23), turned round wheel (3A24) and constitute, fin baffle (3A21) are inserted and are inlayed on the right side of counter weight briquetting (3A22), curved arc spring pole (3A23) and turned round wheel (3A24) mechanical connection, turned round wheel (3A24) is installed in the left side of counter weight briquetting (3A 22).

4. The contact pin integrated low-frequency buzzer as claimed in claim 1, wherein: armature carriage (3B) comprises armature frame piece (3B1), transverse slide rail (3B2), armature frame piece (3B1) is installed in the inside of transverse slide rail (3B2), armature frame piece (3B1) cooperatees with transverse slide rail (3B 2).

5. The pin integrated low-frequency buzzer as claimed in claim 4, wherein: the armature frame block (3B1) is composed of a through core tube (3B11), a rack pin piece (3B12), a square block body (3B13) and a magnetic wheel block (3B14), wherein the rack pin piece (3B12) is inserted and embedded in the through core tube (3B11), the rack pin piece (3B12) is electrically connected with the magnetic wheel block (3B14), and the magnetic wheel block (3B14) is installed in the square block body (3B 13).

6. The contact pin integrated low-frequency buzzer as claimed in claim 1, wherein: the claw magnetic wheel frame (3C) is composed of a ball deflection wheel (3C1), a claw column block (3C2) and a sliding pad bar (3C3), the ball deflection wheel (3C1) is installed inside the claw column block (3C2), and the claw column block (3C2) is mechanically connected with the sliding pad bar (3C 3).

7. The pin integrated low-frequency buzzer as claimed in claim 6, wherein: the ball deflection wheel (3C1) is composed of a wheel disc groove (3C11), a ball arc tube (3C12), a strip plate (3C13) and a bow-shaped reinforcing rib (3C14), wherein the ball arc tube (3C12) is welded with the bow-shaped reinforcing rib (3C14) into a whole through the strip plate (3C13), and the bow-shaped reinforcing rib (3C14) is inserted and embedded in the wheel disc groove (3C 11).

8. The contact pin integrated low-frequency buzzer as claimed in claim 1, wherein: spacing chuck (3D) pushes away otic placode (3D1), chuck spiral shell (3D2), dish pedestal (3D3) by the pendulum and constitutes, pendulum pushes away otic placode (3D1) and chuck spiral shell (3D2) mechanical connection, the inside of inlaying at dish pedestal (3D3) is inserted in chuck spiral shell (3D 2).

9. The pin integrated low-frequency buzzer as claimed in claim 8, wherein: pendulum push away otic placode (3D1) comprises arc board (3D11), bayonet lock frame (3D12), side pressure board (3D13), otic placode groove block (3D14), arc board (3D11) and otic placode groove block (3D14) structure as an organic whole, bayonet lock frame (3D12) and side pressure board (3D13) insert and inlay integratively, side pressure board (3D13) is installed in the inside of otic placode groove block (3D 14).

Technical Field

The invention discloses a contact pin integrated low-frequency buzzer, and belongs to the field of buzzers.

Background

The buzzer is a small-sized alarm device and is commonly used for adaptive alarm buzzing of a system circuit board block, so that an anti-theft module and a dangerous alarm module in a system can realize timely linkage work, the early warning time is prolonged, a worker is also reminded to pay attention to the examination condition, the equipment cost is low, the application is general, and the public defect of treating optimization in the prior art is as follows:

the pin soldering tin of the contact pin type buzzer forms a fixed effect of an end hole with the integrated board, but the contact surface of the contact pin body can have various relay contact modes, the encapsulation of the circuit board enables the buzzer to be low in air tightness, propagation media in the air are few, and the buzzer efficiency is low.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a contact pin integrated low-frequency buzzer to solve the problem that the pin soldering tin of the contact pin type buzzer forms an end hole fixing effect with an integrated board, but the contact surface of a pin body can have various relay contact modes, the sealing of a circuit board enables the buzzer to be low in air tightness and less in propagation medium in air, the buzzer efficiency is low, the shell cover sealing of the buzzer can block the sounding frequency and the coverage area, the efficiency of the buzzer is greatly reduced, the pin adaptation on the whole can only be started from two positive and negative terminals, the current diffusion effect of the terminals on the integrated board is influenced, and the single operation of the electric board during triggering is caused.

In order to achieve the purpose, the invention is realized by the following technical scheme: a contact pin integral type low frequency buzzer, its structure includes: the sealing cover chuck, the pin sheet plate, the pin connecting column disk seat, the tooth socket frame ring, the heat dissipation square groove and the bottom rubber tray seat, wherein the pin connecting column disk seat is tightly attached to the top surface of the sealing cover chuck and is positioned on the same horizontal plane, the pin connecting column disk seat and the pin sheet plate are buckled together and are mutually vertical, the tooth socket frame ring and the heat dissipation square groove are of an integral structure and are positioned on the same arc surface, the bottom rubber tray seat is nested under the bottom of the tooth socket frame ring and is collinear in the axis, the tooth socket frame ring and the sealing cover chuck are buckled together and are positioned on the same horizontal plane, the pin connecting column disk seat is provided with a magnet frame lining rod, an armature sliding frame, a claw magnet wheel frame, a limiting chuck, a copper wire, a disk wheel inner chamber, an inductance wire frame body and an outer rubber ring, the armature is installed inside the magnet frame lining rod and is positioned on the same vertical plane, the magnet frame lining rod is mechanically connected with the claw magnet frame and collinear in the axis, spacing chuck and copper silk thread are all installed in the inside of dish wheel interior chamber and on being in same vertical face, inductance line support body is equipped with two and inserts the upper and lower both sides of inlaying at the armature carriage respectively, outer rubber ring is nested integrative and axle center collineation with dish wheel interior chamber, jack catch magnetic wheel frame installs the front side in dish wheel interior chamber axle center, jack catch magnetic wheel frame and pin piece board lock together and mutually perpendicular, dish wheel interior chamber hugs closely on the top surface of closing cap chuck and is in on the same horizontal plane.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the magnet rack lining rod consists of a lining sliding plate, a rotary swing button pressing plate and a magnet rack, wherein the lining sliding plate is buckled with the rotary swing button pressing plate and is positioned on the same vertical surface, and the rotary swing button pressing plate is inserted and embedded on the right side of the magnet rack and is positioned on the same horizontal line.

As a further improvement of the invention, the rotary pendulum and torsional pressure plate comprises a fin partition plate, a counterweight pressure block, a curved arc spring rod and a torsional wheel, wherein the fin partition plate is inserted and embedded on the right side of the counterweight pressure block and is positioned on the same vertical surface, the curved arc spring rod is mechanically connected with the torsional wheel, and the torsional wheel is installed on the left side of the counterweight pressure block.

As a further improvement of the invention, the armature sliding frame consists of an armature frame block and a transverse sliding rail, the armature frame block is arranged inside the transverse sliding rail, and the armature frame block and the transverse sliding rail are in clearance fit.

As a further improvement of the invention, the armature frame block consists of a through core tube, a rack pin piece, a square block body and a magnetic wheel block, wherein the rack pin piece is inserted in the through core tube and is positioned on the same horizontal line, the rack pin piece is electrically connected with the magnetic wheel block, and the magnetic wheel block is arranged in the square block body.

As a further improvement of the invention, the claw magnetic wheel frame consists of a ball deflection wheel, a claw column block and a sliding pad bar, wherein the ball deflection wheel is arranged inside the claw column block, and the claw column block is mechanically connected with the sliding pad bar and is positioned on the same vertical plane.

As a further improvement of the invention, the ball deflection wheel consists of a wheel disc groove, a ball arc tube, a strip plate and a Chinese character 'gong' reinforcing rib, wherein the ball arc tube is welded with the Chinese character 'gong' reinforcing rib into a whole through the strip plate, and the Chinese character 'gong' reinforcing rib is inserted and embedded in the wheel disc groove and the axes of the Chinese character 'gong' reinforcing rib are collinear.

As a further improvement of the invention, the limiting chuck consists of a swing and push lug plate, a chuck rotating frame and a disc seat body, wherein the swing and push lug plate is mechanically connected with the chuck rotating frame and is positioned on the same vertical surface, and the chuck rotating frame is inserted and embedded in the disc seat body.

As a further improvement of the invention, the swing and push lug plate consists of an arc plate, a bayonet lock frame, a side pressure plate and a lug plate groove block, wherein the arc plate and the lug plate groove block are in an integral structure and are positioned on the same vertical surface, the bayonet lock frame and the side pressure plate are inserted and embedded into a whole, and the side pressure plate is arranged inside the lug plate groove block.

As a further improvement of the invention, the torsion rotating wheel is of a wheel disc body structure which is formed by alternately hooking jade plate blocks up and down and pressing, so that the counterweight hook angle of the jade hooking circular surface is convenient to have light weight, an inertial rotation swinging effect is formed, the lug plate clamping magnets are convenient to unfold, and the interference of a deflection magnetic field is avoided.

As a further improvement of the invention, the magnetic wheel block is a wheel carrier block structure with a thick solid magnetic ring wheel in the middle of the wide edge at the other side of the primary narrow rod, so that adaptive electromagnetic field induction acting force is formed when the magnetic wheel block slides in a left-right alignment manner, magnetic induction lines are cut conveniently, and the stability of low-frequency current is guaranteed.

As a further improvement of the invention, the ball arc tube is a counterweight tube body structure with a plurality of solid steel balls embedded in a convex arc tube at the top, so that semi-ring counterweight pressure is formed during rotation of the axis to achieve the stability of the clamping jaw for pressing and buckling the relay pin.

As a further improvement of the invention, the ear plate groove block is of an ear plate structure with a narrow small wheel at the bottom and a thick arc plate at the top, so that the outer support can be conveniently swung to form an integral star-disk clamping effect, and the braking efficiency of the body can be adjusted.

Advantageous effects

The invention relates to a contact pin integrated low-frequency buzzer.A worker puts a cover sealing chuck with a small integrated circuit board into a tooth socket frame ring and a heat dissipation square groove, seals a side edge at the bottom through a primer tray seat, cooperates with a magnet frame lining rod of a pin sheet plate inserted into a contact pin connecting column tray seat to form current conduction and locking operation of a claw magnetic wheel frame, enables a limit chuck and a copper wire to be matched with an inductance wire frame in a disc wheel inner chamber and an outer rubber ring to form a current branching and current stabilizing conduction effect, induces and rotates along an electromagnetic field of a magnet rod frame through a lining slide plate pressing and rotating a torsion plate so as to enable one side of a counterweight pressing block pressed by a fin separation plate to form a rod piece intermittent rotation springing effect through a curved arc spring rod and a torsion wheel, ensures a reserved space of an electromagnetic shaking gap, avoids clamping a shell, and enables a magnetic wheel block to slide left and right in a transverse sliding rail to form a winding magnetic induction line superposition sliding effect through a through-core pipe, let the steady voltage operation of inner circuit continuously go on, then the rim plate inslot of ball deflection wheel is pressed through ball arc pipe and is covered slat and bow word strengthening rib inertia gyration, form and drive jack catch post piece at slide pad bar front side lift tensioning pin operation, make contact pin integral type low frequency bee calling organ obtain the contact pin and can dismantle the replacement function, and the integral type switches on circuit adaptation bee calling organ and form six branching conduction effects of low frequency, can change when the guarantee opens circuit and switch on the passageway, realize reserve high-efficient monitoring and alarming buzzing effect.

The invention has the following advantages after operation:

the application pin piece board cooperatees with the contact pin flange post disk seat, it forms a three fork six port through the copper silk thread to carry the effect to peg graft with jack catch magnetic wheel frame top pin at the dish wheel inner chamber through the pin piece board, let integrated electroplax top pass through magnet frame backing bar and form a torsional integrated composite circuit of model with the armature carriage, promote the security of one-way wire break-make shear, also make pin piece board frock form the effect that can pull out and insert, avoid spot welding operation blacking pin end and seal up fixedly, promote the sensitive dismantlement replacement degree of pin piece board and the adjustment of area of contact electric quantity, the guarantee is in the low frequency operation process of bee calling organ, the high-efficient conduction quantity of discovering multinode low frequency current, promote the machine sensitivity and the integral type linkage of bee calling organ, strengthen electronic components contact pin work flexibility.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of a pin-integrated low-frequency buzzer according to the present invention.

Fig. 2 is a detailed top view cross-sectional structure diagram of the pin connecting post disk seat, the magnet frame lining rod, the armature sliding frame, the claw magnetic wheel frame and the limit chuck of the present invention.

FIG. 3 is a schematic view of the operational state of the swing button pressing plate of the present invention showing an overlooking internal view.

Fig. 4 is a schematic side sectional view of the armature block of the present invention in an operating state.

FIG. 5 is an enlarged top view of the ball-deflecting roller according to the present invention.

Fig. 6 is a schematic side sectional view of the swing lug of the present invention in an operating state.

Description of reference numerals: a sealing cover chuck-1, a pin sheet plate-2, a pin connecting column disk seat-3, a tooth socket frame ring-4, a heat dissipation square groove-5, a bottom rubber tray seat-6, a magnet frame lining rod-3A, an armature sliding frame-3B, a claw magnetic wheel frame-3C, a limit chuck-3D, a copper wire-3E, a disk wheel inner chamber-3F, an inductance wire frame body-3G, an outer rubber ring-3H, a gasket sliding plate-3A 1, a rotary swing torsion pressing plate-3A 2, a magnet rod frame-3A 3, a fin partition plate-3A 21, a counterweight pressing block-3A 22, a curved arc spring rod-3A 23, a torsion wheel-3A 24, an armature frame block-381, a transverse sliding rail-382, a through core tube-3811, a rack pin sheet-3812, a square block body-3813, a magnetic wheel-3B 14, a torsion wheel-3A 24, a torsion wheel-3A 85, The device comprises a ball deflection wheel-3C 1, a jaw column block-3C 2, a sliding pad bar-3C 3, a wheel disc groove-3C 11, a ball arc tube-3C 12, a strip plate-3C 13, a bow reinforcing rib-3C 14, a swing pushing lug plate-3D 1, a chuck rotating frame-3D 2, a disc seat body-3D 3, an arc plate-3D 11, a clamping pin locking frame-3D 12, side pressure plates-3D 13 and lug plate groove blocks-3D 14.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.