CN106986143B - Hanging vibrating disk - Google Patents

Abstract

The present invention relates to the equipment to ammeter installation lead sealing.A kind of hanging vibrating disk, including vibrating disk ontology, the vibrating disk ontology is equipped with material outlet, the vibrating disk ontology is equipped with hanger, the hanger includes the hanging rod that a pair of of hangers, both ends a pair of of hangers links together together lateral pin and lower end are set on lateral pin, the hangers links together with the vibrating disk ontology, and the upper end of the hanging rod is equipped with thread segment, and the bottom of the vibrating disk ontology is equipped with headlamp.The present invention provides a kind of hanging vibrating disk, solve the problems, such as that existing vibrating disk installation occupies room surface space on the ground.

Description

Hanging vibrating plate

technical field

The invention relates to equipment for installing lead seals on electric meters, in particular to a hanging vibrating plate.

Background technique

In order to identify whether the meter is turned on, a lead seal will be installed on the meter to seal it. If the lead seal is removed, it means that the meter is turned on. The original seals were installed manually. In order to solve the problem of low automation of manual installation of seals, researchers tried to design a machine for installing seals (hereinafter referred to as seal machines). The lead seals are queued for delivery to the next mechanism one by one and finally the vibrating disc. An existing vibrating disc is disclosed in the patent document with the Chinese Patent No. 2016109235798. However, the existing vibrating discs are all installed in the manner of being supported on the ground or on the rack, which cannot fully utilize the upper space of the workshop.

SUMMARY OF THE INVENTION

The invention provides a hanging vibrating plate, which solves the problem that the existing vibrating plate is installed on the ground and occupies the plane space of the workshop.

The above technical problems are solved by the following technical solutions: a hanging vibrating disc, comprising a vibrating disc body, the vibrating disc body is provided with a material outlet, the vibrating disc body is provided with a hanger, and the hanger comprises a pair of A hanging ear, a horizontal pin whose two ends are connected with the same pair of hanging ears, and a hanging rod whose lower end is sleeved on the horizontal pin, the hanging ear is connected with the vibration plate body, and the upper end of the hanging rod is provided with a thread Section, the bottom of the vibration plate body is provided with a lighting lamp. During the installation of the present invention, the threaded section passes through the beam on the ceiling of the workshop and is connected with the nut to realize the suspended installation. Suspended installation may interfere with the installation of the lighting lamp on the ceiling, and the present invention effectively overcomes this problem by installing the lighting lamp at the bottom of the vibrating plate.

Preferably, the lighting lamp includes a lamp cap, a lamp cup connected with the lamp cap at one end, and a lens connected at the other end of the lamp cup. The lamp cup and the lens enclose a cavity, and the cavity is provided with an LED light source and a heat sink. The LED light source includes a circuit board provided with a plurality of LEDs and an LED driver for driving the LEDs to emit light; the heat sink is used to support the circuit board and dissipate the heat generated by the LEDs, and the lamp cup is a light-transmitting structure, There are two LED light sources. The two LED light sources are arranged on both sides of the heat sink. One LED light source illuminates toward the lens, and the other LED light source illuminates away from the lens. The heat sink is the same as the The lamp cups are connected together. In this technical solution, LED is used as the light source, which saves energy. By arranging light sources on both sides of the radiator to emit light, it is possible to illuminate in two directions and the illumination range can be greatly expanded, especially when the lamp head is used downward, the illumination effect is particularly improved. The two light sources can share the LED driver or use the LED driver independently.

Preferably, each of the two LED light sources is provided with an LED power-off switch, the heat sink includes two heat sinks, a flexible sealing ring, a separation spring and a heat sink closing structure, and the circuit boards of the two LED light sources are one Installed on the two heat sinks one by one; when the LED light source is powered off under the control of the LED power-off switch, the heat sink closing structure drives the two heat sinks to be stacked together; When the LED light source is not powered off under the control of the LED power off switch, under the action of the separation spring, a disconnected airflow from the cavity is formed between the two heat sinks and the flexible sealing ring. A channel, the airflow channel is provided with a heat dissipation hole communicating with the outer space of the cavity. Each LED light source is provided with an LED power-off switch, so that the light source can be independently controlled, so that the user can choose the irradiation direction of the spotlight according to their needs. When only one light source emits light, both heat sinks are used for heat dissipation of the light source. However, if both light sources emit light, since there are heat sources on both sides of the heat sink, the existing heat sink structure cannot be used for heat dissipation. Good heat dissipation, and the structure forms a heat dissipation channel inside the heat sink that communicates with the outside when both sides emit light, so that the heat can be fully dissipated. Since the heat dissipation channel is not communicated with the interior of the cavity, dust and the like will not enter the cavity through the heat dissipation channel, causing the LED to be dusted and affecting the luminous effect.

Preferably, the lamp cup includes a connecting section with one end connected with the lamp cap and a cylindrical section rotatably connected with the other end of the connecting section, the lens is connected on the other end of the cylindrical section, the heat dissipation The device is connected with the connecting section, the LED power-off switch is a button switch and is located in the cavity, the heat sink folded structure is arranged in the sliding hole of the cylindrical section, and the passage through the hole is inserted in the sliding hole. The first pressing rod that slides toward the sliding hole by the button of the light source off switch, the return spring that drives the first pressing rod to extend out of the sliding hole, and is driven by the first pressing rod when the first pressing rod is retracted into the sliding hole. The second pressing rod that drives the two fins to close together. The structure is simple and compact.

Preferably, the sliding hole is provided with an arc-shaped escape hole with the rotation axis of the cylindrical segment as the center line, the second pressing rod is connected with one of the two fins, the second pressing The rod passes through the escape hole and abuts with the first pressing rod.

Preferably, the components constituting the LED driver are arranged on a circuit board. The compactness of the structure can be improved.

Preferably, the lamp cup has two sections, and one section is connected with the lamp head through the other section; the heat sink is fixed between the two sections. It is convenient to fix the radiator, and can make the radiator transmit heat to the lamp cup more efficiently and dissipate it.

Preferably, the lamp cap is provided with a power cord, which is a bare wire and is used to draw power to the LED light source; the power cord is covered with an insulating sleeve, and the insulating sleeve is a light-transmitting structure. It can reduce the influence of the power cord on the reflective effect.

Preferably, the material of the insulating sleeve is the same as that of the lamp cup. The insulating sleeve and the lamp cup can be conveniently connected together, so that the fixing of the insulating sleeve is completed when the lamp cup is fixed, so as to improve the convenience of manufacture. It can also ensure that the relative position of the lamp cup and the insulating sleeve will not affect the electrical performance due to large errors caused by assembly.

Preferably, the horizontal pin is rotatably connected to the hanging ear and the hanging rod, and the hanger further includes a horizontal pin driving motor for driving the horizontal pin to rotate, an opposite-beam photoelectric switch and a motor control unit. The pin is provided with a light-blocking plate uniformly distributed along the circumference of the horizontal pin, the light-blocking plate is provided with a light-transmitting hole, and the opposite-beam photoelectric switch includes a switch body and a reflector, and the switch body and the reflector are along the horizontal pin axis. It is distributed on both sides of the light blocking plate and is connected with the pair of hanging ears. When the straightness of the horizontal pin is within the set range, the light emitted by the switch body penetrates the light-transmitting hole and shoots toward the For the reflector, when the straightness of the horizontal pin exceeds the set range, the light emitted by the switch body is blocked by the light blocking plate; the light emitted by the switch body can pass through the light-transmitting hole to be blocked When the occlusion of the light plate changes, the motor control unit controls the horizontal pin driving motor to drive the horizontal pin to rotate 180°. Due to the excessive bending deformation of the horizontal pin during use, the normal use may be affected (the outlet of the vibrating plate will not be aligned with the inlet of the subsequent process, resulting in abnormal discharge). When bending, the horizontal pin can be rotated by 180°, and the subsequent force can be used to straighten the horizontal pin.

Preferably, the power output shaft of the horizontal pin driving motor is coaxially connected to the horizontal pin, and the horizontal pin driving motor is a stepping motor. The rotation angle of the horizontal pin can be controlled more conveniently and accurately.

The present invention also includes a fuel filler for fueling the connection between the hanger rod and the cross pin. It can make the rotation of the horizontal pin more smooth.

Preferably, the fuel filler includes a fuel filler body with a cylindrical structure, a flow channel is arranged in the fuel filler body, a filter plate is arranged in the flow channel, the filter plate is provided with a number of filter holes, and the filter One side of the plate facing the inlet end of the flow channel is provided with a conical pit, and the other side is provided with a cleaning motor, the filter hole is arranged in the conical pit, and the rotating shaft of the cleaning motor extends into the A plurality of brush fixing rods are connected in the conical recess, and the brush fixing rods are provided with a plurality of elastic bristles that can extend into the filter holes. The oil filler is provided with a filter plate, which can prevent the solid debris in the lubricating oil from being transported to the lubricating part and affecting the lubricating effect. Set up pits to collect intercepted loads. Mechanisms such as motor-driven brushes are provided to unclog the filter holes and prevent clogging.

Preferably, the filter hole is provided with a fouling rod in front of the rotation direction of the brush fixing rod, a pull ring is formed between the fouling rod and the wall of the conical pit, and the end of the elastic bristles is provided with a hook head, the hook head hooks to the pull ring when the elastic bristles pass the dirt release lever. The arrangement of the hook head enables the dirt in the filter hole to be better hooked out. A pull ring is provided to clean up the sewage hooked by the hook head before the bristles enter the next filter hole. Good cleaning effect. .

The present invention has the following advantages: the suspension type of the vibrating plate is realized, and the lighting of the lighting lamp on the ceiling is interfered.

Description of drawings

FIG. 1 is a schematic structural diagram of the first embodiment.

FIG. 2 is a schematic structural diagram of the pendant in the second embodiment.

FIG. 3 is an enlarged schematic cross-sectional view of the filler nozzle.

Figure 4 is a schematic top view of the filter plate.

FIG. 5 is a partial enlarged schematic diagram at FIG. 3 .

FIG. 6 is a schematic diagram of the lighting lamp in the second embodiment.

FIG. 7 is a partial schematic diagram of the lighting lamp of the third embodiment.

FIG. 8 is a partial enlarged schematic view of the part A of FIG. 7 .

FIG. 9 is a partial enlarged schematic view of B of FIG. 8 .

In the figure: vibrating plate body 1, material outlet 11, hanger 5, hanging lug 51, hanging rod 52, threaded section 521, hanging nut 53, horizontal pin 54, snap hole 541, light blocking plate 542, light transmission hole 543, Horizontal pin drive motor 55, power output shaft 551 of the horizontal pin drive motor, card joint 552, through-beam photoelectric switch 56, switch body 561, reflector 562, motor control unit 57, lighting lamp 7, radiator 71, heat sink 713, airflow channel 714, flexible sealing ring 715, heat sink closing structure 716, sliding hole 7161, first pressing rod 7162, return spring 7163, second pressing rod 7164, arc avoidance hole 7165, inner drive slope 7166, heat dissipation hole 717, separation spring 718, lamp cup 72, connecting section 721, cylindrical section 722, insulating sleeve 723, cavity 724, clip 725, annular slot 726, LED light source 74, circuit board 741, LED driver 742, LED743, LED power-off switch 744, lamp head 77, power cord 771, lens 79, filler 9, filler body 91, flow channel 911, inlet end 912 of the flow channel, outlet end 913 of the flow channel, filter plate 92, conical concave The pit 921, the filter hole 922, the drain rod 924, the pull ring 925, the cleaning motor 94, the brush fixing rod 944, the elastic bristles 945, the power output shaft 946 of the cleaning motor, and the hook head 947.

Detailed ways

The present invention will be further described below with reference to the accompanying drawings and embodiments.

Embodiment 1, referring to FIG. 1 , a hanging vibrating plate includes a vibrating plate body 1 and a hanger 5 . The vibrating disc body 1 is provided with a material outlet 11 . A lighting lamp 7 is connected to the bottom of the vibration plate body 1 .

The hanger 5 includes hanging ears 51 , a horizontal pin 54 and a hanging rod 52 . There is a pair of mounting ears 51 . The lower ends of the pair of hanging ears 51 are welded together with the vibration plate body 1 , and the upper ends are welded together with the two ends of the horizontal pins 54 respectively. The hanging rod 52 is sleeved on the horizontal pin 54 . The upper end of the hanging rod 52 is provided with a threaded section 521 . The threaded section 521 is threadedly connected with the suspension nut 53 .

In use, the hanging installation of the present invention is realized by opening a hanging hole on the beam of the ceiling, and then threading the threaded section 521 through the hanging hole from bottom to top and then screwing together with the hanging nut 53 . The lighting power supply of the workshop is connected with the lighting lamp 7 to realize the lighting of the workshop.

Embodiment two, the difference with embodiment one is:

Referring to FIG. 2 , the hanger 5 further includes a horizontal pin driving motor 55 , a through-beam photoelectric switch 56 and a motor control unit 57 . The horizontal pin 54 is a cylindrical pin. The horizontal pin 54 is rotatably connected with the hanging rod 52 . The horizontal pin 54 is rotatably connected with the hanging lug 51 . The horizontal pin driving motor 55 is fixed on one of the two mounting ears 51 . The horizontal pin drive motor 55 is a stepping motor. The power output shaft 551 of the horizontal pin drive motor is provided with a snap joint 552 . The snap joint 552 is in the shape of a right prism. The snap joint 552 is coaxial with the power output shaft 551 of the horizontal pin drive motor. A snap hole 541 is provided on the end surface of the horizontal pin 54 . The clamping hole 541 is a square hole, and the clamping hole 541 and the horizontal pin 54 are coaxial. The snap joint 552 is inserted into the snap hole 541 to coaxially connect the power output shaft 551 of the horizontal pin drive motor and the horizontal pin 54 to realize power transmission. The transverse pin 54 is also provided with light blocking plates 542 uniformly distributed along the circumferential direction of the transverse pin. The light blocking plate 542 has two pieces. The two light blocking plates 542 are evenly distributed along the circumferential direction of the transverse pin 54 . The light blocking plate 542 is provided with a light transmission hole 543 . The through-beam photoelectric switch 56 includes a switch body 561 and a reflector 562 . The switch body 561 and the reflector 562 are respectively fixed on the two mounting ears 51 . When the straightness of the horizontal pin 54 is within the set range, when the horizontal pin is adjusted until the light blocking plate 542 is located between the switch body 561 and the reflector 562, the light emitted by the switch body 561 can pass through the light-transmitting hole 543 and be reflected toward Mirror 562. The motor control unit 57 is electrically connected with the through-beam photoelectric switch 56 and the horizontal pin driving motor 55 . In the initial state, one of the light blocking plates 542 is positioned between the switch body 561 and the reflector 562 . At this time, the light emitted by the switch body 561 passes through the light transmission hole 543 and is directed to the reflector 562 .

During use, when the horizontal pin 54 is bent so that the straightness exceeds the set range, the light blocking plate 542 blocks the light emitted by the switch body 561 and is detected by the beam photoelectric switch 56 and fed back to the motor control unit 57. The motor control unit 57 rotates the horizontal pin drive motor 55 by 180°. The gravity of the vibrating plate and the like forces the horizontal pin 54 to be relatively straight. When the alignment meets the requirements, the light blocking plate 542 loses its blocking effect on the light emitted by the through-beam photoelectric switch 56 (that is, the emitted relationship has the ability to penetrate through the light-transmitting hole. When the straightness does not meet the requirements, the light blocking plate 542 blocks the light emitted by the through-beam photoelectric switch 56 and is detected by the through-beam photoelectric switch 56, and the motor controls The unit 57 rotates the horizontal pin driving motor 55 by 180°, and this cycle is performed to prevent the horizontal pin from bending in one direction and affecting the use.

This embodiment also includes a fuel filler 9 for fueling the connection between the hanging rod and the cross pin.

Referring to FIG. 3 , the filler 9 includes a filler body 91 and a filter plate 92 . The filler body 91 is a columnar structure extending in the up-down direction. A flow channel 911 is provided in the filler body 91 . The flow channel 911 penetrates along the filler body 91 from the upper end surface to the lower end surface of the filler body 91 . The inlet end 912 of the flow channel (the oil is added through the inlet end during use) is located on the upper end surface of the filler body 91, and the outlet end 913 of the flow channel (the oil flows out to the screw rod through the outlet end during use) is located on the upper end of the filler body 91. on the lower end surface. The filter plate 92 is provided in the flow channel 911 . The filter plate 92 is fixedly connected with the flow channel 911 . One end of the filter plate 92 facing the inlet end, that is, the upper end in the figure, is provided with a conical recess 921 . A plurality of filter holes 922 distributed along the circumference of the conical cavity 921 are provided in the conical cavity 921 . The filter holes 922 communicate with the portions of the flow channel 911 located on both sides of the filter plate. One end of the filter plate 92 facing the outlet end of the flow channel is provided with a cleaning motor 94 . The power output shaft 946 of the cleaning motor penetrates into the conical recess 921 . A plurality of brush fixing rods 944 are connected to the power output shaft of the cleaning motor. The brush fixing rod 944 is provided with a plurality of elastic bristles 945 which can extend into the filter hole 922 . A drain rod 924 is provided at one end of the filter hole 922 along the circumferential direction of the conical pit.

Referring to FIG. 4 , the drain rod 924 is located in front of the filter hole 922 along the rotation direction of the brush fixing rod (when in use, the brush fixing rod 944 is installed and rotated clockwise). The ends of the elastic bristles 945 are provided with hooks 947 . The elastic bristles 945 can extend into the filter holes 922 when passing through the filter holes 922 .

Referring to FIG. 5 , a pull ring 925 is formed between the drain rod 924 and the wall of the conical recess 921 . The hook head on the elastic bristles 945 can be hooked to the pull ring 925 when they pass the dirt leakage rod 924 .

Referring to FIGS. 4 and 5 , the cleaning motor 94 drives the brush fixing rod 944 to rotate during use. When the elastic bristles 945 extend into the filter hole 922 , they hook out the contamination blocked in the filter hole. When the hook head passes through the drain rod 924 Hook the pull ring 925, the drain rod 924 makes the hook head elastically straighten and remove the dirt on the hook head to prevent it from being brought into the next filter hole, the hook head is removed from the drain rod 924 and re-opened under the action of elasticity. Bend to form hooks.

Referring to FIG. 6 , the lighting lamp 7 includes a lamp base 77 , a lamp cup 72 , a heat sink 71 and an LED light source 74 .

The lamp cap 77 is provided with a power cord 771 . There are two power cords 771. The power supply wire 771 is a bare structure, that is, a bare wire without an insulating sheath.

The lamp cup 72 is a light-transmitting structure. The lamp cup 72 is a glass product. One end of the lamp cup 72 is connected with the lamp cap 77 , and the other end is connected with the lens 79 . An insulating sleeve 723 is provided in the space enclosed by the lamp cup 72 . The material of the insulating sleeve 723 is the same as that of the lamp cup 72 . One end of the insulating sleeve 723 is connected with one end of the lamp cup 72, preferably by welding or integral molding. The lamp cup 72 and the lens 79 constitute the cavity 724 .

The heat sink 71 is bonded in the lamp cup 72 by means of thermal conductive glue.

There are two LED light sources 74 . Two LED light sources 74 are fixed on both sides of the heat sink 71 . One LED light source illuminates toward the lens, and the other LED light source illuminates away from the lens. The LED light source 74 includes a circuit board 741 . The circuit board 741 is provided with an LED driver 742 and several LEDs 743 . The LED driver 742 is constituted by using an existing IC chip and a separate component constituting an LED driver.

The power line 771 is electrically connected with the two LED drivers 742 after passing through the insulating sleeve 723 .

When in use, the lamp cap 77 is connected with the lamp socket to fix the lighting lamp and introduce electricity. The LED driver 742 drives the LED 743 to emit light after receiving the power. Since the LED light sources 74 are provided on both sides of the heat sink 71, both sides will emit light, and the emitted light will be emitted from the two sections of the lamp cup at the same time. The heat generated by the LED 743 is transferred to the lamp cup and the lamp holder through the radiator 71 and dissipated.

Embodiment three, the difference with embodiment two is:

Referring to FIG. 7 , the lamp cup has two sections, specifically a connecting section 721 and a cylindrical section 722 . The outer surfaces of the connecting segment 721 and the cylindrical segment 722 are covered with a thermally conductive film layer 78 . One end of the connecting section 721 is connected with the lamp cap. The cylindrical section 722 is rotatably connected to the connecting section 721 . The heat sink 71 includes two fins 713 . An airflow channel 714 is formed between the two fins 713 . The airflow channel 714 is disconnected from the cavity 724 . The circuit boards 741 of the two LED light sources 74 are mounted on the two heat sinks 713 in a one-to-one correspondence.

Referring to FIG. 8 , the connecting section 721 is provided with a plurality of clamping heads 725 distributed along the axial direction of the cylindrical section 722 . The cylindrical section 722 is provided with an annular retaining groove 726 extending along the circumferential direction of the cylindrical section. The clamping head 725 is clamped in the annular clamping groove 726 to connect the connecting section 721 and the cylindrical section 722 together, so that the two can rotate relative to each other.

Each of the two LED light sources 74 is provided with an LED power-off switch 744 . The LED power-off switch 744 is a push switch. The LED power-off switches 744 of the two LED light sources are distributed along the circumferential direction of the cylindrical section 722 and fixed on the heat sink 71 .

The radiator 71 is fixedly connected with the connecting section 721 . The heat sink 71 also includes a flexible sealing ring 715 and a heat sink closure structure 716 . The airflow channel 714 is surrounded by a flexible sealing ring 715 and two fins 713 . The airflow channel 714 is provided with a heat dissipation hole 717 communicating with the outer space of the cavity 724 . The heat dissipation hole 717 extends to the outside of the lamp cup 72 through the connecting section 721 . There are at least six heat dissipation holes 717 and they are evenly distributed along the circumferential direction of the cylindrical section 722 .

The heat sink closing structure 716 includes a sliding hole 7161 , a first pressing rod 7162 , a return spring 7163 and a second pressing rod 7164 . The sliding hole 7161 is provided on the cylindrical section 722 . The sliding hole 7161 is provided with an arc-shaped escape hole 7165 with the rotation axis of the cylindrical segment as the center line. The first pressing rod 7162 is inserted into the sliding hole 7161 . The inner section of the first pressing rod 7162 is provided with an inner driving slope 7166 . The outer end of the first pressing rod 7162 is provided with a guide surface so as not to be stuck with the button of the LED power-off switch. The return spring 7163 is located in the sliding hole 7161 . One end of the return spring 7163 is connected with the bottom wall of the sliding hole 7161 , and the other end is connected with the inner end of the first pressing rod 7162 . One end of the second pressing rod 7164 is fixedly connected with one of the two heat-conducting sheets 713 , and the other end passes through the arc-shaped escape hole 7165 and abuts against the inner driving slope 7166 .

Referring to FIG. 9 , the flexible sealing ring 715 is a hollow structure. A separation spring 718 is provided within the flexible sealing ring 715 .

Referring to FIGS. 7 , 8 and 9 , when the LED light source 74 is not required to be off or not in use, rotate the cylindrical segment 722 to the first pressing rod 7162 to abut with the button of the corresponding LED power-off switch 744 At this time, the first pressing rod 7162 drives the LED power-off switch so that the corresponding LED light source is powered off, and the button of the LED power-off switch 744 drives the first pressing rod 7162 to shrink toward the sliding hole 7161. When the first pressing rod 7162 shrinks The return spring 7163 is driven to contract and store energy, and the second pressing rod 7164 is driven out of the arc-shaped escape hole 7165 through the inner driving slope 7166. The second pressing rod 7164 drives the two pieces of heat-conducting sheets 723 to be stacked together and drives the separation spring 718 to contract and store the energy. .

When the first pressing lever 7162 and the LED power-off switch 744 are both staggered, the LED power-off switch 744 is reset so that the LED light source is not powered off. At this time, under the action of the separation spring 718, the two heat sinks 713 are separated to make airflow The channel 714 is regenerated; under the action of the return spring 7163, the first pressing rod 7162 protrudes out of the sliding hole 716 again.

Claims (6)

1. a kind of hanging vibrating disk, including vibrating disk ontology, the vibrating disk ontology is equipped with material outlet, which is characterized in that institute Vibrating disk ontology is stated equipped with hanger, the hanger include a pair of of hangers, the lateral pin to link together with both ends with a pair of of hangers and Lower end is set in the hanging rod on lateral pin, and the hangers links together with the vibrating disk ontology, and the upper end of the hanging rod is equipped with Thread segment, the bottom of the vibrating disk ontology are connected with headlamp, and the headlamp includes that lamp cap, one end with lamp cap are connected to one The Lamp cup risen and the lens for being connected to the Lamp cup other end, the Lamp cup and lens surround cavity, are equipped with LED light source in the cavity And radiator, the LED light source include the LED driver luminous with driving LED of the circuit board equipped with several LED；The heat dissipation Device is used to support the circuit board and falls the LED heat loss generated, and the Lamp cup is translucent construction, and the LED light source has Two, two LED light sources are arranged in the two sides of the radiator, a LED light source towards the lens lighting, another LED light source is irradiated towards the direction far from lens, and the radiator links together with the Lamp cup, and two LED light sources are each Equipped with a LED cut-off switch, the radiator includes that two panels cooling fin, flexible sealing ring, cut spring and cooling fin close up Structure, the circuit board of two LED light sources are mounted on correspondingly on the two panels cooling fin；When the LED light source exists When powering off under the control of the LED cut-off switch, the cooling fin folding structure driving two panels cooling fin splices together；When two When a LED light source does not all power off under the control of the LED cut-off switch, two under the action of the cut spring The airflow channel of the disconnection with the cavity is formed between piece cooling fin and flexible sealing ring, the airflow channel is equipped with connection chamber The heat release hole of the exterior space of body.

2. hanging vibrating disk according to claim 1, which is characterized in that the lateral pin is all rotated with the hangers and hanging rod It links together, the hanger further includes lateral pin driving motor, correlation optoelectronic switch and the motor control for driving lateral pin rotation Unit, the lateral pin are equipped with along the circumferentially equally distributed light barrier of lateral pin, and the light barrier is equipped with loophole, the correlation Optoelectronic switch includes Switch main body and reflecting mirror, and the Switch main body and reflecting mirror are axially distributed in the two sides of light barrier along lateral pin And link together with the pair of hangers, the straightness of the lateral pin within the set range when the Switch main body issue Light pierces into reflecting mirror described in the loophole directive, the Switch main body hair when straightness of the lateral pin is beyond in setting range Light out is blocked by the light barrier；The light of Switch main body transmitting by the loophole to by light barrier from can be hidden When the variation blocked, the motor control unit controls the lateral pin driving motor and the lateral pin is driven to rotate 180 °.

3. hanging vibrating disk according to claim 2, which is characterized in that the power output shaft of the lateral pin driving motor is same The lateral pin is coaxially connected together, and the lateral pin driving motor is stepper motor.

4. hanging vibrating disk according to claim 2, which is characterized in that further include the junction to the hanging rod and lateral pin The fuel filler neck of oiling.

5. hanging vibrating disk according to claim 4, which is characterized in that the fuel filler neck includes the fuel filler neck of column construction Ontology, the fuel filler neck ontology is interior to be equipped with runner, filter plate is equipped in the runner, the filter plate is equipped with several filter openings, institute The side for stating filter plate towards the input end of runner is equipped with pyramidal pits, the other side is equipped with motor of removing contamination, and the filter opening setting exists In the pyramidal pits, the shaft of the motor of removing contamination extend into the pyramidal pits and is connected with several hairbrush fixed links, The hairbrush fixed link is equipped with several elastomeric bristles extending into the filter opening.

6. hanging vibrating disk according to claim 5, which is characterized in that the filter opening is along hairbrush fixed link rotation direction Front is equipped with and lets out dirty bar, pull ring is formed between the wall for letting out dirty bar with the pyramidal pits, the end of the elastomeric bristles is set There is gib head, the gib head is hooked to the pull ring when letting out dirty bar described in the elastomeric bristles process.