CN206387643U - A kind of shock machine - Google Patents

Abstract

The utility model discloses a kind of shock machine, solve staff when starting shock machine, do not closed the door of guardrail door, and staff close to shock machine when, be easily caused staff's injury problem, its drip irrigation device is：Infrared launcher, infrared receiving device are provided with guardrail, infrared launcher is provided with first support, and infrared receiving device is provided with second support；Also include infrared control device, shearing device；When the infrared emission signal that infrared launcher is sent can not be started by cut-off shock machine body, a kind of shock machine of the present utility model, when the door of guardrail is not turned off, will can not start shock machine, improve the security of shock machine.

Description

A kind of shock machine

Technical field

The utility model is related to a kind of impact test equipment, more particularly to a kind of shock machine.

Background technology

Shock machine refers to, to sample application impact test power, carry out the Material Testing Machine of impact test.Impact test Machine is to be used to determine metal material under dynamic load to shock proof performance, so that quality of the judgement material under dynamic load effect The detector of situation.

In the prior art, such as Publication No. CN202757849U Chinese patent, a kind of shock machine, it includes machine Frame, ballistic pendulum, ballistic pendulum release device and jaw seat, the rack level extend an installation axle, ballistic pendulum release device tool There is a support arm, support arm one end is installed on the mounting shaft, and flexible controllable support block is provided with the support arm other end, and it is special Levy and be：Ballistic pendulum is sector structure, and which is provided with least one can assemble the repeated hole of matching somebody with somebody of different quality counterweight, and its small end is set There is axis hole with the installation axle in the frame to coordinate to install, its big end is provided with impact blade.

Shock machine is when impact test is carried out, and impact test typically can all be operated in guardrail, is needed during test The door of guardrail is closed, when staff is starting shock machine, not closed the door door of guardrail, And staff close to shock machine when, it is injured to be easily caused staff, also improved space.

Utility model content

The purpose of this utility model is to provide a kind of shock machine, when the door of guardrail is not turned off, and be able to not will open Dynamic shock machine, improves the security of shock machine.

Above-mentioned technical purpose of the present utility model technical scheme is that：

A kind of shock machine, including shock machine body, the guardrail around shock machine body, are used for The door-plate of guardrail is opened and closed, is provided with the guardrail for detecting on guardrail whether have object and export the red of infrared emission signal It is additionally provided with outer emitter, the guardrail and is coupled to infrared launcher to receive infrared emission signal and export infrared connect It is provided with the infrared receiving device of the collection of letters number, the guardrail with the first support for being fixed on infrared launcher, the guardrail On be additionally provided with and be in for fixing infrared receiving device and first support on integral straight line and second of mutually symmetrical with setting The baffle plate for isolating infrared receiving device, infrared launcher is provided with frame, the door-plate；

Also include being coupled to infrared receiving device to receive received IR signal and export the infrared control of infrared control signal Device processed, be coupled to infrared control device with receive infrared control signal and in response to infrared control signal with realize cut-out impact Test the shearing device of the current supply circuit of body；

When the infrared emission signal that the infrared launcher is sent is separated by baffle plate, cause the infrared receiving device not When can receive infrared emission signal, the shock machine body can not start.

Using such scheme, infrared launcher is fixed by first support, then will be infrared by second support Reception device is fixed, while first support is in one day straight line with second support and set with mutually symmetrical with, makes infrared hair The infrared emission signal of injection device transmitting can be received by infrared receiving device, when the door-plate on guardrail is not closed, just The current supply circuit of shock machine can be cut off, now shock machine can not start, improve the use peace of shock machine Entirely.

Preferably, the first support includes being used to fix pipe clamp on the first of infrared launcher, the first lower tube clip, Side away from pipe clamp on first on first lower tube clip has been wholely set head rod, and the head rod is away from the The side of one lower tube clip has been wholely set the first pedestal, and first pedestal is with being provided with installed for bolt first on guardrail Mounting hole；

The second support is including under pipe clamp, second on second for fixing infrared launcher and being bolted The side of pipe clamp has been wholely set the second connecting rod, second connecting rod on remote second on pipe clamp, second lower tube clip Side away from the second lower tube clip has been wholely set the second pedestal, and second pedestal is installed with being provided with guardrail for bolt The second mounting hole.

Using such scheme, pipe clamp, the first lower tube clip on first are carried out into locking by bolt obtains infrared launcher To fixation, pipe clamp, the second lower tube clip on second are locked to infrared receiving device by bolt.The connection of bolt simultaneously, Make infrared launcher, infrared receiving device in dismounting, more facilitate.And the first pedestal, the second pedestal pass through with guardrail Bolt is attached, maintenance with install when, dismounting, it is easy for installation.

Preferably, the infrared launcher includes being used for the oscillating circuit of outputting oscillation signal, is coupled to vibration electricity Road is to receive oscillator signal and export infrared emission signal to the infrared transmitting circuit of infrared receiving device.

Using such scheme, the setting of oscillating circuit primarily serves the work that driving infrared transmitting circuit starts in circuit With, when oscillating circuit is powered, vibration can be produced to carry out starting of oscillation, and the oscillator signal of certain frequency is exported, pass through infrared hair Transmit-receive radio road launches signal, makes the output frequency of infrared transmitting circuit consistent, improves the stability of infrared transmitting circuit.

Preferably, the infrared receiving device includes being coupled to infrared launcher receiving infrared emission signal and defeated Go out the infrared switch circuit of infrared switch signal, be coupled to infrared switch circuit to receive infrared switch signal and export infrared connect Collect mail number to infrared control device infrared control circuit.

Using such scheme, infrared switch circuit is in circuit as the circuit of an on-off action, when infrared switch electricity Road is received after the infrared emission signal of infrared launcher output, will be turned on, so that infrared control device is triggered, and is controlled The startup of infrared control device processed, improves the jamproof ability of circuit, practical.

Preferably, the infrared control device includes being coupled to infrared receiving device receiving received IR signal and defeated Go out the reverse circuit of energizing signal, be coupled to reverse circuit to receive energizing signal and export the infrared of infrared controlled switch signal Controlling switch circuit, it is coupled to infrared controlled switch circuit to receive infrared controlled switch signal and export infrared control signal extremely The infrared trigger circuit of shearing device.

Using such scheme, the setting of reverse circuit is overturn the low level signal that infrared receiving device is exported, So as to which the signal for becoming high level is exported, while coordinating infrared controlled switch circuit, infrared controlled switch circuit is in circuit The middle circuit as on-off action, when the signal that infrared control on-off circuit one receives high level will be turned on, turns on speed It hurry up, while making infrared trigger circuit triggering so as to control closing device to be operated rapidly, reaction speed is fast, practical.

Preferably, the infrared control device is also opened including being coupled to infrared controlled switch circuit with receiving infrared control The light transmission circuit of OFF signal and output light receiving and transmitting signal, the infrared trigger circuit is coupled to light transmission circuit to connect Receive light receiving and transmitting signal and export infrared control signal to shearing device.

Using such scheme, the setting of light transmission circuit plays buffer action, due to light to input, output electric signal The input of transmission circuit, outlet chamber are mutually isolated, the features such as electric signal transmission has one-way, thus with good electric insulation Ability and antijamming capability.Again because the input of light transmission circuit belongs to the low-resistance element of current mode work, thus have Very strong common mode inhibition capacity.

Preferably, the light transmission circuit includes being coupled to infrared controlled switch circuit to receive infrared controlled switch The light emitters of signal and output light transmission signal, it is coupled to light emitters to receive light transmission signal and output light Line receiving and transmitting signal to infrared trigger circuit light receiver.

Using such scheme, light radiating circuit can send the light of certain wavelength, received and produced by light receiver circuit Generated photo-current, then exported after further amplification, this completes from electricity to light, from light to the conversion of electricity, so as to play defeated The effect enter, export, isolated, it is practical.

Preferably, also including being coupled to infrared control device receiving infrared control signal and in response to infrared control believing Number with realize alarm alarm device.

Using such scheme, the setting of alarm device, when infrared control device exports infrared control signal, except impact The current supply circuit of testing machine body is disconnected, outside shock machine body does not work, and alarm device can also start, so as to send Alarm, reminds and goes to check before the staff being located at around shock machine body, practical.

Preferably, the alarm device includes being coupled to infrared control device to receive infrared control signal and export announcement The alarm switch circuit of alert switching signal, it is coupled to alarm switch circuit to receive alarm switch signal and in response to alarm switch Signal is to realize the warning circuit of alarm.

Using such scheme, alarm switch circuit is in circuit as the circuit of on-off action, when infrared control device is defeated Go out after infrared control signal, alarm switch circuit will be turned on, now warning circuit moment obtain electric, warning circuit will send sound Sound, reminds the staff being located at around shock machine body, improves the security of work.

Preferably, also including being coupled to infrared control device to receive infrared control signal and export wireless transmission signal Radio transmitter, be coupled to radio transmitter and connect with receiving wireless transmission signal and exporting the wireless of wireless reception of signals Receive circuit, be coupled to wireless receiving circuit to receive wireless reception of signals and in response to wireless reception of signals to realize vibration prompt Vibratory equipment.

Using such scheme, when radio transmitter receives infrared control signal, it will turn on, now wireless transmission Circuit will send wireless transmission signal, and wireless receiving circuit one receives the wireless transmission signal that radio transmitter is sent Afterwards, vibratory equipment will be made to start vibration, for reminding the people in office.

In summary, the utility model has the advantages that：

1st, when the door-plate on guardrail is not turned off, shock machine can not just start；

2nd, warning device, remote prompting apparatus are coordinated, will be in impact test when the door-plate on guardrail is not turned off Sound is sent around machine body to be alerted, while used remote prompting apparatus realizes synchronous prompting a long way off.

Brief description of the drawings

Fig. 1 is the structural representation of impact test test machine body；

Fig. 2 is infrared launcher, the scheme of installation of guardrail；

Fig. 3 is infrared receiving device, the exploded perspective view of guardrail；

Fig. 4 is the circuit theory diagrams of infrared launcher；

Fig. 5 is the circuit theory diagrams of infrared receiving device；

Fig. 6 is infrared control device, shearing device, the circuit connection diagram of warning circuit；

Fig. 7 is the circuit theory diagrams of remote prompting apparatus.

In figure：1st, shock machine body；2nd, guardrail；3rd, infrared launcher；4th, pipe clamp on first；5th, the first down tube Folder；6th, head rod；7th, the first pedestal；8th, the first mounting hole；9th, infrared receiving device；10th, pipe clamp on second；11st, second Lower tube clip；12nd, the second connecting rod；13rd, the second pedestal；14th, the second mounting hole；15th, bolt；16th, infrared control device；17th, cut Disconnected device；18th, oscillating circuit；19th, infrared transmitting circuit；20th, infrared switch circuit；21st, infrared control circuit；22nd, electricity is overturn Road；23rd, infrared controlled switch circuit；24th, infrared trigger circuit；25th, light transmission circuit；26th, light emitters；27th, light Receiver；28th, alarm device；29th, alarm switch circuit；30th, warning circuit；31st, baffle plate；32nd, radio transmitter；33rd, nothing Line receiving circuit；34th, vibratory equipment；

35th, first support；36th, second support；37th, door-plate；38th, door lock.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

As shown in figure 1, a kind of shock machine disclosed in the present embodiment, including shock machine body 1, installed in impact Guardrail 2 around testing machine body 1, guardrail 2 is made of metal, and the door for opening and closing guardrail 2 is provided with guardrail 2, and guardrail 2 is Tinsel, which crosses one another, works out, and is articulated with door-plate 37, door-plate 37 and is provided with for separating infrared emission dress on guardrail 2 The baffle plate 31 of 3 signal is put, baffle plate 31 is soldered on door-plate 37.And door lock 38 is additionally provided with door-plate 37, facilitate door-plate 37 to lock Fasten.

As Figure 1-3, the first mounting hole 8 and the second mounting hole 14, the first mounting hole 8 second peace are provided with guardrail 2 Dress hole 14 is arranged on the upper end of guardrail 2, and the first mounting hole 8 and the mutually symmetrical with setting of the second mounting hole 14.

As shown in Fig. 2 first support 35 includes pipe clamp 4, the first lower tube clip 5 on first.It is provided with infrared launcher 3 Pipe clamp 4, the first lower tube clip 5 on first, pipe clamp 4, the first lower tube clip 5 are fixedly connected by bolt 15 on first, under first Side of the pipe clamp 5 away from pipe clamp 4 on first is welded with head rod 6, and head rod 6 is set in cylinder, the first connection Side of the bar 6 away from the first lower tube clip 5 is welded with the first pedestal 7, and the first pedestal 7 is set into long waist shaped, and head rod 6 is pacified It is provided with and is fixed with first on guardrail 2 positioned at the both sides of head rod 6 on center loaded on the first pedestal 7, the first pedestal 7 Hole is identical and for the first fixing hole of the fixation of bolt 15.

As shown in figure 3, second support 36 includes pipe clamp 10, the second lower tube clip 11 on second.Set on infrared launcher 3 There are pipe clamp 10, the second lower tube clip 11 on pipe clamp 10 on second, the second lower tube clip 11, second to be fixedly connected by bolt 15, Both sides of second lower tube clip 11 away from pipe clamp 10 on second are welded with the second connecting rod 12, and the second connecting rod 12 is set in cylinder Put, both sides of second connecting rod 12 away from the second lower tube clip 11 are welded with the second pedestal 13, the second pedestal 13 is set into long waist shaped, And second connecting rod 12 be installed on and be located at the both sides of the second connecting rod 12 on the center of the second pedestal 13, the second pedestal 13 and be provided with The second fixing hole that is identical with the second fixing hole on guardrail 2 and being fixed for bolt 15.

As Figure 1-3, infrared launcher 3 is set in correspondence with each other with infrared receiving device 9, and can be arranged on guardrail On 2, two installation sites are provided with guardrail 2, when door-plate 37 is closed, infrared receiving device 9 does not just receive infrared emission The signal that device 3 is sent.

As shown in figure 4, infrared launcher 3 includes oscillating circuit 18, infrared transmitting circuit 19.Oscillating circuit 18 includes core Piece U1, resistance R1, resistance R2, resistance R3, electric capacity C1, chip U1 can be NE555, UA555, SL555 time-base integrated circuit, this Preferentially NE555 is used in embodiment.Infrared transmitting circuit 19 is infrared transmitting tube LED1.

As shown in figure 4, the one end of chip U1 1 pin respectively with ground GND, electric capacity C1 is connected, electric capacity C1 other end difference 2 pin of one end, chip U1, chip U1 6 pin with resistance R1 are connected, 7 pin, the electricity of the resistance R1 other end respectively with chip U1 Hinder R2 one end connection, 4 pin, chip U1 8 pin, resistance R3 one end, the power supply of the resistance R2 other end respectively with chip U1 VCC connections, the resistance R3 other end is connected with infraluminescence pipe LED1 anode, infraluminescence pipe LED1 negative electrode and chip U1 3 pin connection.

As shown in figure 4, when chip U1 obtains electric, the oscillator signal of certain frequency will be sent, the frequency of oscillator signal by Resistance and Capacity control, and pass through infraluminescence pipe LED1 output signals.

As shown in figure 5, infrared receiving device 9 includes infrared switch circuit 20, infrared control circuit 21.Infrared switch circuit 20 be infrared receiving tube LED2.Infrared control circuit 21 includes electric capacity C2, electric capacity C3, electric capacity C4, electric capacity C5, electric capacity C6, electric capacity C7, resistance R4, resistance R5, resistance R6, resistance R7, inductance L, chip U2, chip U2 model UPC1373H.

As shown in figure 5, one end, the inductance L one end of chip U2 3 pin respectively with electric capacity C6 are connected, the inductance L other end One end respectively with electric capacity C6, resistance R4 one end, chip U2 8 pin, resistance R5 one end, power supply VCC, electric capacity C7 positive pole Connection, positive pole, the infrared receiving tube LED2 negative electrode of the resistance R4 other end respectively with electric capacity C2 be connected, electric capacity C2 negative pole and Ground GND connections, infrared receiving tube LED2 anode is connected with chip U2 7 pin, and chip U2 6 pin connect with resistance R7 one end Connect, the resistance R7 other end is connected with electric capacity C3 one end, the electric capacity C3 other end respectively with ground GND, electric capacity C4 one end, core Piece U2 5 pin, electric capacity C5 one end, resistance R6 one end connection, the electric capacity C4 other end are connected with chip U2 2 pin, electric capacity 1 pin, the resistance R5 other end of the C5 other end respectively with chip U2 are connected, the resistance R6 other end point and chip U2 4 pin, Electric capacity C7 negative pole connection.

As shown in Figure 5,6, when the signal of hot outer luminous tube LED1 transmittings is received by infrared receiving tube LED2, chip U2 1 pin export high level signal.The signal of hot outer luminous tube LED1 transmittings is separated, and causes infrared receiving tube LED2 can not When receiving the signal of infraluminescence pipe LED1 transmittings, chip U2 1 pin exports low level signal.

As shown in fig. 6, infrared control device 16 includes reverse circuit 22, infrared controlled switch circuit 23, light transmitting-receiving electricity Road 25, infrared trigger circuit 24, light transmission circuit 25 include light emitters 26, light receiver 27.Reverse circuit 22 is Phase inverter N1, phase inverter N1 model 74LS240, infrared controlled switch circuit 23 are triode Q1, and triode Q1 is positive-negative-positive Triode and model S8550, infrared trigger circuit 24 be relay KM1, light emitters 26 be LED 3, Light receiver 27 is phototriode Q2, and light emitters 26, light receiver 27 partner photo-coupler.Shearing device 17 include resistance R8, triode Q3, and triode Q3 is NPN type triode and model 2SC4019.Alarm device 28 includes alarm On-off circuit 29, warning circuit 30.It is NPN type triode and model that alarm switch circuit 29, which includes resistance R9, triode Q4, 2SC4019, warning circuit 30 is electric bell HA.

As shown in Figure 5,6, chip U2 1 pin is connected with phase inverter N1 input, phase inverter N1 output end and three poles Pipe Q1 base stage connection, triode Q1 colelctor electrode is connected with ground GND, triode Q1 emitter stage and LED 3 Negative electrode is connected, and the anode of LED 3 is connected with power supply VCC, and phototriode Q2 is coupled to LED 3, Phototriode Q2 colelctor electrode is connected with relay KM1 one end, and the relay KM1 other end is connected with power supply VCC, photosensitive Triode Q2 emitter stage is connected with ground GND.Relay normally-closed contact KM1-1 one end is connected with power supply VCC, and relay is normally closed The contact KM1-1 other end is connected with resistance R8 one end, and the resistance R8 other end is connected with triode Q3 base stage, triode Q3 emitter stage is connected with ground GND, and triode Q3 colelctor electrode is connected with one end of shock machine body 1, shock machine The other end of body 1 is connected with power supply VCC.Relay normally open contact KM1-2 one end is connected with power supply VCC, relay normally open The contact KM1-2 other end is connected with resistance R9 one end, and the resistance R9 other end is connected with triode Q4 base stage, triode Q4 emitter stage is connected with ground GND, and triode Q4 colelctor electrode is connected with electric bell HA one end, electric bell the HA other end and power supply VCC connections.

As shown in Figure 5,6, after phase inverter N1 receives low level signal, phase inverter N1 changes low level signal For the signal output of high level, now triode Q1 base stage is received after the signal of high level, is not turned on, light emitting diode LED3 is not lighted, and phototriode Q2 is not turned on, therefore relay KM1 must not be electric, and relay normally-closed contact KM1-1 dead electricity is closed Close, triode Q3 base stage receives the signal conduction of high level, therefore the current supply circuit closure of shock machine body 1, punching Hitting testing machine body 1 can start and detect；Relay normally open contact KM1-2 dead electricity is disconnected, and triode Q4 base stage is received Low level signal, is not turned on, therefore electric bell HA does not work.After phase inverter N1 receives the signal of high level, phase inverter N1 The signal of high level is converted into low level signal output, now triode Q1 base stage is led after receiving low level signal Logical, LED 3 lights, phototriode Q2 conductings, therefore relay KM1 obtains electric, relay normally-closed contact KM1-1 Obtain electrically disconnected, triode Q3 base stage receives low level signal, is not turned on, therefore the power supply of shock machine body 1 is returned Road disconnects, and shock machine body 1 can not start；Relay normally open contact KM1-2 obtains electric closure, and triode Q4 base stage is received To the signal conduction of high level, therefore electric bell HA begins to send out sound, is alerted.

As shown in fig. 7, radio transmitter 32 include power vd D, transmitter, wireless receiving circuit 33 include receiver, Resistance R10, vibratory equipment 34 is vibrator.The model RB-02S082A of vibrator, transmitter, receiver are 315M superregeneratives Module.

As shown in fig. 7, relay normally open contact KM1-3 one end and one end of transmitter are connected, the other end of transmitter It is connected with power vd D positive pole, power vd D negative pole is connected with the relay normally open contact KM1-3 other end, transmitter coupling In receiver, one end of receiver is connected with power supply VCC, and the other end of receiver is connected with resistance R10 one end, resistance R10 The other end and one end of vibrator connect, the other end of vibrator with GND be connected.

As shown in fig. 7, after relay normally open contact KM1-3 is closed, transmitter starts output signal, and receiver is received After the signal of transmitter, vibrator is started working.After relay normally open contact KM1-3 disconnects, transmitter not output signal connects The signal of transmitter can not be received by receiving device, and vibrator does not work.

The course of work：

1st, the outputting oscillation signal of oscillating circuit 18 of chip U1 compositions gives infraluminescence pipe LED1, the door-plate on guardrail 2 During 37 opening, the signal of infraluminescence pipe LED1 outputs is received by infrared receiving tube LED2, chip U2 1 pin output low level Signal, after phase inverter N1 export high level signal, now triode Q1 base stage receive the signal of high level not Conducting, now LED 3 is not lighted, and phototriode Q2 is not turned on, and now relay KM1 is not turned on, and relay is normal Closed contact KM1-1 dead electricity is closed, and shock machine body 1 starts work, and relay normally open contact KM1-2 dead electricity disconnects, three poles Pipe Q4 is not turned on, and electric bell HA does not ring, and relay normally open contact KM1-3 dead electricity disconnects, and transmitter work, receiver does not receive hair The signal of emitter, vibrator does not work.

2nd, the outputting oscillation signal of oscillating circuit 18 of chip U1 compositions gives infraluminescence pipe LED1, the door-plate on guardrail 2 During 37 closing, the signal of infraluminescence pipe LED1 outputs can not be received by infrared receiving tube LED2, and chip U2 1 pin output is high The signal of level, exports low level signal after phase inverter N1, and now triode Q1 base stage receives low level letter Number conducting, now LED 3 light, phototriode Q2 conducting, now relay KM1 turn on, relay normally open touch Point KM1-1 obtains electric closure, and triode Q3 is turned on, and therefore, relay KM2 obtains electric, and relay normally-closed contact KM1-1 obtains electrically disconnected, The current supply circuit of shock machine body 1 disconnects, and relay normally open contact KM1-2 obtains electric closure, triode Q4 conductings, electric bell HA Ring, relay normally open contact KM1-3 obtains electric closure, transmitter work, receiver receives the signal of transmitter, and vibrator starts Vibration.

This specific embodiment is only to explain of the present utility model, and it is not to limitation of the present utility model, ability Field technique personnel can make the modification without creative contribution to the present embodiment as needed after this specification is read, but As long as all being protected in right of the present utility model by Patent Law.

Claims (10)

1. a kind of shock machine, including shock machine body (1), the guardrail around shock machine body (1) (2), for opening and closing the door-plates (37) of guardrail (2), it is characterized in that：Be provided with the guardrail (2) is for detecting on guardrail (2) It is additionally provided with the no infrared launcher (3) for having object and exporting infrared emission signal, the guardrail (2) and is coupled to infrared hair Injection device (3) is to receive infrared emission signal and export the infrared receiving device (9) of received IR signal, on the guardrail (2) It is provided with the first support (35) used and be fixed on infrared launcher (3), the guardrail (2) and is additionally provided with for fixing infrared Reception device (9) and first support be on integral straight line and mutually symmetrical with setting second support (36), the door-plate (37) On be provided with for isolating the baffle plate (31) of infrared receiving device (9), infrared launcher (3)；

Also include being coupled to infrared receiving device (9) to receive received IR signal and export the infrared control of infrared control signal Device (16), it is coupled to infrared control device (16) to receive infrared control signal and cut to realize in response to infrared control signal The shearing device (17) of the current supply circuit of disconnected impact test body；

When the infrared emission signal that the infrared launcher (3) is sent is separated by baffle plate (31), the infrared receiver is caused to fill When putting (9) and can not receive infrared emission signal, the shock machine body (1) can not start.

2. a kind of shock machine according to claim 1, it is characterized in that：The first support (35) includes being used to fix Managed on remote first on pipe clamp (4), the first lower tube clip (5) on the first of infrared launcher (3), first lower tube clip (5) The side of folder (4) has been wholely set head rod (6), side one of the head rod (6) away from the first lower tube clip (5) Body is provided with the first pedestal (7), and first pedestal (7) is with being provided with the first peace installed for bolt (15) on guardrail (2) Fill hole (8)；

The second support (36) include being used for fixing infrared launcher (3) and pass through bolt (15) it is fixed second on pipe clamp (10) side away from pipe clamp (10) on second on, the second lower tube clip (11), second lower tube clip (11) has been wholely set the Two connecting rods (12), side of second connecting rod (12) away from the second lower tube clip (11) has been wholely set the second pedestal (13), second pedestal (13) is with being provided with the second mounting hole (14) installed for bolt (15) on guardrail (2).

3. a kind of shock machine according to claim 1, it is characterized in that：The infrared launcher (3) includes being used for The oscillating circuit (18) of outputting oscillation signal, it is coupled to oscillating circuit (18) to receive oscillator signal and export infrared emission signal To the infrared transmitting circuit (19) of infrared receiving device (9).

4. a kind of shock machine according to claim 1, it is characterized in that：The infrared receiving device (9) includes coupling In infrared launcher (3) with receive infrared emission signal and export infrared switch signal infrared switch circuit (20), coupling In infrared switch circuit (20) to receive infrared switch signal and export received IR signal red to infrared control device (16) Outer control circuit (21).

5. a kind of shock machine according to claim 1, it is characterized in that：The infrared control device (16) includes coupling In infrared receiving device (9) electricity is overturn to receive the reverse circuit (22) of received IR signal and output switching activity signal, be coupled to Road (22) is to receive energizing signal and export the infrared controlled switch circuit (23) of infrared controlled switch signal, be coupled to infrared control On-off circuit (23) processed is touched with receiving infrared controlled switch signal and exporting infrared control signal to the infrared of shearing device (17) Power Generation Road (24).

6. a kind of shock machine according to claim 5, it is characterized in that：The infrared control device (16) also includes coupling The light that infrared controlled switch circuit (23) is connected to receive infrared controlled switch signal and output light receiving and transmitting signal receives and dispatches electricity Road (25), the infrared trigger circuit (24) is coupled to light transmission circuit (25) to receive light receiving and transmitting signal and export infrared Control signal is to shearing device (17).

7. a kind of shock machine according to claim 6, it is characterized in that：The light transmission circuit (25) includes coupling In infrared controlled switch circuit (23) to receive the light emitters of infrared controlled switch signal and output light transmission signal (26) light emitters (26), are coupled to receive light transmission signal and output light receiving and transmitting signal to infrared trigger circuit (24) light receiver (27).

8. a kind of shock machine according to claim 1, it is characterized in that：Also include being coupled to infrared control device (16) To receive infrared control signal and in response to infrared control signal to realize the alarm device (28) of alarm.

9. a kind of shock machine according to claim 8, it is characterized in that：The alarm device (28) is red including being coupled to Outer control device (16) is to receive the alarm switch circuit (29) of infrared control signal and outputting alarm switching signal, be coupled to announcement Alert on-off circuit (29) is to receive alarm switch signal and in response to alarm switch signal to realize the warning circuit (30) of alarm.

10. a kind of shock machine according to claim 1, it is characterized in that：Also include being coupled to infrared control device (16) to receive infrared control signal and export the radio transmitter (32) of wireless transmission signal, be coupled to radio transmitter (32) to receive wireless transmission signal and export the wireless receiving circuit (33) of wireless reception of signals, be coupled to wireless receiving circuit (33) to receive wireless reception of signals and in response to wireless reception of signals to realize the vibratory equipment (34) of vibration prompt.