CN108872392A - A kind of glass soundproof effect automatic detection device and its automatic control method - Google Patents
A kind of glass soundproof effect automatic detection device and its automatic control method Download PDFInfo
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- CN108872392A CN108872392A CN201810467879.9A CN201810467879A CN108872392A CN 108872392 A CN108872392 A CN 108872392A CN 201810467879 A CN201810467879 A CN 201810467879A CN 108872392 A CN108872392 A CN 108872392A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N29/00—Investigating or analysing materials by the use of ultrasonic, sonic or infrasonic waves; Visualisation of the interior of objects by transmitting ultrasonic or sonic waves through the object
- G01N29/04—Analysing solids
- G01N29/11—Analysing solids by measuring attenuation of acoustic waves
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N29/00—Investigating or analysing materials by the use of ultrasonic, sonic or infrasonic waves; Visualisation of the interior of objects by transmitting ultrasonic or sonic waves through the object
- G01N29/22—Details, e.g. general constructional or apparatus details
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N29/00—Investigating or analysing materials by the use of ultrasonic, sonic or infrasonic waves; Visualisation of the interior of objects by transmitting ultrasonic or sonic waves through the object
- G01N29/22—Details, e.g. general constructional or apparatus details
- G01N29/225—Supports, positioning or alignment in moving situation
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N29/00—Investigating or analysing materials by the use of ultrasonic, sonic or infrasonic waves; Visualisation of the interior of objects by transmitting ultrasonic or sonic waves through the object
- G01N29/34—Generating the ultrasonic, sonic or infrasonic waves, e.g. electronic circuits specially adapted therefor
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N2291/00—Indexing codes associated with group G01N29/00
- G01N2291/02—Indexing codes associated with the analysed material
- G01N2291/023—Solids
- G01N2291/0232—Glass, ceramics, concrete or stone
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Abstract
A kind of automatic control method of glass soundproof effect automatic detection device, including：1, other transmitting devices are glass delivery to be detected to this detection device input port；2, glass delivery to be detected is crossed Photoelectric Detection door by transmission structure；3, detection width and detection number are obtained, detection box width adequate glass width is changed；4, infrared glass detector detects that faceplate to be detected arrives at place to be detected；5, stop transmission structure, rise detection box, falls sound wave and generate box；6, qualification judgement is carried out, it is unqualified, go to step 9；7, remaining detection number is calculated, a glass position is adjusted if residue detection number is greater than zero and executes step 6；8, the transmitting device that remains in operation, which exports glass to next equipment or storage device, gos to step 1；9, transmitting device transporting glass leaves door frame range and notifies staff to take off-grade glass away and go to step 1.It can be in high volume the glass detected being needed to be used for quickly detecting.
Description
Technical field
The present invention relates to glass to produce detection method, and in particular to a kind of glass soundproof effect automatic detection device and its from
Prosecutor method.
Background technique
Currently, the sound insulation value test of glass mainly carries out in sound insulation laboratory, sound insulation laboratory is by two individuals
Reverberation chamber of the product not less than 50 cubic metres and a sound proof housing composition, test device mainly includes noise generator, filter, function
Rate amplifier, microphone, loudspeaker, sound intensity probe, dual-channel analysis instrument, computer and acoustic pressure, sound intensity calibrator etc.；Test
When marquis, random sampling selects three flat samples and is cut into predetermined size, or the regulation of the same material of production, same process production
The plate plaques of size detect test specimen weight, area and thickness in advance before installing；Test specimen positioning adhesive tape is mounted in hole again
It is then tight-closed with spring glass glue and scrape off extra glue in mouthful, it is tested after solidification；By measuring in sound source room
Average sound pressure level and reverberation time in average sound pressure level, receiving chamber, the sound transmission loss of vehicle glass is finally calculated with formula.
The sound insulation laboratory construction cost of this profession is high, and test scene is also single to be limited to；And sampling glass can only be examined
It surveys and the glass of all batches cannot be represented completely by sampling glass.
A kind of on 01 23rd, 2018 Chinese publication 107621494A publication date glass sound-proofing of patent name
Device can be compared, a kind of glass sound insulation value comparison device is disclosed, sound control glass and non-sound control glass can be tested simultaneously
Sound insulation value, including signal generator, loudspeaker and two sound level meters with spectrum analysis function, signal generator and loudspeaker
Pass through conducting wire or bluetooth connection and voice signal can be exported to loudspeaker, it is characterised in that：It further include sound insulation test case, it is described
The first soundproof plate, first soundproof plate and institute is arranged in the wherein recording quantity of sound insulation test case in the sound insulation test case
It states the open one side of sound insulation test case in parallel and the sound insulation test case is separated into reverberation area and test section, the loudspeaker is solid
It is scheduled in the reverberation area and is located on the sound insulation test case inner wall opposite with first soundproof plate, in the test section
The second soundproof plate of interior setting, second soundproof plate and first soundproof plate intersect vertically and the test section are separated into the
One test section and the second test section, the region of corresponding first test section opens up first window on the first soundproof plate, first every
The region of corresponding second test section opens up the second window on soundboard, and sound control glass to be tested or non-sound control glass are fixed respectively
Be placed in first window and the second window, two sound level meters with spectrum analysis function be respectively installed in the first test section and
In second test section.
But its shortcoming substantially or in laboratory the equipment that uses to the detection of actual production still need into
The row sample detecting and relatively common detection device of detecting step is more seems more extra and tediously long with reference to group.
Summary of the invention
Go out the method that field detecting takes sampling Detection to the sound insulation value of glass the present invention be directed to existing glass to propose
The policy for carrying out complete detection detects pipeline system and devises a kind of glass soundproof effect automatic detection device and its automatic control
Method.
A kind of automatic control method of glass soundproof effect automatic detection device, includes the following steps：
M1, other transmitting devices are glass delivery to be detected to this detection device input port；
Glass delivery to be detected is crossed Photoelectric Detection door by M2, transmission structure；
M3 obtains detection width and detection number, changes detection box width adequate glass width；
M4, infrared glass detector detect that faceplate to be detected arrives at place to be detected；
M5 stops transmission structure, rises detection box, falls sound wave and generates box；
M6 carries out qualification judgement, and unqualified, go to step M9；
M7 calculates remaining detection number, adjusts a glass position if residue detection number is greater than zero and executes step M6；
M8, the transmitting device that remains in operation, which exports glass to next equipment or storage device, to go to step M1；
M9, transmitting device transporting glass leave door frame range and notify staff to take off-grade glass away and go to step
M1。
Preferably, the step M2 includes following sub-step：
A1, transmission structure convey glass to be detected and enter in Photoelectric Detection door；
A2, the photoelectric detection system of normally open detect that glass enters；
A3, photoelectric detection system, which moves right to photovoltaic reaction, to disappear, and obtains axis to right side distance；
A4, photoelectric detection system reset and are moved to the left photovoltaic reaction disappearance, obtain axis to left side distance；
A5, transmission structure, which is not shut down, in above procedure moves forward glass to be detected；
A6, photoelectric detection system reset, and the reaction of axis light hall is waited to disappear；
A7 obtains photovoltaic reaction and amounts to time of origin, obtains glass length according to transmission structure velocity of rotation.
Preferably, the step M3 includes following sub-step：
A8 obtains calculating number A according to obtained glass length except detection box width is rounded downwards
A9, A are less than or equal to 4 and obtain detection number 1 time, and A, which is greater than 4 and is less than or equal to 8, obtains detection number 2 times, is greater than 8
Obtain detection number 3 times；
A10, the mechanism on door frame change detection box width and flush with glass width；
A11 stops transmission structure until box width adjustment if glass top to be detected during change is detected by door frame
It finishes；
A12, transmission structure transmit glass to be detected and enter in door frame.
Preferably, the step M6 includes following sub-step：
B1 carries out once continuing 45 decibels of patter of rain simulations of half a minute, obtains noise reduction data d1；
B2 carries out primary 70 decibels of noise simulations for 15 seconds, obtains noise reduction data d2；
B3 carries out primary 98 decibels of song high pitchs simulation for 5 seconds, obtains noise reduction data d3；
B4 is weighted and averaged data d1, d2 and d3；
B5,22 decibels of average value noise reduction or more are then qualification, and 22 decibels of average value noise reduction then unqualified once.
A kind of glass soundproof effect automatic detection device, including：
Controller generates box with power motor, Photoelectric Detection door, detection box and sound wave and is electrically connected；
Several power motors are sequentially connected with transmission structure, are electrically connected with the controller；
Symmetrically arranged transmission structure is used for transmission glass to be detected, is sequentially connected with power motor；
Photoelectric Detection door is arranged in transmission structure leading portion, is fixedly connected, is electrically connected with the controller with transmission structure；
Falling preventive plate is arranged between symmetrically arranged transmission structure, is mounted on same level by bracket and transmission structure；
Mounting cylinder is arranged in transmission structure middle section, is fixedly connected with transmission structure for installing lifting structure；
Box is detected, is arranged between mounting cylinder, is electrically connected with the controller, is fixedly connected with lifting structure；
Sound wave generates box, is arranged between mounting cylinder and detects the corresponding surface of box box mouth, and sound wave generation box box mouth is downward, with
Controller electrical connection, is fixedly connected with lifting structure；
Lifting structure generates box upright position for controlling detection box and sound wave, generates box with detection box and sound wave and fix
Connection, is electrically connected with the controller；
The infrared glass detector being mounted in front of mounting cylinder, for detecting whether glass arrives at area to be tested, with control
Device electrical connection.
Preferably, the symmetrically arranged transmission structure includes：
Several roller bearings through leading portion mounting rack, middle section mounting rack and the setting of back segment mounting rack, provide power by transmission belt, with
Leading portion mounting rack, middle section mounting rack and back segment mounting rack are slidably connected；
Several transmission belts are separately mounted to leading portion mounting rack, middle section mounting rack and back segment mounting rack, are driven and connect with roller bearing
It connects；
Gearbox, gearbox dynamic input terminal are connect with power motor pto shaft drive, the output of gearbox gearbox dynamic
Hold and be mounted on the transmission belt transmission connection in the mounting rack of middle section；
Leading portion mounting rack is fixedly connected for installing roller bearing and transmission belt with middle section mounting rack；
Middle section mounting rack is fixedly connected for installing roller bearing and transmission belt with leading portion mounting rack and back segment mounting rack；
Back segment mounting rack is fixedly connected for installing roller bearing and transmission belt with middle section mounting rack.
Preferably, the detection box includes：
Flexible plastic sealing, the adverse effect generated for reducing damping box body uphill process to glass to be detected are arranged in damping
On the edge of the upward opening of box body, it is fixedly connected with damping box body；
Damping box body is fixedly connected with flexible plastic sealing, sound-absorbing structure and lifting structure；
Several decibel sensors are arranged in damping box body, are electrically connected with the controller；
Shock sensor is electrically connected with the controller, fixes with damping box body for calculating box body vibration bring erroneous calculations value
Connection；
The sound-absorbing structure of sound-absorbing material composition, is arranged in damping cartridge outer surface, is fixedly connected with damping box body.
Preferably, the sound wave generation box includes：
The plastic box body that Open Side Down, is fixedly connected with lifting structure；
The loudspeaker equidistantly placed, is installed in plastic box body, is electrically connected with the controller.
Preferably, the lifting structure includes：
Box lifting slider is detected, is nested in mounting cylinder, is engaged with cylinder, is fixed by the connecting rod and connect with detection box；
Box elevating control motor is detected, setting is electrically connected with the controller in detection box lifting slider；
Sound wave generates box lifting slider, is nested in mounting cylinder, engages with cylinder, generates box with sound wave and is fixed by the connecting rod
Connection；
Sound wave generates box elevating control motor, and setting is generated in box lifting slider in sound wave, is electrically connected with the controller.
Preferably, the falling preventive plate includes：
Plate body is mounted on plate body adjuster between symmetrically arranged transmission structure by bracket, is fixedly connected with bracket；
Bracket is fixedly connected for installing plate body with plate body and plate body adjuster；
Plate body adjuster controls the horizontal position of plate body by adjusting bracket.
Substantial effect of the invention is to complete in high volume the glass detected being needed to be used for quickly detecting
To the task object that all appearance glass are detected, the sound insulation value of glass can be quickly detected, allows hand over angle progress
Detection.
Detailed description of the invention
Fig. 1 device entirety top schematic diagram；
Fig. 2 marked as 3 at transmission structure middle section front schematic view；
In figure：1, Photoelectric Detection door, 2, falling preventive plate, 4, back segment mounting rack, 5, roller bearing, 6, transmission structure leading portion, 7, transmission structure
Back segment, 8, sound wave generation box lifting slider, 9, detection box lifting slider, 10, mounting cylinder, 11, sound wave generation box, 12, detection
Box, 13, middle section mounting rack, 21, bracket, 22, plate body adjuster.
Specific embodiment
Below by specific embodiment, and in conjunction with attached drawing, technical scheme of the present invention will be further explained in detail.
Embodiment 1
As shown in Fig. 1 and Fig. 2, a kind of automatic control method of glass soundproof effect automatic detection device, including following step
Suddenly：
M1, other transmitting devices are glass delivery to be detected to this detection device input port；
Glass delivery to be detected is crossed Photoelectric Detection door 1 by M2, transmission structure；
M3 obtains detection width and detection number, changes detection box width adequate glass width；
M4, infrared glass detector detect that faceplate to be detected arrives at place to be detected；
M5 stops transmission structure, rises detection box, falls sound wave and generates box；
M6 carries out qualification judgement, and unqualified, go to step M9；
M7 calculates remaining detection number, adjusts a glass position if residue detection number is greater than zero and executes step M6；
M8, the transmitting device that remains in operation, which exports glass to next equipment or storage device, to go to step M1；
M9, transmitting device transporting glass leave door frame range and notify staff to take off-grade glass away and go to step
M1。
The step M2 includes following sub-step：
A1, transmission structure convey glass to be detected and enter in Photoelectric Detection door 1；
A2, the photoelectric detection system of normally open detect that glass enters；
A3, photoelectric detection system, which moves right to photovoltaic reaction, to disappear, and obtains axis to right side distance；
A4, photoelectric detection system reset and are moved to the left photovoltaic reaction disappearance, obtain axis to left side distance；
A5, transmission structure, which is not shut down, in above procedure moves forward glass to be detected；
A6, photoelectric detection system reset, and the reaction of axis light hall is waited to disappear；
A7 obtains photovoltaic reaction and amounts to time of origin, obtains glass length according to transmission structure velocity of rotation.
The step M3 includes following sub-step：
A8 obtains calculating number A according to obtained glass length except detection box width is rounded downwards
A9, A are less than or equal to 4 and obtain detection number 1 time, and A, which is greater than 4 and is less than or equal to 8, obtains detection number 2 times, is greater than 8
Obtain detection number 3 times；
A10, the mechanism on door frame change detection box width and flush with glass width；
A11 stops transmission structure until box width adjustment if glass top to be detected during change is detected by door frame
It finishes；
A12, transmission structure transmit glass to be detected and enter in door frame.
The step M6 includes following sub-step：
B1 carries out once continuing 45 decibels of patter of rain simulations of half a minute, obtains noise reduction data d1；
B2 carries out primary 70 decibels of noise simulations for 15 seconds, obtains noise reduction data d2；
B3 carries out primary 98 decibels of song high pitchs simulation for 5 seconds, obtains noise reduction data d3；
B4 is weighted and averaged data d1, d2 and d3；
B5,22 decibels of average value noise reduction or more are then qualification, and 22 decibels of average value noise reduction then unqualified once.
A kind of glass soundproof effect automatic detection device, including：Controller, with power motor, Photoelectric Detection door 1, detection
Box 12 and sound wave generate box 11 and are electrically connected；Several power motors are sequentially connected with transmission structure, are electrically connected with controller
It connects；Symmetrically arranged transmission structure is used for transmission glass to be detected, is sequentially connected with power motor；Photoelectric Detection door 1, setting
It in transmission structure leading portion 6, is fixedly connected, is electrically connected with the controller with transmission structure；Falling preventive plate 2 is arranged in symmetrically arranged biography
Between defeated structure, same level is mounted on by bracket 21 and transmission structure；Mounting cylinder 10, for installing lifting structure,
It is arranged in transmission structure middle section, is fixedly connected with transmission structure；Box 12 is detected, is arranged between mounting cylinder 10, with controller
Electrical connection, is fixedly connected with lifting structure；Sound wave generates box 11, and it is corresponding that detection 12 box mouth of box is arranged between mounting cylinder 10
Surface, sound wave generation 11 box mouth of box is downward, is electrically connected with the controller, is fixedly connected with lifting structure；Lifting structure, for controlling
System detection box 12 and sound wave generate 11 upright position of box, generate box 11 with detection box 12 and sound wave and are fixedly connected, with control
Device electrical connection；The infrared glass detector being mounted in front of mounting cylinder, for detecting whether glass arrives at area to be tested, with
Controller electrical connection.
The symmetrically arranged transmission structure includes：
Several roller bearings 5 being arranged through leading portion mounting rack, middle section mounting rack 13 and back segment mounting rack 4 are provided dynamic by transmission belt
Power is slidably connected with leading portion mounting rack, middle section mounting rack 13 and back segment mounting rack 4；Several transmission belts, are separately mounted to leading portion
Mounting rack, middle section mounting rack 13 and back segment mounting rack 4 are sequentially connected with roller bearing 5；Gearbox, gearbox dynamic input terminal
It is connect with power motor pto shaft drive, gearbox gearbox dynamic output end and the biography being mounted in middle section mounting rack 13
Dynamic V belt translation connection；Leading portion mounting rack is fixedly connected for installing roller bearing 5 and transmission belt with middle section mounting rack 13；Middle section peace
13 are shelved, for installing roller bearing 5 and transmission belt, is fixedly connected with leading portion mounting rack and back segment mounting rack 4；Back segment mounting rack
4, for installing roller bearing 5 and transmission belt, it is fixedly connected with middle section mounting rack 13.By to corresponding to the transmission structure of the left and right sides
Gearbox carry out speed regulation and roller bearing 5 on the mounting rack of left and right can be made to generate differential to allow the glass carried on roller bearing 5
Differential rotation is carried out, the adjustable rotational angle of calculating to differential is passed through.
The mounting rack of subsection setup can make mutual independence between paragraph, and middle section is avoided to need to rotate glass or to glass
Continue transport and cause corresponding adjustment to influence work in other paragraphs.
The detection box 12 includes：Flexible plastic sealing, produces glass to be detected for reducing damping box body uphill process
Raw adverse effect is arranged on the edge of the upward opening of damping box body, is fixedly connected with damping box body；Damping box body, with
Flexible plastic sealing, sound-absorbing structure and lifting structure are fixedly connected；Several decibel sensors are arranged in damping box body, with control
Device electrical connection processed；Shock sensor is electrically connected with the controller, for calculating box body vibration bring erroneous calculations value with damping
Box body is fixedly connected；The sound-absorbing structure of sound-absorbing material composition, is arranged in damping cartridge outer surface, is fixedly connected with damping box body.
Sound-absorbing structure can prevent external noise from interfering to testing result, while can also reduce is not to pass through glass
The detection sound wave that box is generated from sound of transmission.
The sound wave generates box 11：The plastic box body that Open Side Down, is fixedly connected with lifting structure；Equidistant peace
The loudspeaker put, is installed in plastic box body, is electrically connected with the controller.
The lifting structure includes：Box lifting slider 9 is detected, is nested in mounting cylinder 10, is engaged with cylinder, with inspection
It surveys box and is fixed by the connecting rod connection；Box elevating control motor is detected, setting is in detection box lifting slider 9, with controller electricity
Connection；Sound wave generates box lifting slider 8, is nested in mounting cylinder 10, engages with cylinder, generates box with sound wave and passes through connecting rod
It is fixedly connected；Sound wave generates box elevating control motor, and setting is generated in box lifting slider 8 in sound wave, is electrically connected with the controller.
The falling preventive plate 2 includes：Plate body is mounted on symmetrically arranged transmission structure on plate body adjuster 22 by bracket
Between, it is fixedly connected with bracket；Bracket is fixedly connected for installing plate body with plate body and plate body adjuster 22；Plate body is adjusted
Device 22 controls the horizontal position of plate body by adjusting bracket.
The purpose of falling preventive plate 2 is to prevent glass from falling and dropping to ground from centre in transmission process, thus to work
It has a adverse impact, or consequential injury is generated to worker.
The glass fallen on falling preventive plate 2 can be fetched by plate body adjuster 22, or adjustment falling preventive plate 2
Position receives the glass fallen on falling preventive plate 2 in transmission process much more more.
Claims (10)
1. a kind of automatic control method of glass soundproof effect automatic detection device, which is characterized in that include the following steps：
M1, other transmitting devices are glass delivery to be detected to this detection device input port；
Glass delivery to be detected is crossed Photoelectric Detection door by M2, transmission structure；
M3 obtains detection width and detection number, changes detection box width adequate glass width；
M4, infrared glass detector detect that faceplate to be detected arrives at place to be detected；
M5 stops transmission structure, rises detection box, falls sound wave and generates box；
M6 carries out qualification judgement, and unqualified, go to step M9；
M7 calculates remaining detection number, adjusts a glass position if residue detection number is greater than zero and executes step M6；
M8, the transmitting device that remains in operation, which exports glass to next equipment or storage device, to go to step M1；
M9, transmitting device transporting glass leave door frame range and notify staff to take off-grade glass away and go to step
M1。
2. a kind of automatic control method of glass soundproof effect automatic detection device according to claim 1, which is characterized in that institute
The step M2 stated includes following sub-step：
A1, transmission structure convey glass to be detected and enter in Photoelectric Detection door；
A2, the photoelectric detection system of normally open detect that glass enters；
A3, photoelectric detection system, which moves right to photovoltaic reaction, to disappear, and obtains axis to right side distance；
A4, photoelectric detection system reset and are moved to the left photovoltaic reaction disappearance, obtain axis to left side distance；
A5, transmission structure, which is not shut down, in above procedure moves forward glass to be detected；
A6, photoelectric detection system reset, and the reaction of axis light hall is waited to disappear；
A7 obtains photovoltaic reaction and amounts to time of origin, obtains glass length according to transmission structure velocity of rotation.
3. a kind of automatic control method of glass soundproof effect automatic detection device according to claim 2, which is characterized in that institute
The step M3 stated includes following sub-step：
A8 obtains calculating number A according to obtained glass length except detection box width is rounded downwards
A9, A are less than or equal to 4 and obtain detection number 1 time, and A, which is greater than 4 and is less than or equal to 8, obtains detection number 2 times, is greater than 8
Obtain detection number 3 times；
A10, the mechanism on door frame change detection box width and flush with glass width；
A11 stops transmission structure until box width adjustment if glass top to be detected during change is detected by door frame
It finishes；
A12, transmission structure transmit glass to be detected and enter in door frame.
4. a kind of automatic control method of glass soundproof effect automatic detection device according to claim 2 or 3, feature exist
In the step M6 includes following sub-step：
B1 carries out once continuing 45 decibels of patter of rain simulations of half a minute, obtains noise reduction data d1；
B2 carries out primary 70 decibels of noise simulations for 15 seconds, obtains noise reduction data d2；
B3 carries out primary 98 decibels of song high pitchs simulation for 5 seconds, obtains noise reduction data d3；
B4 is weighted and averaged data d1, d2 and d3；
B5,22 decibels of average value noise reduction or more are then qualification, and 22 decibels of average value noise reduction then unqualified once.
It is examined automatically 5. a kind of glass soundproof effect automatic detection device is suitable for a kind of glass soundproof effect described in claim 1
Survey the automatic control method of device, which is characterized in that including：
Controller generates box with power motor, Photoelectric Detection door, detection box and sound wave and is electrically connected；
Several power motors are sequentially connected with transmission structure, are electrically connected with the controller；
Symmetrically arranged transmission structure is used for transmission glass to be detected, is sequentially connected with power motor；
Photoelectric Detection door is arranged in transmission structure leading portion, is fixedly connected, is electrically connected with the controller with transmission structure；
Falling preventive plate is arranged between symmetrically arranged transmission structure, is mounted on same level by bracket and transmission structure；
Mounting cylinder is arranged in transmission structure middle section, is fixedly connected with transmission structure for installing lifting structure；
Box is detected, is arranged between mounting cylinder, is electrically connected with the controller, is fixedly connected with lifting structure；
Sound wave generates box, is arranged between mounting cylinder and detects the corresponding surface of box box mouth, and sound wave generation box box mouth is downward, with
Controller electrical connection, is fixedly connected with lifting structure；
Lifting structure generates box upright position for controlling detection box and sound wave, generates box with detection box and sound wave and fix
Connection, is electrically connected with the controller；
The infrared glass detector being mounted in front of mounting cylinder, for detecting whether glass arrives at area to be tested, with control
Device electrical connection.
6. a kind of glass soundproof effect automatic detection device according to claim 5, it is characterised in that described symmetrically sets
The transmission structure set includes：
Several roller bearings through leading portion mounting rack, middle section mounting rack and the setting of back segment mounting rack, provide power by transmission belt, with
Leading portion mounting rack, middle section mounting rack and back segment mounting rack are slidably connected；
Several transmission belts are separately mounted to leading portion mounting rack, middle section mounting rack and back segment mounting rack, are driven and connect with roller bearing
It connects；
Gearbox, gearbox dynamic input terminal are connect with power motor pto shaft drive, the output of gearbox gearbox dynamic
Hold and be mounted on the transmission belt transmission connection in the mounting rack of middle section；
Leading portion mounting rack is fixedly connected for installing roller bearing and transmission belt with middle section mounting rack；
Middle section mounting rack is fixedly connected for installing roller bearing and transmission belt with leading portion mounting rack and back segment mounting rack；
Back segment mounting rack is fixedly connected for installing roller bearing and transmission belt with middle section mounting rack.
7. a kind of glass soundproof effect automatic detection device according to claim 5, it is characterised in that the detection box
Including：
Flexible plastic sealing, the adverse effect generated for reducing damping box body uphill process to glass to be detected are arranged in damping
On the edge of the upward opening of box body, it is fixedly connected with damping box body；
Damping box body is fixedly connected with flexible plastic sealing, sound-absorbing structure and lifting structure；
Several decibel sensors are arranged in damping box body, are electrically connected with the controller；
Shock sensor is electrically connected with the controller, fixes with damping box body for calculating box body vibration bring erroneous calculations value
Connection；
The sound-absorbing structure of sound-absorbing material composition, is arranged in damping cartridge outer surface, is fixedly connected with damping box body.
8. a kind of glass soundproof effect automatic detection device according to claim 6 or 7, it is characterised in that the sound wave
Generating box includes：
The plastic box body that Open Side Down, is fixedly connected with lifting structure；
The loudspeaker equidistantly placed, is installed in plastic box body, is electrically connected with the controller.
9. a kind of glass soundproof effect automatic detection device according to claim 8, it is characterised in that the lifting knot
Structure includes：
Box lifting slider is detected, is nested in mounting cylinder, is engaged with cylinder, is fixed by the connecting rod and connect with detection box；
Box elevating control motor is detected, setting is electrically connected with the controller in detection box lifting slider；
Sound wave generates box lifting slider, is nested in mounting cylinder, engages with cylinder, generates box with sound wave and is fixed by the connecting rod
Connection；
Sound wave generates box elevating control motor, and setting is generated in box lifting slider in sound wave, is electrically connected with the controller.
10. a kind of glass soundproof effect automatic detection device according to claim 5, it is characterised in that the falling preventive plate
Including：
Plate body is mounted on plate body adjuster between symmetrically arranged transmission structure by bracket, is fixedly connected with bracket；
Bracket is fixedly connected for installing plate body with plate body and plate body adjuster；
Plate body adjuster controls the horizontal position of plate body by adjusting bracket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN108872392B (en) * | 2018-05-16 | 2020-11-17 | 浙江西溪玻璃有限公司 | Automatic detection device for sound insulation effect of glass and automatic control method thereof |
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| CN107620264A (en) * | 2017-09-11 | 2018-01-23 | 太仓迭世信息科技有限公司 | A kind of intelligent sound insulation wall system of adjust automatically soundproof effect |
| CN107748206A (en) * | 2017-11-17 | 2018-03-02 | 福建省港达玻璃制品有限公司 | A kind of glass soundproof effect sensing chamber |
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| CN206788113U (en) * | 2017-04-19 | 2017-12-22 | 镇江建科建设科技有限公司 | Floor defening effect detection means |
| CN107089102A (en) * | 2017-04-21 | 2017-08-25 | 重庆长安汽车股份有限公司 | A kind of detection method of the slow gas leakage of tire |
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