CN209400395U - Silk quilt detection device - Google Patents
Silk quilt detection device Download PDFInfo
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- CN209400395U CN209400395U CN201821688743.2U CN201821688743U CN209400395U CN 209400395 U CN209400395 U CN 209400395U CN 201821688743 U CN201821688743 U CN 201821688743U CN 209400395 U CN209400395 U CN 209400395U
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Abstract
The utility model relates to a kind of silk quilt detection devices, including detection platform, the pressure exerting arrangement above the detection platform, and on pressure exerting arrangement apart from testing agency；Detection platform includes support base, and rotation is set to the overturning plate in support base, and the warming and humidifying test mechanism on overturning flat plate bottom；Pressure exerting arrangement includes the pressure plate structure in the support base, set on support base side and the lifting driving structure that connect with pressure plate structure, and the pressure structure on pressing plate；Pressure plate structure includes the support frame in the support base, the pressing plate on support frame, and pressing plate is connected in lifting driving structure and corresponding with overturning plate, is set on pressing plate apart from testing agency and corresponding with plate is overturn.Silk quilt detection device provided by the utility model, structure is relatively simple, can not only detect to the compression resilience of silk quilt, can also detect to the heat insulating ability of silk quilt.
Description
Technical field
The utility model relates to detection device technical fields, more particularly to a kind of silk quilt detection device.
Background technique
Silk is to integrate natural fiber light, soft, carefully in nature, is known as the good reputation of " human body Second Skin ", quilt
Industry is known as " fiber queen ".Its main component is pure natural animal protein fibre, and construction and the skin of the mankind are most close
, 87% be it is the same, include the necessary amino acid of a variety of human bodies, have radix saposhnikoviae, dehumidifying, calm the nerves, nourish and balance people
The effect of body skin.Therefore, silk quilt often is made using silk as filler, had personal warming, fluffy soft, ventilative
The advantageous quality such as health care, deep sleep and advantage.
Moreover, the compression resilience of silk quilt is an important quality index, it is related to bulkiness, the flexibility of product
And comfort, therefore be frequently necessary to detect the compression resilience of silk quilt.But in the conventional technology, few special
The apparatus structure that door is detected for the compression resilience of silk quilt, structure of the detecting device ratio of the minority for natural feather filling quilt
More complex, function is also relatively simple, can not detect to other performances.
Utility model content
Based on this, the utility model provides a kind of silk quilt detection device, and structure is relatively simple, not only can be to silk quilt
Compression resilience is detected, and can also be detected to the heat insulating ability of silk quilt.
In order to achieve the above objectives, the utility model proposes following technical solutions:
A kind of silk quilt detection device, including detection platform, the pressure exerting arrangement above the detection platform, Yi Jishe
In on the pressure exerting arrangement apart from testing agency；
The detection platform includes support base, and rotation is set to the overturning plate in the support base, and is set to institute
State the warming and humidifying test mechanism on overturning flat plate bottom；
The pressure exerting arrangement includes the pressure plate structure in the support base, set on the support base side, simultaneously
The lifting driving structure being connect with pressure plate structure, and the pressure structure on the pressure plate structure；The pressure plate structure packet
The support frame being set in the support base is included, the pressing plate on support frame as described above and below the pressure structure, institute
State pressing plate be connected at it is in the lifting driving structure and corresponding with the overturning plate, it is described to be set to apart from testing agency
It is on the pressing plate and corresponding with the overturning plate.
Its further technical scheme is as follows:
The warming and humidifying test mechanism includes the test on the overturning plate in one of the embodiments,
Body, the electric heating device in the test body, for heating the test body, and be set in the test body, use
In the humidifying structure to the test release in vitro moist steam.
The warming and humidifying test mechanism further includes the first temperature in the test body in one of the embodiments,
Spend testing agency, the second temperature testing agency outside the test body, and the Humidity Detection outside the test body
Mechanism.
The support base includes frame-shaped base body in one of the embodiments, and is set to the base body
The rotation axis at middle part, the overturning plate rotation are arranged in the rotation axis.
The support base further includes the support limit knot set on the base body surrounding in one of the embodiments,
Structure, the support limit structure is for being supported and fixing to the overturning plate；Alternatively,
The support limit structure includes the support corner bracket that overturning is set to the base body surrounding, the support corner bracket branch
Stay at the overturning flat plate bottom；
The support limit structure further includes the locking structure for being set to the base body surrounding, the overturning plate four
It is provided with the locking part with the locking structure corresponding matching week.
Support frame as described above includes four supports for being respectively arranged on the support base surrounding in one of the embodiments,
Bar, the pressing plate surrounding are actively located in respectively in four support rods；
The lifting driving structure includes the lifting seat set on the support base side, and is set on the lifting seat
Lifting drive mould group, the lifting drives mould group to be connected and fixed with the pressing plate side.
The pressure structure includes the fixed plate set on four support bar tops in one of the embodiments, with
And the hydraulic pressurization bar assembly set on the fixed plate bottom, the hydraulic pressurization bar assembly are corresponding at the top of the pressing plate.
In one of the embodiments, the pressure structure include it is multiple set on the fixed plate bottom it is described it is hydraulic plus
Depression bar assembly, multiple hydraulic pressurization bar assemblies are evenly arranged in the pressing plate over top.
In one of the embodiments, it is described apart from testing agency include first distance detection in the middle part of the pressing plate
Structure, and the second distance detection structure set on the pressing plate surrounding；
Wherein, in the detection process with silk quilt face, the second distance detects to be tied the first distance detection structure
All side edge faces of structure and the overturning plate.
Further include in one of the embodiments, and the warming and humidifying test mechanism, lifting driving structure, pressure structure
And the control mechanism apart from testing agency's connection.
In technical solution provided by the utility model, warming and humidifying test mechanism is arranged in detection platform, by turning over
Silk when keeping warming and humidifying test mechanism upward, is laid on warming and humidifying test mechanism by the overturning plate for turning detection platform
On, can heat insulating ability to silk quilt and gas permeability detect；Again by the overturning plate of overturning detection platform, add heating
Wet test mechanism is downward, makes the burnishing surface for overturning plate in face of pressure exerting arrangement, silk is laid on to the burnishing surface of overturning plate
On, so that it may silk is compressed using pressure exerting arrangement, so that it may which the compression resilience of silk quilt is detected.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.
Fig. 1 is the schematic perspective view one of silk quilt detection device described in the utility model embodiment；
Fig. 2 is the schematic perspective view two of silk quilt detection device described in the utility model embodiment；
Fig. 3 is the schematic perspective view three of silk quilt detection device described in the utility model embodiment.
Drawing reference numeral explanation:
| Label | Title | Label | Title |
| 100 | Support base | 110 | Base body |
| 200 | Overturn plate | 300 | Warming and humidifying test mechanism |
| 400 | Go up and down driving structure | 410 | Lifting seat |
| 420 | Lifting driving mould group | 500 | Pressure plate structure |
| 510 | Support frame | 520 | Pressing plate |
| 600 | Pressure structure | 610 | Fixed plate |
| 620 | Hydraulic pressurization bar assembly | 700 | Apart from testing agency |
The utility model aim is realized, the embodiments will be further described with reference to the accompanying drawings for functional characteristics and advantage.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, fall within the protection scope of the utility model.
It is to be appreciated that if related in the utility model embodiment directionality instruction (such as upper and lower, left and right, it is preceding,
Afterwards ...), then directionality instruction is only used for explaining opposite between each component under a certain particular pose (as shown in the picture)
Positional relationship, motion conditions etc., if the particular pose changes, directionality instruction is also correspondingly changed correspondingly.
In addition, if relating to the description of " first ", " second " etc. in the utility model embodiment, " first ", " the
Two " etc. description is used for description purposes only, and is not understood to indicate or imply its relative importance or is implicitly indicated meaning
The quantity of the technical characteristic shown." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one
A this feature.It in addition, the technical solution between each embodiment can be combined with each other, but must be with ordinary skill
Based on personnel can be realized, this technical side will be understood that when the combination of technical solution appearance is conflicting or cannot achieve
The combination of case is not present, also not within the protection scope of the requires of the utility model.
As shown in Figure 1 to Figure 3, the utility model proposes a kind of silk quilt detection devices, including detection platform, are set to detection
Pressure exerting arrangement above platform, and be set on pressure exerting arrangement and corresponding with detection platform apart from testing agency 700.It can incite somebody to action
Silk is placed in detection platform, carries out certain time and one to silk quilt using the pressure exerting arrangement being arranged above detection platform
The pressure of constant-pressure, so that silk is compressed, after recalling pressure exerting arrangement, silk quilt meeting automatic rebounding, in this process
In can use the compressed thickness of silk quilt, rebound thickness etc. parameter are detected apart from testing agency, to calculate
The compression recovery performance of silk quilt.
Moreover, above-mentioned detection platform includes support base 100, rotation is set to the overturning plate in the support base 100
200, and the warming and humidifying test mechanism 300 on 200 bottom of overturning plate.It can be to turning over by support base 100
Turn plate 200, warming and humidifying test mechanism 300 and pressure exerting arrangement to be supported.And branch is set to by the way that the rotation of plate 200 will be overturn
It supports on pedestal 100, overturning plate 200 can be rotated, so that the warming and humidifying positioned at 200 bottom of overturning plate be made to try
It tests mechanism 300 to turn, that is, may make that warming and humidifying test mechanism 300 is flat from the lower rotation of overturning plate 100 to overturning
The top of plate 200.In this manner it is possible to which silk is laid on warming and humidifying test mechanism 300, pass through warming and humidifying testing machine
Structure 300 can apply certain heat and steam on the inside of silk quilt, can imitate human body and discharge heat and sweat gas in silk quilt,
Then it can detecte heat in silk quilt within a certain period of time and steam scatter and disappear situation, to detect the heat insulating ability and thoroughly of silk quilt
Gas.It may make silk quilt detection device that there are a variety of detection functions in this way, the compression resilience of silk quilt can not only be detected, also
The heat insulating ability and gas permeability of detectable silk quilt, it is vdiverse in function.
Further, above-mentioned support base 100 includes frame-shaped base body 110, and is set to 110 middle part of base body
Rotation axis, above-mentioned overturning plate 200 is rotatably arranged in the rotation axis.The both ends of rotation axis can be separately positioned on bottom
110 two sides of seat main body, keep the middle part of rotation axis hanging, and then overturning plate 200 is threaded through at the overhanging portion of the rotation axis,
Make overturning plate 200 can be as rotation axis is in 110 rotating middle part of base body, so that the heating for being set to overturning flat plate bottom be added
Wet test mechanism is turned to the top of overturning plate, so that it may do heat insulating ability to silk quilt using warming and humidifying test mechanism 300
It is detected with gas permeability.
Moreover, above-mentioned support base 100 further includes the support limit structure set on 110 surrounding of base body, support limit
Bit architecture can be used for that overturning plate 200 is supported and is fixed.By the way that support limit knot is arranged in 110 surrounding of base body
Structure can carry out overturning plate 200 using support limit structure when not needing to overturn overturning plate 200
It supports and fixes, making overturning plate 200, reliablely and stablely holding is horizontal during testing inspection, facilitates and carries out various detections examinations
It tests.Specifically, above-mentioned support limit structure includes the support corner bracket that overturning is set to base body surrounding, and the support corner bracket is sustainable
Set on overturning flat plate bottom.By the way that turnover support corner bracket is arranged in overturning 200 bottom of plate, complete to overturning plate
After 200 overturning, it can use support corner bracket and supported from the bottom of overturning plate 200.Moreover, in order not to overturning
The overturning shape of plate 200 causes to interfere, and during overturning overturns plate 200, support corner bracket can be turned to far from overturning
At the position of plate 200.Moreover, after completing the overturning to overturning plate 200, it can be with rotational support corner bracket to overturning plate
200 bottoms support limit, additionally corner bracket will be supported to be fixed on pedestal master using screw or other fastening structures
On body 110, so that reliable to the supporting & stablizing of overturning plate.In addition, above-mentioned support limit structure, which may also include, is set to pedestal
The locking structure of 110 surrounding of main body, and overturn 200 surrounding of plate and may be provided with the locking part with locking structure corresponding matching.
For example, buckle structure can be arranged between overturning plate 200 and base body 110, do not needing to turn over overturning plate 200
When turning, it can use buckle structure and fasten the two, overturning plate 200 is fixed.
In addition, above-mentioned warming and humidifying test mechanism 300 includes the test body on overturning plate 200, it is set to test body
In, the electric heating device for heating test body, and in test body, for test release in vitro moist steam plus
Wet structure.Test body can be heated by the way that electric heating device is arranged in test body, be added by being arranged in test body
Wet structure can humidify test body, and test body simulation human body can be made to be generated heat and be perspired in this way, make testing inspection
Process is more true to nature, detects more acurrate.Moreover, test body can be set to body shape, and by electric heating device and humidifying structure
Be arranged at each position of test body, in this way can each position to test body heated and humidified, simulate it is trueer
It is real.In addition, test body can also be set to rectangular cassette shapes or other shapes.During the test, will overturning plate 200 and
Test body is turned to the top of detection platform, and silk to be detected is coated in the test body, then to test body with
Certain temperature and humidity warming and humidifying for a period of time, then stops warming and humidifying and detects in silk quilt within a certain period of time
Temperature and humidity situation, to detect the heat insulating ability and gas permeability of silk quilt.In addition, for the ease of heat and steam in test body
It is dispersed into the space that silk quilt shrouds, multiple subtle heat release holes and gas outlet can be also set in test body.
Moreover, above-mentioned warming and humidifying test mechanism 300 further includes the first temperature testing organization in test body, it is set to
Second temperature testing agency outside test body, and the Humidity Detection mechanism outside test body.By being arranged in test body
The first temperature testing organization can be detected and controlled to intracorporal heating temperature is tested, by being arranged in outside test body
Second temperature testing agency can detect the temperature outside test body, pass through the Humidity Detection mechanism being arranged in outside test body
Humidity outside test body can be detected.I.e. when silk to be covered in test body, second temperature inspection can use
The temperature in mechanism detection silk quilt is surveyed, and utilizes the humidity in Humidity Detection mechanism detection silk quilt.In the present embodiment, on
It states the first temperature testing organization and second temperature testing agency may be configured as temperature sensor, above-mentioned Humidity Detection mechanism can be set
It is set to humidity sensor.
In addition, above-mentioned silk quilt detection device can also include testing inspection room, and it is set to the testing inspection room
Between in environment temperature and humidity regulation mechanism, and by above-mentioned detection platform, pressure exerting arrangement etc. be arranged in the testing inspection room
Between in, can to detection silk quilt experimental enviroment control.It in the present embodiment, can be by environment temperature and humidity regulator
Structure is set as air-conditioning system, can control to adjust to the temperature and humidity in detection room, to simulate in different environment temperature
Silk is checked under degree and humidity, it is simple and convenient.
In addition, above-mentioned pressure exerting arrangement includes the pressure plate structure 500 in support base 100, it is set to support base 100 1
The lifting driving structure 400 of side, and the lifting driving structure 400 is connected on pressure plate structure 500, and is set to pressure plate structure
Pressure structure 600 on 500.Moreover, the pressure plate structure 500 includes the support frame 510 in support base 100, being set to should
Pressing plate 520 on support frame 510, the pressing plate 520 be connected at lifting driving structure 400 on and with overturning plate 200 it is corresponding,
It is above-mentioned be set on the pressing plate 520 apart from testing agency 700 and with overturning plate 200 it is corresponding.Compression and back is being carried out to silk quilt
During elastomeric check, the test body for overturning plate 200 first can be turned to overturning flat plate bottom, make to overturn plate 200
Burnishing surface faces pressing plate 520, then silk is flattened on the burnishing surface for being laid on overturning plate 200, recycles lifting driving knot
Structure 400 declines along support frame 510 with dynamic pressure plate 520 and contacts with silk quilt, recycles the pressure structure being set on pressing plate 520
600 pairs of silks are applied certain pressure, and the compression of certain time is carried out to silk quilt, and then pressure structure 600 stops to silkworm
Silk is pressed, and is risen using lifting driving structure 400 with dynamic pressure plate 520, is completely segregated pressing plate 520 with silk.Herein
In the process, apart from testing agency 700 silk quilt can be compressed before thickness, the thickness in compression process (including just starts to press
Thickness when contracting and complete compressed thickness) and springback process in thickness (including thickness when just starting rebound and complete
Thickness after full rebound) carry out detection record.Further, it is also possible to carry out detection record to compression time, rebound time.So as to
To calculate the compression rebound rate of silk quilt.
Further, above-mentioned support frame 510 may include four support rods for being respectively arranged on 100 surrounding of support base, above-mentioned
The surrounding of pressing plate 520 is arranged in respectively in four support rods.In this way, can not only pass through four of the surrounding of support base 100
Support rod carries out the support of equalization stable to pressing plate 520, moreover it is possible to and move up and down pressing plate 520 steadily along four support rods,
The silk quilt being layed in the movement of overturning plate 200 and compression with enabling 520 stable equilibrium of pressing plate on overturning plate 200.
Moreover, above-mentioned lifting driving structure 400 may include the lifting seat 410 set on 100 side of support base, and it is set to the lifting seat
Lifting on 410 drives mould group 420, and lifting driving mould group 420 is connected and fixed with 520 side of pressing plate.By being set to support bottom
Seat 100 outside lifting seat 410 and lifting driving mould group 420, can use lifting driving mould group 420 drive pressing plate 520 along
Lifting seat 410 moves up and down, so that pressing plate 520 moves up and down under the guiding of support rod, it is reliable and stable.
Moreover, above-mentioned pressure structure 600 includes the fixed plate 610 set on four support bar tops, and it is set to fixed plate
The hydraulic pressurization bar assembly 620 of 610 bottoms, the hydraulic pressurization bar assembly 620 are corresponding at the top of pressing plate 520.By in four branch
Hydraulic pressurization bar assembly 620 can be fixed in the top setting fixed plate 610 of strut, and support base 100 may make to bear liquid
The gravity of pressure pressurization bar assembly 620.Moreover, the hydraulic pressurization bar assembly 620 can make pressing plate to 520 top compression of pressing plate
520 are pressurized to the silk being layed on overturning plate 200, compress silk quilt.Further, above-mentioned pressure structure
600 may also include multiple hydraulic pressurization bar assemblies 620 set on 610 lower section of fixed plate, and multiple hydraulic pressurization bar assemblies 620 are uniformly
It is arranged in 520 over top of pressing plate.It, can be simultaneously to the more of pressing plate 520 by being uniformly arranged multiple hydraulic pressurization bar assemblies 620
A position is pressurizeed, so that pressing plate 520 is uniform to the pressure of silk quilt, is detected more accurate and reliable.
Moreover, it is above-mentioned apart from testing agency 700 may include first distance detection structure set on the middle part of pressing plate 520, with
And the second distance detection structure set on 520 surrounding of pressing plate.Wherein, first distance detection structure in the detection process with silk quilt
Face, the surrounding face of second distance detection structure and overturning plate 200.During compressing and springing back silk quilt, first
Always what is detected apart from detection structure is the distance between pressing plate 520 and silk quilt, and second distance detection structure detects always
Be pressing plate 520 and overturning the distance between plate 200, and during pressing plate 520 and silk quilt contact, second distance inspection
Geodesic structure detection is exactly silk quilt by the thickness during compression and reply.In this way, can use first distance detection knot
Detection difference between structure and second distance detection structure calculates the thickness before silk quilt is compressed, the thickness in compression process
Thickness in degree (thickness and complete compressed thickness when including just starting compression) and springback process (including just starts
Thickness when rebound and the thickness completely after rebound).Moreover, in the present embodiment, above-mentioned apart from testing agency includes uniformly setting
It is placed in multiple laser distance sensors on the bottom of pressing plate, flat surface pair of multiple laser distance sensors with overturning plate
It answers.I.e. above-mentioned first distance detection structure and second distance detection structure may be configured as multiple laser distance sensors, in this way
It can be detected from multiple points, ensure that the accuracy and reliability of detection.
In addition, above-mentioned silk detection device further includes and warming and humidifying test mechanism 300, lifting driving structure 400, pressurization
Structure 600 and the control mechanism connected apart from testing agency 700.By the control mechanism, warming and humidifying testing machine can control
The heating time of the electric heating device of structure 300 and heating temperature can control adding for the humidifying structure of warming and humidifying test mechanism
Wet time and humidification humidity, can control the oscilaltion of lifting driving structure 400, can control pressure structure 600 to pressing plate
520 pressurizations, various distance values can be detected with command range testing agency 700 and are calculated the various distance values of detection
Analysis, so as to obtain the heat insulating ability of silk quilt and the compression resilience of gas permeability and silk quilt.
In technical solution provided by the utility model, the setting of warming and humidifying test mechanism is passed through into overturning in detection platform
Silk is laid on warming and humidifying test mechanism by the overturning plate of detection platform when keeping warming and humidifying test mechanism upward,
Can heat insulating ability to silk quilt and gas permeability detect；Again by the overturning plate of overturning detection platform, make warming and humidifying
Test mechanism is downward, makes the burnishing surface for overturning plate in face of pressure exerting arrangement, silk is laid on the burnishing surface of overturning plate,
Silk can be compressed using pressure exerting arrangement, so that it may which the compression resilience of silk quilt is detected.
The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model,
It is all under the inventive concept of the utility model, equivalent structure made based on the specification and figures of the utility model becomes
It changes, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.
Claims (10)
1. a kind of silk quilt detection device, which is characterized in that the pressing machine including detection platform, above the detection platform
Structure, and on the pressure exerting arrangement apart from testing agency；
The detection platform includes support base, and rotation is set to the overturning plate in the support base, and turns over set on described
Turn the warming and humidifying test mechanism on flat plate bottom；
The pressure exerting arrangement includes the pressure plate structure in the support base, be set to the support base side and with pressure
The lifting driving structure of hardened structure connection, and the pressure structure on the pressure plate structure；The pressure plate structure includes setting
Support frame in the support base, the pressing plate on support frame as described above and below the pressure structure, the pressure
Plate be connected at it is in the lifting driving structure and corresponding with the overturning plate, it is described be set to apart from testing agency it is described
It is on pressing plate and corresponding with the overturning plate.
2. silk quilt detection device according to claim 1, which is characterized in that the warming and humidifying test mechanism includes setting
Test body on the overturning plate, the electric heating device in the test body, for heating the test body, with
And in the test body, for it is described test release in vitro moist steam humidifying structure.
3. silk quilt detection device according to claim 2, which is characterized in that the warming and humidifying test mechanism further includes
The first temperature testing organization in the test body, the second temperature testing agency outside the test body, Yi Jishe
In the Humidity Detection mechanism outside the test body.
4. silk quilt detection device according to claim 1, which is characterized in that the support base includes frame-shaped pedestal master
Body, and the rotation axis in the middle part of the base body, the overturning plate rotation are arranged in the rotation axis.
5. silk quilt detection device according to claim 4, which is characterized in that the support base further includes set on described
The support limit structure of base body surrounding, the support limit structure is for being supported and fixing to the overturning plate；
Alternatively,
The support limit structure includes the support corner bracket that overturning is set to the base body surrounding, and the support corner bracket support is set
In the overturning flat plate bottom；
The support limit structure further includes the locking structure for being set to the base body surrounding, and the overturning plate surrounding is set
It is equipped with the locking part with the locking structure corresponding matching.
6. silk quilt detection device described in -5 any one according to claim 1, which is characterized in that support frame as described above includes point
Not She Yu the support base surrounding four support rods, the pressing plate surrounding is actively located in four support rods respectively
In；
The lifting driving structure includes the lifting seat for being set to the support base side, and the liter on the lifting seat
Drop driving mould group, the lifting driving mould group are connected and fixed with the pressing plate side.
7. silk quilt detection device according to claim 6, which is characterized in that the pressure structure includes being set to four institutes
State the fixed plate of support bar top, and the hydraulic pressurization bar assembly set on the fixed plate bottom, the hydraulic pressurization bar group
Part is corresponding at the top of the pressing plate.
8. silk quilt detection device according to claim 7, which is characterized in that the pressure structure includes multiple set on institute
The hydraulic pressurization bar assembly of fixed plate bottom is stated, multiple hydraulic pressurization bar assemblies are evenly arranged at the top of the pressing plate
Top.
9. silk quilt detection device described in -5 any one according to claim 1, which is characterized in that described apart from testing agency
Knot is detected including the first distance detection structure being set in the middle part of the pressing plate, and set on the second distance of the pressing plate surrounding
Structure；
Wherein, the first distance detection structure in the detection process with silk quilt face, the second distance detection structure with
All side edge faces of the overturning plate.
10. silk quilt detection device described in -5 any one according to claim 1, which is characterized in that further include adding with described
Heat humidification test mechanism, lifting driving structure, pressure structure and the control mechanism apart from testing agency's connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821688743.2U CN209400395U (en) | 2018-10-17 | 2018-10-17 | Silk quilt detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821688743.2U CN209400395U (en) | 2018-10-17 | 2018-10-17 | Silk quilt detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209400395U true CN209400395U (en) | 2019-09-17 |
Family
ID=67878440
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821688743.2U Active CN209400395U (en) | 2018-10-17 | 2018-10-17 | Silk quilt detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209400395U (en) |
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2018
- 2018-10-17 CN CN201821688743.2U patent/CN209400395U/en active Active
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