CN206618433U - A kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph - Google Patents
A kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph Download PDFInfo
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- CN206618433U CN206618433U CN201621227020.3U CN201621227020U CN206618433U CN 206618433 U CN206618433 U CN 206618433U CN 201621227020 U CN201621227020 U CN 201621227020U CN 206618433 U CN206618433 U CN 206618433U
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Abstract
The utility model discloses a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph.Chamber has the transparent glass window for being provided with the middle of chamber door and experiment box door lock and chamber keeper on chamber door, chamber door and being used for observing inside；Instrument calibration is installed in chamber, multiple Hygrothermographs can be installed on instrument calibration, instrument calibration center is usually mounted with precise dew-point hygrometer standard and RTD standard, instrument calibration upper and lower side is hinged in case middle by upper rotating shaft mechanism and lower rotary shaft mechanism respectively, upper rotating shaft mechanism is connected with the clamp mechanism and rotating mechanism of chamber top surface, rotating mechanism drives instrument calibration to be rotated along vertical central axis, so that torsion spring stores power.The utility model is simple in construction, easy to operate, the calibrating efficiency of mechanical Hygrothermograph is improved, while not interfering with the ventilation inside chamber and the uniformity.
Description
Technical field
The utility model relate to a kind of calibrating installation, be used to examine and determine mechanical Hygrothermograph more particularly, to a kind of
Load and telecontrol equipment.
Background technology
Because common temperature/humidity verification box internal capacity is smaller, the mechanical Hygrothermograph limited amount of single calibrating, such as
Table is put into the accuracy for not only influencing whether reading by fruit high-volume, and influences whether the uniform of the ventilation in case and humiture
Degree.
Utility model content
Not enough for more than, the utility model provides a kind of loading and sportswear for being used to examine and determine mechanical Hygrothermograph
Put, the device improves the number of mechanical Hygrothermograph single calibrating while convenient operation, and does not interfere with examination
Tryoff inner ventilation and the humiture uniformity.
In order to solve the above problems, the utility model takes following technical scheme：
The utility model includes chamber, instrument calibration, clamp mechanism, rotating mechanism, upper rotating shaft mechanism and lower rotary shaft mechanism,
Chamber, which has to be provided with the middle of chamber door and experiment box door lock and chamber keeper on chamber door, chamber door, to be used to observe inside
Transparent glass window；Multiple Hygrothermographs can be installed by being provided with chamber on instrument calibration, instrument calibration, and instrument calibration center is provided with
Standard, instrument calibration upper and lower side is hinged in case middle, the upper end of upper rotating shaft by upper rotating shaft mechanism and lower rotary shaft mechanism respectively
Chamber top surface, and the through hole just to end face center are pivotally attached to by angular contact ball bearing, upper rotating shaft mechanism passes through big
Gear and pinion drive are connected with rotating mechanism, and rotating mechanism drives instrument calibration to be rotated along vertical central axis；Instrument calibration
For quadra structure, the two sides of the instrument calibration parallel crossbeam for being provided with a plurality of level from top to bottom, along between level on crossbeam
Hygrothermograph can be hung every being uniformly hung with by hook and slot living on hook living, hook living.
Described instrument calibration is per side provided with five crossbeams, and every crossbeam can hang five Hygrothermographs, whole instrument
Frame can hang 50 Hygrothermographs altogether.
Described instrument calibration includes upper plate, column, crossbeam and lower plate, is fixed between upper plate and the corner of lower plate by column
The crossbeam of a plurality of horizontal parallel is installed between connection, two heel posts between upper plate and the symmetrical both sides of lower plate.
Described clamp mechanism includes jig platform and standard fixture, and jig platform is arranged in chamber top surface
Between, jig platform is provided with the jig platform centre bore passed through for standard cable, and the fixture of jig platform centre bore side is put down
Platform is provided with the standard fixture for being used for clamping standard cable, and standard fixture is fixed by screws on jig platform；
Jig platform side is provided with the rotating mechanism, and rotating mechanism includes rotating disk, handle, latch, gear wheel, small
Gear, fixed block and spring, rotating disk are arranged at the top of chamber, and rotating disk upper end has been fixedly and coaxially connected under handle, handle
End passes coaxially connected with little gear after rotating disk, and little gear is engaged with gear wheel, and gear wheel is coaxially mounted to turn by key
In the middle part of axle；Rotating disk both sides are arranged with a breach, and latch is used to fix rotating disk, and latch one end is inserted into rotating disk breach,
The latch other end is connected through spring and fixed block, and fixed block is fixed at the top of chamber；
Described upper rotating shaft mechanism includes upper hubcap and upper rotating shaft, and upper hubcap is fixedly mounted on immediately below jig platform
Chamber top surface, upper hubcap, which has, is used for the hubcap center cap bore that passes through of standard cable；The upper end of upper rotating shaft passes through
Angular contact ball bearing is pivotally attached to chamber top surface, and the through hole just to chamber end face center, and the middle part of upper rotating shaft leads to
Cross key and be coaxially installed with gear wheel, gear wheel is engaged with the little gear of the rotating mechanism, and the bottom of upper rotating shaft passes through key and instrument
The through hole of dial framework end face center is coaxially connected；Upper rotating shaft is provided with the upper spindle central through hole passed through with standard cable, hubcap
The diameter of center cap bore is less than the diameter of upper spindle central through hole.
Described lower rotary shaft mechanism includes torsion spring, lower rotary shaft, bottom half projection and lower plate base projections, and bottom half is dashed forward
Rise and the bottom of the bottom of chamber and the lower plate of instrument calibration be separately positioned on lower plate base projections, torsion spring set on lower rotary shaft,
Lower rotary shaft is fixed at chamber bottom centre, and the two ends of torsion spring are connected to bottom half projection and lower plate base projections.
The upper end of the standard cable sequentially passes through instrument calibration upper plate through hole, upper spindle central through hole, upper hubcap
Clamped after hubcap center cap bore and jig platform centre bore by standard fixture so that standard is suspended in box house
Middle.
Described work hook and slot includes be connected the upper level section and sidepiece vertical section to be formed in inverted L-shaped, hook living and hook living
Groove coordinates, and hook living includes hook rear board living, hook front panel living and hook body, is connected between hook rear board living and hook front panel living
Jackshaft, the front end of hook front panel living is provided with the hook body for being used for hanging Hygrothermograph；The end of the horizontal segment of L-shaped is used as work
Hook porch, the width of hook porch living is more than board diameter before the width of hook and slot other parts living, hook living and hooked more than work
Board diameter is less than board diameter behind hook porch width living, hook living and is more than hook and slot living except work hooks mouth behind width at mouthful, hook living
The width of outer other parts is sentenced, middle shaft diameter is less than the width at any one place of hook and slot living so that the work hook rear board of hook living
Enter the bottom that sidepiece vertical section is moved to along upper level section from hook porch living.
The beneficial effects of the utility model are：
1st, Hygrothermograph loading attachment is added, not only facilitates and Hygrothermograph is loaded in chamber, and make warm and humid
Degree meter facilitates reading just to chamber observation window, and the instrument calibration of square framework structure is adding single calibrating Hygrothermograph
The uniformity of the temperature and humidity in chamber is not influenceed on the basis of number.
2nd, clamp mechanism is added, facilitates fixed standard device, standard is located at the center of chamber；
3rd, rotating mechanism is added, instrument calibration is rotated, convenient operation.
The utility model is simple in construction, it is stable, conveniently carry out calibration operation when load Hygrothermograph, while also carrying
High mechanical Hygrothermograph single calibrating number, and do not interfere with the ventilation inside chamber and the uniformity.
Brief description of the drawings
Fig. 1 is overall appearance figure of the present utility model.
Fig. 2 is that the utility model opens the outside drawing after chamber door.
Fig. 3 is the utility model standard chucking position figure.
Fig. 4 is hook structure schematic diagram.
Fig. 5 is instrument calibration structural representation.
Fig. 6 is top rotating shaft end structure schematic diagram.
Fig. 7 is upper hubcap structural representation.
Fig. 8 is hook and slot partial enlarged drawing living.
Fig. 9 is upper rotating shaft mechanism explosive view.
Figure 10 is torsion spring positional structure schematic diagram.
Figure 11 is the structural representation that instrument calibration turns whole circle.
Figure 12 is jig platform structural representation.
In figure：1st, instrument calibration, 2, chamber, 3, chamber door, 4, experiment box door lock, 5, chamber keeper, 6, latch, 7, rotation
Disk, 8, handle, 9, jig platform, 10, standard fixture, 11, screw, 12, upper hubcap, 13, upper rotating shaft, 14, little gear,
15th, gear wheel, 16, lower rotary shaft, 17, jig platform centre bore, 18, upper plate, 19, column, 20, crossbeam, 21, lower plate, 22, living
Hook and slot, 23, hook porch living, 24, upper spindle central through hole, 25, hubcap center cap bore, 26, hook rear board living, 27, hook living
Front panel, 28, hook living, 29, fixed block, 30, torsion spring, 31, spring, 32, bottom half projection, 33, lower plate base projections.
Embodiment
Below in conjunction with the accompanying drawings and specific embodiment is described in further detail to the utility model.
As depicted in figs. 1 and 2, the utility model includes chamber 2, instrument calibration 1, clamp mechanism, rotating mechanism, upper rotating shaft
Mechanism and lower rotary shaft mechanism, chamber 2 have chamber door 3 and experiment box door lock 4 and chamber keeper 5 on chamber door 3, case
The transparent glass window for being used for observing inside is provided with the middle of door 3；Being provided with chamber 2 on instrument calibration 1, instrument calibration 1 can install many
Individual Hygrothermograph, the center of instrument calibration 1 is provided with standard, is usually mounted with precise dew-point hygrometer standard and RTD standard,
The upper and lower side of instrument calibration 1 is hinged on centre in case by upper rotating shaft mechanism and lower rotary shaft mechanism respectively, and the upper end of upper rotating shaft 13 passes through
Angular contact ball bearing is pivotally attached to the top surface of chamber 2, and the through hole just to end face center, and upper rotating shaft mechanism passes through gear wheel
15 and the transmission of little gear 14 be connected with rotating mechanism, rotating mechanism drive instrument calibration 1 is along vertical central axis rotation, while band
Dynamic torsion spring 30 stores power；Instrument calibration 1 is quadra structure, does not interfere with the ventilation of box house and the uniformity of humiture,
Uniformly hung along horizontal interval on the two sides of the instrument calibration 1 parallel crossbeam 20 for being provided with a plurality of level from top to bottom, crossbeam 20
Hygrothermograph can be hung on hook 28 living, hook 28 living by having.Hygrothermograph, which is suspended on hook 28 living, make it that Hygrothermograph is perpendicular to the ground
And just to observation window, allow verification worker more accurately to carry out reading.
As shown in figure 5, instrument calibration 1 includes upper plate 18, column 19, crossbeam 20 and lower plate 21, the four of upper plate 18 and lower plate 21
It is fixedly connected between angle by column 19, fixed peace between two heel posts 19 between upper plate 18 and the symmetrical both sides of lower plate 21
Crossbeam 20 equipped with a plurality of horizontal parallel.Instrument calibration 1 per side provided with five crossbeams, every crossbeam 20 can hang five it is warm and humid
Degree meter, whole instrument calibration 1 can hang 50 Hygrothermographs altogether, compared with traditional temperature/humidity verification box, substantially increase calibrating effect
Rate.
As shown in Fig. 3 and Figure 12, clamp mechanism includes jig platform 9 and standard fixture 10, and jig platform 9 is arranged on
The centre of the top surface of chamber 2, jig platform 9 is provided with the folder passed through for precise dew-point hygrometer standard and RTD standard cable
Has Platform center hole 17, the jig platform 9 of the side of jig platform centre bore 17 is provided with the standard for being used for clamping standard cable
Device fixture 10, standard fixture 10 is fixed on jig platform 9 by screw 11, and standard is located at the geometric center of chamber
Locate, and standard position in experimentation will not change.
As shown in figure 3, the side of jig platform 9 is provided with rotating mechanism, rotating mechanism includes rotating disk 7, handle 8, latch
6th, gear wheel 15, little gear 14, fixed block 29 and spring 31, rotating disk 7 are arranged on the top of chamber 2, and the upper end of rotating disk 7 is coaxial
It is fixedly connected with handle 8, the lower end of handle 8 passes coaxially connected with little gear 14 after rotating disk 7, and little gear 14 is nibbled with gear wheel 15
Close, gear wheel 15 is fixedly connected with rotating shaft mechanism, handle 8 is rotated manually and drives rotating disk 7 to rotate；As shown in figure 11, rotating disk 7
Both sides are arranged with a breach, and latch 6 is used to fix rotating disk 7, and the one end of latch 6 is inserted into the breach of rotating disk 7, and latch 6 is another
End is connected through spring 31 and fixed block 29, and fixed block 29 is fixed on the top of chamber 2, and latch 6 is inserted into rotation under the action of the spring
The breach of disk 7 make it that the rotation fixation of rotating disk 7 is circumferentially positioned.
As shown in figure 9, upper rotating shaft mechanism includes upper hubcap 12 and upper rotating shaft 13, upper hubcap 12 is fixedly mounted on fixture
The top surface of chamber 2 immediately below platform 9, is used in the hubcap that standard cable passes through as shown in fig. 7, upper hubcap 12 has
Heart cap bore 25；As shown in fig. 6, the upper end of upper rotating shaft 13 is pivotally attached to the top surface of chamber 2 by angular contact ball bearing, and it is just right
The through hole of the end face center of chamber 2, the middle part of upper rotating shaft 13 is coaxially installed with gear wheel 15, gear wheel 15 and rotation by key
The little gear 14 of mechanism is engaged, and the bottom of upper rotating shaft 13 is coaxially connected by key and the through hole of the end face center of instrument calibration 1；Upper rotating shaft
13 are provided with the upper spindle central through hole 24 passed through with standard cable, and the diameter of hubcap center cap bore 25 is less than in upper rotating shaft
The diameter of heart through hole 24, the seal to increase chamber, because being sealed with cotton or elastic tape after standard is installed.
As shown in Figure 10, lower rotary shaft mechanism includes torsion spring 30, lower rotary shaft 16, bottom half projection 32 and lower plate base projections
33, bottom half projection 32 is separately positioned on the bottom of the bottom of chamber 2 and the lower plate 21 of instrument calibration 1 with lower plate base projections 33
Portion, torsion spring 30 is enclosed on lower rotary shaft 16, and lower rotary shaft 16 is fixed at the bottom centre of chamber 2, and the two ends of torsion spring 30 are connected respectively
In bottom half projection 32 and lower plate base projections 33 so that pass through the elasticity of torsion spring 30 between the bottom of chamber 2 and instrument calibration 1
Ground is circumferentially connected.When rotating handle 8, the torsion spring 30 of chamber 2 and the bottom of instrument calibration 1 stores power.
Thus, the upper end of standard cable sequentially passes through the upper plate through hole of instrument calibration 1, upper spindle central through hole 24, upper shaft end
Clamped after the center cap bore 25 and jig platform centre bore 29 of lid 12 by standard fixture 10 so that standard is suspended in experiment
Middle inside case 2.
As shown in Figure 4 and Figure 8, hook and slot 22 living includes the upper level section and sidepiece vertical section to be formed in inverted L-shaped that be connected,
Hook 28 living coordinates with hook and slot 22 living, as shown in figure 4, hook 28 living includes hook rear board 26 living, hook front panel 27 living and hook body,
The jackshaft between hook rear board 26 living and hook front panel 27 living is connected to, the front end of hook front panel 27 living, which is provided with, to be used to hang temperature
The hook body of hygrometer；The end of the horizontal segment of L-shaped is more than hook and slot living as hook porch 23 living, the width of hook porch 23 living
The width of 22 other parts, the diameter of front panel 27 of hook living is more than the width of hook porch 23 living, and the diameter of hook rear board 26 living is less than
The width of hook porch 23 living, the diameter of hook rear board 26 living is more than the width of hook and slot 22 living other parts in addition to hook porch 23 living
Degree, middle shaft diameter is less than the width at any one place of hook and slot 22 living so that the work hook rear board 26 of hook 28 living is from hook porch living
23 enter the bottom that sidepiece vertical section is moved to along upper level section, it ensure that in the rotation process of instrument calibration 1, hook 28 living is not
Meeting is mobile due to inertia in instrument calibration rotation process or comes off.
It is of the present utility model specific implementation the course of work be：
According to JJ 205 2005《Mechanical Hygrothermograph》Calibrating regulation, range estimation or the outward appearance for checking Hygrothermograph manually
Whether meet the requirements, the upper end of standard cable is passed through into instrument calibration upper plate centre bore, upper shaft central hole, calibrating case top respectively
After the centre bore of face through hole, upper hubcap centre bore and jig platform, being located at for position for adjusting standard is examined and determine in case
Standard cable is clamped with standard fixture behind heart position, position is allowed to and immobilizes.With cotton or elastic tape to upper hubcap
Sealed with the seam crossing of calibrating case, it is ensured that the good sealing of calibrating case.
Hook living is arranged in hook and slot 22 living and hangs up properly Hygrothermograph to be checked first, chamber door 3 is closed, by latch from rotation
Extracted in disk, rotary handle half-turn, another breach that latch is injected in rotating disk, rotating disk is fixed, torsion spring, which stores power, to be completed.
Start humiture generating means, set warm and humid angle value according to vertification regulation, after warm and humid angle value reaches setting value, then stablize
30min starts reading, first reads standard, reads afterwards by test examination instrument.
When the indicating value for having read the first face Hygrothermograph, latch, torsion spring release are decontroled after latch is extracted from rotating disk
Power, instrument calibration starts to rotate, while driving little gear rotation, gear wheel, rotating disk to start to rotate, latch enters after rotation disc spins
Enter another breach of rotating disk, rotating disk, instrument calibration stop operating, start to read the indicating value of the second face Hygrothermograph.Inspection
Humiture is closed after the completion of fixed and occurs system, chamber door is opened, Hygrothermograph and hook living is removed, closes chamber door.
Above-mentioned embodiment is used for illustrating the utility model, rather than the utility model is limited,
In spirit and scope of the claims of the present utility model, any modifications and changes made to the utility model all fall
Enter protection domain of the present utility model.
Claims (7)
1. a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph, it is characterized in that：Including chamber (2), instrument
Frame (1), clamp mechanism, rotating mechanism, upper rotating shaft mechanism and lower rotary shaft mechanism, chamber (2) have chamber door (3) and installed in case
The clear glass for being used for observing inside is provided with the middle of experiment box door lock (4) and chamber keeper (5) on door (3), chamber door (3)
Window；Multiple Hygrothermographs can be installed by being provided with chamber (2) on instrument calibration (1), instrument calibration (1), and instrument calibration (1) center is installed
There is standard, instrument calibration (1) upper and lower side is hinged in case middle, upper turning engine by upper rotating shaft mechanism and lower rotary shaft mechanism respectively
Structure is connected with being fixedly mounted on the clamp mechanism and rotating mechanism of chamber (2) top surface, and rotating mechanism drives instrument calibration (1) along perpendicular
Straight central axis rotation；Instrument calibration (1) is quadra structure, and the two sides of instrument calibration (1) are parallel from top to bottom to be provided with
Hook living (28), hook living are uniformly hung with by hook and slot (22) living along horizontal interval on the crossbeam (20) of a plurality of level, crossbeam (20)
(28) Hygrothermograph can be hung on.
2. a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph according to claim 1, it is characterized in that：
Described instrument calibration (1) is per side provided with five crossbeams, and every crossbeam (20) can hang five Hygrothermographs, whole instrument calibration
(1) 50 Hygrothermographs can be hung altogether.
3. a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph according to claim 1, it is characterized in that：
Described instrument calibration (1) includes upper plate (18), column (19), crossbeam (20) and lower plate (21), upper plate (18) and lower plate (21)
It is fixedly connected between corner by column (19), two heel posts (19) between upper plate (18) and the symmetrical both sides of lower plate (21)
Between be installed with the crossbeam (20) of a plurality of horizontal parallel.
4. a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph according to claim 3, it is characterized in that：
Described clamp mechanism includes jig platform (9) and standard fixture (10), and jig platform (9) is arranged on chamber (2) top surface
Centre, jig platform (9) is provided with the jig platform centre bore (17) passed through for standard cable, jig platform centre bore
(17) jig platform (9) of side is provided with the standard fixture (10) for being used for clamping standard cable, standard fixture (10)
It is fixed on by screw (11) on jig platform (9)；
Jig platform (9) side is provided with the rotating mechanism, rotating mechanism include rotating disk (7), handle (8), latch (6),
Gear wheel (15), little gear (14), fixed block (29) and spring (31), rotating disk (7) are arranged at the top of chamber (2), rotation
Disk (7) upper end has been fixedly and coaxially connected handle (8), handle (8) lower end pass rotating disk (7) afterwards with little gear (14) is coaxial connects
Connect, little gear (14) is engaged with gear wheel (15), gear wheel (15) is fixedly connected with rotating shaft mechanism；Rotating disk (7) both sides are symmetrical
Provided with a breach, latch (6) is used to fix rotating disk (7), and latch (6) one end is inserted into rotating disk (7) breach, and latch (6) is another
One end is connected through spring (31) and fixed block (29), and fixed block (29) is fixed at the top of chamber (2)；
Described upper rotating shaft mechanism includes upper hubcap (12) and upper rotating shaft (13), and upper hubcap (12) is fixedly mounted on fixture and put down
Chamber (2) top surface immediately below platform (9), upper hubcap (12), which has, is used for the hubcap center cap bore that standard cable passes through
(25)；The upper end of upper rotating shaft (13) is pivotally attached to by angular contact ball bearing in the through hole of chamber (2) end face center, upper to turn
The middle part of axle (13) is coaxially installed with gear wheel (15) by key, and the little gear (14) of gear wheel (15) and the rotating mechanism is nibbled
Close, the bottom of upper rotating shaft (13) is coaxially connected by key and the through hole of instrument calibration (1) end face center；Upper rotating shaft (13) is provided with mark
The upper spindle central through hole (24) that quasi- device cable passes through, the diameter of hubcap center cap bore (25) is less than upper spindle central through hole
(24) diameter.
5. a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph according to claim 4, it is characterized in that：
Described lower rotary shaft mechanism includes torsion spring (30), lower rotary shaft (16), bottom half projection (32) and lower plate base projections (33), case
Body base projections (32) are separately positioned on the bottom of chamber (2) and the lower plate of instrument calibration (1) with lower plate base projections (33)
(21) bottom, torsion spring (30) is enclosed on lower rotary shaft (16), and lower rotary shaft (16) is fixed at chamber (2) bottom centre, torsion spring
(30) two ends are connected to bottom half projection (32) and lower plate base projections (33).
6. a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph according to claim 3, it is characterized in that：
The upper end of the standard cable sequentially passes through instrument calibration (1) upper plate through hole, upper spindle central through hole (24), upper hubcap (12)
Hubcap center cap bore (25) and jig platform centre bore (17) after clamped by standard fixture (10) so that standard is hanged
It is hung on the internal middle of chamber (2).
7. a kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph according to claim 1, it is characterized in that：
Described work hook and slot (22) includes be connected the upper level section and sidepiece vertical section to be formed in inverted L-shaped, hook (28) living and hook living
Groove (22) coordinates, and hook (28) living includes hook rear board (26) living, hook front panel (27) living and hook body, is connected to hook rear board living
(26) jackshaft between hook front panel (27) living, the front end of hook front panel (27) living is provided with the hook for being used for hanging Hygrothermograph
Body；The end of the horizontal segment of L-shaped as living hook porch (23), the width of hook porch (23) living be more than hook and slot (22) living its
The width of his part, front panel (27) diameter of hook living is more than hook porch (23) width living, and hook rear board (26) diameter living is small
In hook porch (23) width living, hook rear board (26) diameter living is more than hook and slot (22) living except living in addition to hook porch (23) other
Partial width, middle shaft diameter is less than the width at hook and slot (22) any one place living so that the work hook rear board of hook (28) living
(26) bottom that sidepiece vertical section is moved to along upper level section is entered from hook porch (23) living.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621227020.3U CN206618433U (en) | 2016-11-11 | 2016-11-11 | A kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621227020.3U CN206618433U (en) | 2016-11-11 | 2016-11-11 | A kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206618433U true CN206618433U (en) | 2017-11-07 |
Family
ID=60228992
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621227020.3U Withdrawn - After Issue CN206618433U (en) | 2016-11-11 | 2016-11-11 | A kind of loading and telecontrol equipment for being used to examine and determine mechanical Hygrothermograph |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206618433U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106441406A (en) * | 2016-11-11 | 2017-02-22 | 中国计量大学 | Loading and moving device for verifying mechanical hygrothermographs |
-
2016
- 2016-11-11 CN CN201621227020.3U patent/CN206618433U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106441406A (en) * | 2016-11-11 | 2017-02-22 | 中国计量大学 | Loading and moving device for verifying mechanical hygrothermographs |
| CN106441406B (en) * | 2016-11-11 | 2019-01-01 | 中国计量大学 | For examining and determine the loading and telecontrol equipment of mechanical Hygrothermograph |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20171107 Effective date of abandoning: 20190101 |