CN208542231U - It is a kind of for processing the removable high-low temperature test chamber of circulator - Google Patents
It is a kind of for processing the removable high-low temperature test chamber of circulator Download PDFInfo
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- CN208542231U CN208542231U CN201820957026.9U CN201820957026U CN208542231U CN 208542231 U CN208542231 U CN 208542231U CN 201820957026 U CN201820957026 U CN 201820957026U CN 208542231 U CN208542231 U CN 208542231U
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Abstract
The utility model provides a kind of for processing the removable high-low temperature test chamber of circulator, it is related to circulator technical field of processing equipment, including chamber ontology, the one side of chamber ontology is openning shape, the opening face of chamber ontology is also movably set with chamber door, chamber is provided with guide rod on intrinsic bottom surface, chamber door includes chamber door bottom plate and chamber door ontology, it is arranged on the bottom surface of chamber door bottom plate fluted, chamber door bottom plate is movably arranged on guide rod by groove, chamber door ontology is vertically set on one end of chamber door bottom plate, the other end of chamber door bottom plate is movably arranged in chamber ontology, observation window is additionally provided on chamber door ontology, air draught cabinet is provided on observation window, air draught cabinet is hollow sealing body structure, suction ventilator is additionally provided on air draught cabinet.The utility model, which has, facilitates the state that circulator is placed that adjusts, when can reach different test effects, and can prevent from opening chamber door, the advantages that chamber intrinsic hot gas scald operator.
Description
Technical field
The utility model relates to circulator technical field of processing equipment, and in particular to a kind of for processing the removable of circulator
Dynamic high-low temperature test chamber.
Background technique
High-low temperature test chamber can be divided into Alternating Test, constant temperature test, two kinds of test sides according to test method and professional standard
Method is all that upgrading expansion is carried out on the basis of high-low temperature test chamber, and Alternating Test case refers to the height that can disposably make needs
The time of temperature, low temperature and the required temperature done is set in meter parameter, and chamber can be according to setting walking program, high/low temperature examination
Tryoff is exactly to do a fixed temperature, makes test effect closer to natural climate, simulates worse natural climate, from
And keep the reliability of sample higher.
Practical high-low temperature test chamber has the following deficiencies: that 1, studio space environment is smaller on the market at present, is put into
Product quantity is limited, and productivity is caused to decline；2, the indoor shelf of work is all fixed, is generally divided into two layers of setting, this to set
Set inflexible not flexible, utilization rate is lower；3, when opening operating room's door, the indoor hot gas that works is easy scald operator.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of with the state for facilitating adjusting circulator to place, reachable
To different test effects, and when can prevent from opening chamber door, chamber intrinsic hot gas scald operator for processing ring
The removable high-low temperature test chamber of row device.
In order to solve the above technical problems, the utility model provide it is a kind of for processing the removable thermocycling of circulator
The one side of case, including chamber ontology, chamber ontology is openning shape, and the opening face of chamber ontology is also movably set with case
Door, is provided with guide rod on the intrinsic bottom surface of chamber, and chamber door includes chamber door bottom plate and chamber door ontology, on the bottom surface of chamber door bottom plate
It is arranged fluted, is matched between groove and guide rod, and chamber door bottom plate is movably arranged on guide rod by groove, chamber door ontology hangs down
One end of chamber door bottom plate is directly set, and the other end of chamber door bottom plate is movably arranged in chamber ontology, also sets on chamber door ontology
It is equipped with observation window, air draught cabinet is provided on observation window, air draught cabinet is hollow sealing body structure, the one side of air draught cabinet
It is arranged on chamber door ontology, is provided with several wind inlets on the another side of air draught cabinet, and wind inlet is towards chamber ontology,
Suction ventilator is additionally provided on air draught cabinet, the two sides of air draught cabinet also oppose and are provided with air-exhausting duct, wind inlet and air-exhausting duct with
Suction ventilator is connected, and also opposition is provided with first partition slot and second partition slot, first partition slot on the inner wall of chamber ontology
It is horizontally set on second partition slot on the inner wall of chamber ontology, also activity is set between first partition slot and second partition slot
Be equipped with partition, one end of first partition slot and one end of second partition slot are concordant with the opening face of chamber ontology, first every
The other end of board slot and the other end of second partition slot are arranged on the inner wall of chamber ontology, the other end of first partition slot
With rotation hole is also provided in the other end of second partition slot, be also movably set with partition on the top surface of chamber ontology and fix
Bolt, partition fixing bolt passes through the top surface of chamber ontology, and one end of partition fixing bolt is flexibly connected with partition, partition
The outside of chamber ontology is arranged in the other end of fixing bolt.
Preferably, the partition includes transverse slat and riser, and transverse slat and riser are rectangular plate-like structure, the side at transverse slat both ends
Also opposition is provided with shaft hole respectively on wall, and spring is provided in shaft hole, is also provided with shaft on spring, and spring
One end is movably arranged in shaft hole, and the other end of spring and one end of shaft connect, and the other end of shaft, which is movably arranged on, to be turned
In dynamic hole, also opposition is provided with several sliding blocks on the transverse slat at shaft hole both ends, and sliding block is movably arranged on first partition slot and second
In septalium, and transverse slat is movably arranged between first partition slot and second partition slot by sliding block, and is additionally provided on transverse slat
The position of one partition fixation hole, first partition fixation hole is corresponding with the position of partition fixing bolt, is arranged by sliding block activity
In first partition slot and second partition slot, the ring that partition is pulled out out of chamber ontology and takes out and is placed on partition can be facilitated
Row device；Or it is tested in push-in chamber ontology after circulator is placed on partition before the test；Partition is pushed into and is tested
After in case ontology, shaft can be caught in rotation hole, and be stuck in rotation hole under the action of the spring, can prevent partition first every
It is slided between board slot and second partition slot.
Preferably, one end of the riser is arranged on transverse slat, and transverse slat and riser are integrally formed, and between transverse slat and riser
Form T-shaped structure, be additionally provided with second partition fixation hole on the other end of riser, the position of second partition fixation hole with first every
The position of plate fixation hole is corresponding, and first partition fixation hole and second partition fixation hole are threaded hole, and first partition is fixed
Hole and second partition fixation hole on same axial line, one end of partition fixing bolt and first partition fixation hole and second every
Plate fixation hole is to be threadedly engaged, and can first make partition keep T-shaped state, circulator is placed on partition, then partition is pushed away
Enter in chamber ontology, after shaft is caught in rotation hole, the position of the first partition fixation hole on transverse slat and partition fixing bolt
When corresponding, partition fixing bolt, which is screwed into first partition fixation hole, to fix partition, the ring being placed on transverse slat at this time
Row device can be to be spaced apart, and do not have baffle object between adjacent circulator；Or partition is rotated into the state of falling T-shaped, will go in ring
Device is placed on partition, then partition is pushed into chamber ontology, and after shaft is caught in rotation hole, the second partition on riser is solid
Determine hole position it is corresponding with partition fixing bolt when, partition fixing bolt, which is screwed into second partition fixation hole, to consolidate partition
It is fixed, be placed at this time circulator on transverse slat by riser apart from.
Preferably, chamber door supporting plate, and chamber door supporting plate and examination are additionally provided on the side wall in the opening face of the chamber ontology
The bottom surface of tryoff ontology is additionally provided with chamber door bottom plate guide rod, chamber door bottom plate guiding on the same horizontal plane on chamber door supporting plate
Bar and guide rod are on same straight line, and chamber door bottom plate guide rod is identical as the shape of guide rod cross section, convenient for pulling out when chamber door
It can be slided afterwards along the chamber door bottom plate guide rod on chamber door supporting plate, so that chamber door pull-out is smooth.
Preferably, also opposition is provided with guide pad, and the position of guide pad and first on the two sidewalls of the chamber door ontology
The position of septalium and second partition slot is corresponding, and it is smooth on the one hand to may make that chamber door pulls out；On the other hand chamber door may make to close
When closing, guide pad can block one end of one end of first partition slot and second partition slot, be conducive to improve in chamber ontology
Leakproofness.
Preferably, chamber door knob, and chamber door knob and air-suction trunk are additionally provided on the chamber door ontology below the observation window
Body is separately positioned in the opposite of chamber door ontology, opens or closes chamber door ontology convenient for hand-held chamber door knob.
The utility model has the beneficial effects that
(1) partition is T-shaped structure, and partition can be adjusted by rotation in the state of chamber ontology, to may make belt
Device, which is placed on, forms different states on transverse slat, to can reach different testing results；
(2) it is provided with air draught cabinet, it can be when opening chamber door, the intrinsic hot gas of chamber passes through wind inlet by suction ventilator
Sucking, then chamber door two sides are drained by air-exhausting duct, chamber body temperature can be prevented excessively high, hot gas scalds operator.
Detailed description of the invention
Attached drawing is used to provide the preferred understanding to the utility model, and constitutes part of specification, practical with this
Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention.In the accompanying drawings:
Fig. 1 is that the utility model is a kind of for processing the structural schematic diagram of the removable high-low temperature test chamber of circulator；
Fig. 2 is that structure is shown when a kind of removable high-low temperature test chamber for processing circulator of the utility model pulls open chamber door
It is intended to；
Fig. 3 is that a kind of partition for processing the removable high-low temperature test chamber of circulator of the utility model is T shape state
When structural schematic diagram；
Fig. 4 is that a kind of partition for processing the removable high-low temperature test chamber of circulator of the utility model is upside down t-shape
Structural schematic diagram when state；
Fig. 5 is that a kind of air draught box location for processing the removable high-low temperature test chamber of circulator of the utility model shows
It is intended to；
Fig. 6 is that a kind of diaphragm structure for processing the removable high-low temperature test chamber of circulator of the utility model is illustrated
Figure；
Fig. 7 is that the utility model is a kind of for processing the second partition fixation hole of the removable high-low temperature test chamber of circulator
Position view；
Fig. 8 is that a kind of rotation hole hole site for processing the removable high-low temperature test chamber of circulator of the utility model shows
It is intended to；
Appended drawing reference are as follows: 1, chamber ontology；11, first partition；12, second partition slot；13, rotation hole；14, chamber door
Knob；2, chamber door；21, chamber door bottom plate；211, groove；22, chamber door ontology；23, observation window；24, air draught cabinet；25, air draught
Hole；26, suction ventilator；27, air-exhausting duct；28, guide pad；3, guide rod；4, partition；41, transverse slat；42, riser；43, shaft hole；44,
Spring；45, shaft；46, sliding block；5, partition fixing bolt；51, first partition fixation hole；52, second partition fixation hole；6, case
Fomento plate；61, chamber door bottom plate guide rod.
Specific embodiment
Specific embodiment of the present utility model is described with reference to the accompanying drawing.
It as shown in figures 1-8, is a kind of for processing the removable high-low temperature test chamber of circulator, including examination of the present embodiment
The one side of tryoff ontology 1, chamber ontology 1 is openning shape, and the opening face of chamber ontology 1 is also movably set with chamber door 2, is tried
Guide rod 3 is provided on bottom surface in tryoff ontology 1, chamber door 2 includes chamber door bottom plate 21 and chamber door ontology 22, chamber door bottom plate 21
Fluted 211 are arranged on bottom surface, is matched between groove 211 and guide rod 3, and chamber door bottom plate 21 passes through 211 activity setting of groove
On guide rod 3, chamber door ontology 22 is vertically set on one end of chamber door bottom plate 21, and the other end of chamber door bottom plate 21 is movably arranged on examination
In tryoff ontology 1, it is additionally provided with observation window 23 on chamber door ontology 22, air draught cabinet 24, air draught cabinet are provided on observation window 23
24 be hollow sealing body structure, and the one side of air draught cabinet 24 is arranged on chamber door ontology 22, the other side of air draught cabinet 24
It is provided with several wind inlets 25 on face, and wind inlet 25 is additionally provided with suction ventilator on air draught cabinet 24 towards chamber ontology 1
26, the two sides of air draught cabinet 24, which also oppose, is provided with air-exhausting duct 27, and wind inlet 25 and air-exhausting duct 27 are connected with suction ventilator 26,
Also opposition is provided with first partition slot 11 and second partition slot 12, first partition slot 11 and second on the inner wall of chamber ontology 1
Septalium 12 is horizontally set on the inner wall of chamber ontology 1, also activity between first partition slot 11 and second partition slot 12
It is provided with partition 4, one end of first partition slot 11 and one end of second partition slot 12 are flat with the opening face of chamber ontology 1
Together, the other end of the other end of first partition slot 11 and second partition slot 12 is arranged on the inner wall of chamber ontology 1, the
Rotation hole 13, the top of chamber ontology 1 are also provided in the other end of one septalium 11 and the other end of second partition slot 12
Partition fixing bolt 5 is also movably set on face, partition fixing bolt 5 passes through the top surface of chamber ontology 1, and the fixed spiral shell of partition
One end of bolt 5 is flexibly connected with partition 4, and the outside of chamber ontology 1 is arranged in the other end of partition fixing bolt 5.
Partition 4 includes transverse slat 41 and riser 42, and transverse slat 41 and riser 42 are rectangular plate-like structure, the side at 41 both ends of transverse slat
Also opposition is provided with shaft hole 43 respectively on wall, and spring 44 is provided in shaft hole 43, is also provided with shaft on spring 44
45, and one end of spring 44 is movably arranged in shaft hole 43, the other end of spring 44 is connect with one end of shaft 45, shaft 45
The other end be movably arranged in rotation hole 13, also opposition is provided with several sliding blocks 46 on the transverse slat 41 at 43 both ends of shaft hole, sliding
Block 46 is movably arranged in first partition slot 11 and second partition slot 12, and transverse slat 41 by sliding block 46 be movably arranged on first every
Between board slot 11 and second partition slot 12, first partition fixation hole 51 is additionally provided on transverse slat 41, first partition fixation hole 51
Position is corresponding with the position of partition fixing bolt 5, is movably arranged on first partition slot 11 and second partition slot by sliding block 46
In 12, the circulator that partition 4 is pulled out out of chamber ontology 1 and takes out and is placed on partition 4 can be facilitated；Or before the test will
It is tested in push-in chamber ontology 1 after circulator is placed on partition 4；After partition 4 is pushed into chamber ontology 1, turn
Axis 45 can be caught in rotation hole 13, and be stuck in rotation hole 13 under the action of spring 44, and partition 4 can be prevented in first partition slot
It is slided between 11 and second partition slot 12, one end of riser 42 is arranged on transverse slat 41, and transverse slat 41 and riser 42 are integrally formed,
And T-shaped structure is formed between transverse slat 41 and riser 42, and it is additionally provided with second partition fixation hole 52 on the other end of riser 42, second
The position of partition fixation hole 52 is corresponding with the position of first partition fixation hole 51, and first partition fixation hole 51 and second partition are solid
Determining hole 52 is threaded hole, and first partition fixation hole 51 and second partition fixation hole 52, on same axial line, partition is solid
The one end and first partition fixation hole 51 and second partition fixation hole 52 for determining bolt 5 are to be threadedly engaged, and partition 4 can first be made to protect
T-shaped state is held, circulator is placed on partition 4, then partition 4 is pushed into chamber ontology 1, shaft 45 is caught in rotation hole 13
After interior, when the position of the first partition fixation hole 51 on transverse slat 41 is corresponding with partition fixing bolt 5, by partition fixing bolt 5
Being screwed into first partition fixation hole 51 can be fixed by partition 4, the circulator being placed on transverse slat 41 at this time can be spaced apart, and
There is no baffle object between adjacent circulator；Or partition 4 is rotated into the state of falling T-shaped, and circulator is placed on partition 4, then
Partition 4 is pushed into chamber ontology 1, after shaft 45 is caught in rotation hole 13, second partition fixation hole 52 on riser 42
When position is corresponding with partition fixing bolt 5, partition fixing bolt 5, which is screwed into second partition fixation hole 52, to consolidate partition 4
It is fixed, it is placed on the circulator on transverse slat 41 at this time by riser 42 apart from the side wall in the opening face of chamber ontology 1 also
It is provided with chamber door supporting plate 6, and the bottom surface of chamber door supporting plate 6 and chamber ontology 1 is gone back on chamber door supporting plate 6 on the same horizontal plane
It is provided with chamber door bottom plate guide rod 61, chamber door bottom plate guide rod 61 and guide rod 3 are on same straight line, and chamber door bottom plate guide rod
61 is identical as the shape of 3 cross section of guide rod, convenient for when chamber door 2 pull out after can be along the chamber door bottom plate guide rod on chamber door supporting plate 6
61 sliding so that chamber door 2 pull out it is smooth, on the two sidewalls of chamber door ontology 22 also opposition be provided with guide pad 28, and guide pad 28
Position it is corresponding with the position of first partition slot 11 and second partition slot 12, it is smooth on the one hand to may make that chamber door 2 pulls out；It is another
When aspect may make chamber door 2 to close, guide pad 28 can block one end of one end of first partition slot 11 and second partition slot 12,
Be conducive to improve the leakproofness in chamber ontology 1, be additionally provided with chamber door knob on the chamber door ontology 22 of 23 lower section of observation window
14, and chamber door knob 14 is separately positioned in the opposite of chamber door ontology 22 with air draught cabinet 24, convenient for hand-held chamber door knob 14
Open or close chamber door ontology 22.
The application method of the utility model is: first pulling out chamber door ontology 22, chamber door ontology 2 is along the case on chamber door supporting plate 6
Door bottom plate guide rod 61 slides, and can rest on holding stabilization on chamber door supporting plate 6 after pulling out chamber door ontology 22, then partition 4 is kept T
Circulator is placed on partition 4 by word state, then partition 4 is pushed into chamber ontology 1, when shaft 45 is caught in rotation hole 13
After interior, when the position of the first partition fixation hole 51 on transverse slat 41 is corresponding with partition fixing bolt 5, by partition fixing bolt 5
Being screwed into first partition fixation hole 51 can be fixed by partition 4, and the circulator being placed on transverse slat 41 at this time can be to be spaced apart,
And there is no baffle object between adjacent circulator, it is heated evenly between circulator；Or partition 4 is rotated into the state of falling T-shaped, by ring
Row device is placed on partition 4, then partition 4 is pushed into chamber ontology 1, after shaft 45 is caught in rotation hole 13, on riser 42
Second partition fixation hole 52 position it is corresponding with partition fixing bolt 5 when, partition fixing bolt 5 is screwed into second partition and is consolidated
Determine to fix partition 4 in hole 52, is placed on the circulator on transverse slat 41 at this time by riser 42 apart from two kinds of partitions 4 are not
With state may make different test results is reached to circulator, chamber door ontology 22 is turned off, so that guide pad 28 can be by the
One end of one septalium 11 and one end of second partition slot 12 are blocked, and are conducive to improve the leakproofness in chamber ontology 1；It opens
When chamber door 2, the hot gas in chamber ontology 1 is sucked by suction ventilator 26 by wind inlet 25, then drains into 2 liang of chamber door by air-exhausting duct 27
Side can prevent 1 temperature of chamber ontology excessively high, and hot gas scalds operator.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, although ginseng
The utility model is described in detail according to previous embodiment, it for those skilled in the art, still can be with
It modifies the technical solutions described in the foregoing embodiments or equivalent replacement of some of the technical features.It is all
Within the spirit and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in practical
Within novel protection scope.
Claims (6)
1. a kind of for processing the removable high-low temperature test chamber of circulator, it is characterised in that: including chamber ontology (1), examination
The one side of tryoff ontology (1) is openning shape, and the opening face of chamber ontology (1) is also movably set with chamber door (2), chamber sheet
It is provided on bottom surface in body (1) guide rod (3), chamber door (2) includes chamber door bottom plate (21) and chamber door ontology (22), chamber door bottom plate
(21) it is arranged on bottom surface fluted (211), is matched between groove (211) and guide rod (3), and chamber door bottom plate (21) is by recessed
Slot (211) is movably arranged on guide rod (3), and chamber door ontology (22) is vertically set on one end of chamber door bottom plate (21), chamber door bottom plate
(21) the other end is movably arranged in chamber ontology (1), and observation window (23), observation window are additionally provided on chamber door ontology (22)
(23) it is provided on air draught cabinet (24), air draught cabinet (24) is hollow sealing body structure, the one side of air draught cabinet (24)
It is arranged on chamber door ontology (22), is provided on the another side of air draught cabinet (24) several wind inlets (25), and wind inlet
(25) it towards chamber ontology (1), is additionally provided with suction ventilator (26) on air draught cabinet (24), the two sides of air draught cabinet (24) are also right
It erects and is equipped with air-exhausting duct (27), wind inlet (25) and air-exhausting duct (27) are connected with suction ventilator (26), chamber ontology (1)
Also opposition is provided with first partition slot (11) and second partition slot (12), first partition slot (11) and second partition slot on inner wall
(12) it is horizontally set on the inner wall of chamber ontology (1), it is also living between first partition slot (11) and second partition slot (12)
It is dynamic to be provided with partition (4), one end of one end of first partition slot (11) and second partition slot (12) with chamber ontology (1)
Opening face is concordant, and the other end of first partition slot (11) and the other end of second partition slot (12) are arranged at chamber ontology
(1) on inner wall, rotation hole is also provided in the other end of first partition slot (11) and the other end of second partition slot (12)
(13), it is also movably set with partition fixing bolt (5) on the top surface of chamber ontology (1), partition fixing bolt (5) passes through test
The top surface of case ontology (1), and one end of partition fixing bolt (5) is flexibly connected with partition (4), partition fixing bolt (5) it is another
One end is arranged in the outside of chamber ontology (1).
2. according to claim 1 a kind of for processing the removable high-low temperature test chamber of circulator, it is characterised in that: every
Plate (4) includes transverse slat (41) and riser (42), and transverse slat (41) and riser (42) are rectangular plate-like structure, transverse slat (41) both ends
Also opposition is provided with shaft hole (43) respectively on side wall, is provided with spring (44) in shaft hole (43), also equal on spring (44)
It is provided with shaft (45), and one end of spring (44) is movably arranged in shaft hole (43), the other end and shaft of spring (44)
(45) one end connection, the other end of shaft (45) are movably arranged in rotation hole (13), the transverse slat at shaft hole (43) both ends
(41) also opposition is provided with several sliding blocks (46) on, and sliding block (46) is movably arranged on first partition slot (11) and second partition slot
(12) in, and transverse slat (41) is movably arranged between first partition slot (11) and second partition slot (12) by sliding block (46), horizontal
It is additionally provided on plate (41) first partition fixation hole (51), the position and partition fixing bolt (5) of first partition fixation hole (51)
Position it is corresponding.
3. according to claim 2 a kind of for processing the removable high-low temperature test chamber of circulator, it is characterised in that: perpendicular
One end of plate (42) is arranged on transverse slat (41), and transverse slat (41) and riser (42) are integrally formed, and transverse slat (41) and riser (42)
Between form T-shaped structure, second partition fixation hole (52), second partition fixation hole are additionally provided on the other end of riser (42)
(52) position is corresponding with the position of first partition fixation hole (51), first partition fixation hole (51) and second partition fixation hole
It (52) is threaded hole, and first partition fixation hole (51) and second partition fixation hole (52) be on same axial line, partition
One end of fixing bolt (5) is to be threadedly engaged with first partition fixation hole (51) and second partition fixation hole (52).
4. according to claim 1 a kind of for processing the removable high-low temperature test chamber of circulator, it is characterised in that: examination
It is additionally provided with chamber door supporting plate (6) on the side wall in the opening face of tryoff ontology (1), and chamber door supporting plate (6) and chamber ontology (1)
Bottom surface is additionally provided with chamber door bottom plate guide rod (61), chamber door bottom plate guide rod on the same horizontal plane on chamber door supporting plate (6)
(61) with guide rod (3) on same straight line, and chamber door bottom plate guide rod (61) is identical as the shape of guide rod (3) cross section.
5. according to claim 1 a kind of for processing the removable high-low temperature test chamber of circulator, it is characterised in that: case
Also opposition is provided with guide pad (28) on the two sidewalls of door body (22), and the position of guide pad (28) and first partition slot (11)
It is corresponding with the position of second partition slot (12).
6. according to claim 1 a kind of for processing the removable high-low temperature test chamber of circulator, it is characterised in that: see
It examines and is additionally provided with chamber door knob (14) on the chamber door ontology (22) below window (23), and chamber door knob (14) and air draught cabinet (24)
It is separately positioned in the opposite of chamber door ontology (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820957026.9U CN208542231U (en) | 2018-06-21 | 2018-06-21 | It is a kind of for processing the removable high-low temperature test chamber of circulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820957026.9U CN208542231U (en) | 2018-06-21 | 2018-06-21 | It is a kind of for processing the removable high-low temperature test chamber of circulator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208542231U true CN208542231U (en) | 2019-02-26 |
Family
ID=65422986
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820957026.9U Expired - Fee Related CN208542231U (en) | 2018-06-21 | 2018-06-21 | It is a kind of for processing the removable high-low temperature test chamber of circulator |
Country Status (1)
| Country | Link |
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| CN (1) | CN208542231U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111337373A (en) * | 2020-03-30 | 2020-06-26 | 深圳市德洋实验设备有限公司 | Safety mechanism for cold and hot test chamber |
-
2018
- 2018-06-21 CN CN201820957026.9U patent/CN208542231U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111337373A (en) * | 2020-03-30 | 2020-06-26 | 深圳市德洋实验设备有限公司 | Safety mechanism for cold and hot test chamber |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190226 |
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| CF01 | Termination of patent right due to non-payment of annual fee |