CN204101556U - Container-type concrete NDT station - Google Patents
Container-type concrete NDT station Download PDFInfo
- Publication number
- CN204101556U CN204101556U CN201420423722.3U CN201420423722U CN204101556U CN 204101556 U CN204101556 U CN 204101556U CN 201420423722 U CN201420423722 U CN 201420423722U CN 204101556 U CN204101556 U CN 204101556U
- Authority
- CN
- China
- Prior art keywords
- fog room
- container
- concrete ndt
- district
- casing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Testing Resistance To Weather, Investigating Materials By Mechanical Methods (AREA)
Abstract
The utility model relates to a kind of concrete NDT station, aims to provide a kind of container-type concrete NDT station.The utility model comprises container-type casing, power circuit and culvert system, described casing is divided into analytical test district, preparation district and fog room by partition, power circuit comprises plant-grid connection device, switch, socket and lighting device, described culvert system comprises water inlet system and unwatering system, is provided with laboratory table, mortar Intensity of Breaking Tester, pressing machine and plant-grid connection device in described analytical test district.The beneficial effects of the utility model are: by TEU (Twenty-foot Equivalent Unit) is carried out function zoning and transformation, the relevant device of the concrete NDT project of routine and device are fully integrated, checkout equipment can carry out assembling flexibly and integrate, ensure that the practicality at container-type concrete NDT station, container-type concrete NDT station can transport directly to construction project location by transport vehicle, ensure that the quick, convenient of test and authenticity.
Description
Technical field
The utility model relates to a kind of concrete NDT station, particularly relates to a kind of container-type concrete NDT station.
Background technology
China has entered the stage of building cause high speed development, construction project location spreads all over town and country and various high mountain barrier, and superintendent office and detection unit such as concrete quality inspection station, third party's measuring station etc. are mainly arranged in city at present, the detection of concrete performance can only be sent someone to sample on the spot by construction unit's sample presentation or detection unit and return measuring station detection again.Due to the inconsistency in time and space, bring a lot of unreliable factor to examining report.In addition, building engineering construction unit also needs to carry out real-time detection and control to construction quality.Therefore, extremely need a kind ofly to transport, can assemble, complete function, reliability are strong and less input measuring station.
Utility model content
The technical problems to be solved in the utility model is, overcomes deficiency of the prior art, provides a kind of container-type concrete NDT station.
For technical solution problem, solution of the present utility model is:
A kind of container-type concrete NDT station is provided, comprise container-type casing, power circuit and culvert system, described casing is divided into analytical test district by partition, preparation district and fog room, power circuit comprises plant-grid connection device, switch, socket and lighting device, described culvert system comprises water inlet system and unwatering system, in described analytical test district, laboratory table is installed, mortar Intensity of Breaking Tester, pressing machine and plant-grid connection device, in described preparation district, mix platform is installed, shaking table, concrete mixer and mortar mixer, be fixed on casing by steel plate and screw bottom shaking table, the bottom of described concrete mixer and mortar mixer is equipped with roller devices, described fog room is provided with temperature and humidity control system and nursing frame, described temperature and humidity control system comprises control box, humidification apparatus, cooling and warming blowing device and humiture detector, control box, humidification apparatus, cooling and warming blowing device and humiture detector are arranged on the dividing plate established in fog room respectively, and described dividing plate comprises metope dividing plate and end face dividing plate, described humiture detector, humidification apparatus, cooling and warming blowing device are respectively by being wired on control box, and the series connection of plant-grid connection device, switch, socket, lighting device and control box forms loop.
Improve as one, described humiture detector is arranged on end face dividing plate, and control box, humidification apparatus, cooling and warming blowing device are arranged on metope dividing plate.
Improve as one, described mix platform comprises corrosion resistant plate table top, stainless steel manger board and drainpipe, described corrosion resistant plate table top is fixed on bottom half, its surrounding, along the stainless steel manger board be welded with perpendicular to corrosion resistant plate table top, is communicated to casing outside at stainless steel manger board near the drainpipe that casing side is provided with.
Improve as one, described culvert system comprises water inlet system and unwatering system, described water inlet system comprises water intaking valve, tap and two water inlet pipes, wherein a water inlet pipe leads to mix platform, another water inlet pipe is connected with the water tank established in fog room humidifier, water intaking valve is arranged on outside casing, and is connected with box house water inlet pipe; Described unwatering system is divided into preparation district's unwatering system and fog room unwatering system, and two unwatering system include draining valve and drainpipe, preparation district drainpipe is installed between mix platform stainless steel manger board and the body of wall of adjacent boxes, preparation district draining valve, fog room draining valve are all installed on outside the body of wall of casing, and preparation district drainpipe, fog room drainpipe are communicated to casing outside respectively by respective draining valve.
Improve as one, be provided with 3 nursing frames in described fog room, 3 nursing frames are arranged in parallel, and the length direction of nursing frame is parallel with the length direction of fog room.
Improve as one, described nursing frame is welded by stainless steel square tube and corrosion resistant plate.
Improve as one, the laboratory table established is configured with balance, baking oven, Lei Shi folder swellability measurement instrument, electric flux tester in described analytical test district.
Improve as one, the body of wall dividing plate between fog room and preparation district is provided with fog room door.
Compared with prior art, the beneficial effects of the utility model are:
The relevant device of the concrete NDT project of routine and device, by TEU (Twenty-foot Equivalent Unit) is carried out function zoning and transformation, are fully integrated by the utility model container-type concrete NDT station.Its checkout equipment can carry out assembling flexibly and integrate, and ensure that the practicality at container-type concrete NDT station.In addition, container-type concrete NDT station can transport directly to construction project location by transport vehicle, ensure that the quick, convenient of test and authenticity.Container-type measuring station once drops into, and can be different project under construction service duplicate services, reduces input cost, improve return rate, not only can detect unit and towards construction unit, can also ensure that selling market towards quality testing department, third party.
Accompanying drawing explanation
Fig. 1 is the planar structure schematic diagram at the utility model container-type concrete NDT station;
Fig. 2 is the scale diagrams at the utility model container-type concrete NDT station;
Fig. 3 is the elevational schematic view of fog room;
Fig. 4 is nursing frame one-piece construction schematic diagram;
Fig. 5 is nursing frame spacer structure schematic diagram;
Fig. 6 is power circuit schematic diagram in the utility model container-type concrete NDT station;
Fig. 7 is the middle intake-discharge pipe schematic diagram at the utility model container-type concrete NDT station.
Reference numeral: 1, fog room, 2, preparation district, 3, analytical test district, 4, control box, 5, humidification apparatus, 6, cooling and warming blowing device, 7, humiture detector, 8, nursing frame, 9, mix platform, 10, shaking table, 11, concrete mixer, 12, mortar mixer, 13, mortar Intensity of Breaking Tester, 14, pressing machine, 15, laboratory table, 16, plant-grid connection device, 17, color steel clamp core is dull and stereotyped, 18, steel plate, 19, guide duct, 20, swing pipe seat, 21, switch, 22, socket, 23, lighting device, 24, water intaking valve, 25, preparation district draining valve, 26, fog room draining valve,
a
1＝3500mm，a
2＝4000mm，a
3＝4500mm，a
4＝2000mm，a
5＝1200mm，a
6＝1500mm，a
7＝500mm，a
8＝100mm，a
9＝20mm，b
1＝2300mm，b
2＝500mm，b
3＝1500mm，b
4＝600mm，b
5＝200mm，b
6＝700mm，b
7＝1000mm，b
8＝500mm，b
9＝30mm，b
10＝100mm，h
1＝2600mm，h
2＝2200mm，h
3＝2000mm，h
4＝1800mm，h
5＝360mm，h
6＝50mm，h
7＝5mm。
Embodiment
Following embodiment can make the technician of this professional skill field more fully understand the utility model, but limits the utility model never in any form.
The utility model provides a kind of specific embodiment of container-type concrete NDT station, comprises the complete detection system of the compositions such as container body, power circuit, intake-discharge pipe and checkout equipment;
In order to the design of its inside of accurate description, the side that container body opens the door by the utility model is as back side, the other end on length direction is front orientation, towards the left-hand of front end to as position, left, right-hand lay towards front end is right bit, being upper position perpendicular to container bottom surface and away from bottom surface, is then anti-below.
As shown in Figure 1, the standard 40HG type container of described container body to be case inside dimension be 12000mm × 2300mm × 2600mm, and mark off fog room 1, preparation district 2 and analytical test district 3 from front to back successively.
Described fog room 1 is the confined space that employing 4 face wall body dividing plate, 1 end face dividing plate and 1 ground dividing plate are dressed up in the front group of container, sees accompanying drawing 2 and accompanying drawing 3, fog room exterior wall length a
1=3500mm, fog room exterior wall width b
1=2300mm, the height h of fog room exterior wall
1=2600mm, on the body of wall dividing plate between fog room and preparation district, arrange the fog room door of wide 900mm, high 2100mm, doorframe is from nearest container wall distance b
2=500mm; Wherein, the body of wall dividing plate of fog room and end face dividing plate are preferably gross thickness h
6=50mm, outer surface plate thickness are that in 0.5mm, plate, packing material polystyrene unit weight is the color steel clamp core flat board of 12g; Ground dividing plate preferred thickness h
7the steel plate of=5mm; The material that the door of fog room is used is consistent with the material of body of wall dividing plate, and frame is packed through groove aluminium and sealing strip, bar etc. of sweeping the floor outdoors; The intersections such as all dividing plates of fog room and door all use water proofing property and the good silicone adhesive of wet-hot aging performance to carry out edge sealing process, the preferred DOW CORNING PV-804 of silicone adhesive.
Described fog room 1 is provided with temperature and humidity control system and nursing frame 8.
Described temperature and humidity control system is the summation that can control temperature and humidity equipment in fog room, is made up of several equipment such as control box 4, humidification apparatus 5, cooling and warming blowing device 6, humiture detectors 7; Described control box 4 is installed on fog room 1 partition outdoors, and setting height(from bottom) is 1500mm; Described humidifier 5 is installed on the inner close container of fog room wall foremost, setting height(from bottom) h
2=2200mm, the distance b of the wall on humidifier 5 and the fog room left side
3=1500mm; Described cooling and warming blowing device 6 is by the air cooling outside container or heats rear feeding fog room 1, then the air of indoor is discharged the equipment of container.Cooling and warming blowing device 6 is installed on container exterior wall foremost, the height h of air outlet on equipment
3=2000mm, the extended line b of air outlet centre distance container right-side wall
4=600mm;
Preferably, the cooling and warming blowing device 6 of fog room 1 is also configured with guide duct 19 in fog room 1, and guide duct 19 is the guide duct loop of the rectangle extended from air outlet, is fixed on above fog room 1 by swing pipe seat 20 by guide duct 19; Guide duct 19 has many small sircle holes, makes wind energy enough send to all directions of fog room 1, ensure that from humidifier 5 water smoke out and can be uniformly scattered onto indoor everywhere; Guide duct 19 material is preferably pvc pipe, and caliber is 100mm, and the small sircle hole diameter that guide duct 19 is opened is 20mm, spiral distribution 4 small sircle holes in every 200mm long pipe runs; The setting height(from bottom) of guide duct 19 and the air outlet height of cooling and warming blowing device 6 are in same level.
Described humiture detector 7 is the equipment detecting humiture in fog room 1 and feed back to control box 4, by the method that electric wire is sagging, is installed on fog room 1 end face central point down 300mm place;
Described nursing frame 8 is the specimen holder placing test sample block, 3 nursing frames 8 are placed in fog room 1, the length direction of nursing frame 8 is parallel with the length direction of fog room 1, wherein, 2 nursing frames 8 are respectively near leftwall and the RightWall of fog room 1, another 1 is positioned in the middle of fog room 1, the distance b between every 2 nursing frames 8
6=700mm, the distance a of nursing frame 8 and fog room 1 rear wall
5=1200mm;
Described nursing frame 8 is welded by 5 root posts and 6 layers of interlayer, and one-piece construction is shown in accompanying drawing 4: long a
4=2000mm, wide b
5=200mm, high h
4=1800mm, interfloor height h
5=360mm, wherein, 4 root posts, as major bearing structures, are positioned at four angles of nursing frame, the 5th root post perpendicular to septum plate length mid point and be parallel to two root posts connecting interlayer length direction, object increase interlayer bearing capacity, prevent interlayer to be out of shape.The material of column is stainless steel square tube.The spacer structure of nursing frame 8 is shown in accompanying drawing 5: housing is the rectangle that stainless steel square tube is welded into, at the mid point (b of rectangle Width
10=100mm) place, be welded with the stainless steel square tube that a length is identical with outer frame length, on the framework that stainless steel square tube is welded into, its Width parallel, every a
8=100mm is welded with one piece of stainless steel parting bead, parting bead width a
9=20mm, length are b
5=200mm.Stainless steel square tube is 304 stainless steels preferably, are preferably dimensioned to be b
9=30mm × b
9=30mm, thickness of steel product are 0.3mm; Stainless steel parting bead is 304 corrosion resistant plates preferably, length b
5=200mm, width a
9=20mm, thickness are 0.3mm;
Described preparation district 2 is of a size of long a
2=4000mm, wide b
1=2300mm, high h
1=2600mm, is provided with mix platform 9 and Preparation equipment, sees accompanying drawing 2.Described mix platform 9 is mainly the experiment table of concrete weighing, mix, the operation such as die-filling, be made up of corrosion resistant plate table top, stainless steel manger board and drainpipe, described corrosion resistant plate table top is fixed on bottom container body, its surrounding, along the stainless steel manger board be welded with perpendicular to corrosion resistant plate table top, is connected with drainpipe at stainless steel manger board near the side of container left and is led to outside container by draining valve.Described mix platform corrosion resistant plate table top is of a size of long a
6=1500mm, wide b
7=1000mm, height is 10mm, and stainless steel manger board height is 100mm, and the length direction of mix platform 9 is near wall on the left of preparation district, and Width is near fog room 1 exterior wall.
Described Preparation equipment involving vibrations platform 10, concrete mixer 11, mortar mixer 12; Shaking table 10 is positioned over the left back in preparation district, with the distance b of interior wall on the left of container body
8=500mm, with the distance a in analytical test district 3
7=500mm, is fixed by steel plate, screw etc. and container body bottom shaking table 10, and the fixing steel plate of shaking table 10 is rectangle, and size dimension is 2mm than shaking table 10 base corresponding length of side increase 30mm, thickness.Shaking table 10 is magnetic vibration platform preferably, as ZH.DG-80.Concrete mixer 11 and mortar mixer 12 are preferably the movable fixture with roller, are positioned over the right side in preparation district, wherein, and the preferred HJW-60 of concrete mixer, the preferred SJ-15 of mortar mixer;
Described analytical test district 3 is long is a
3=4500mm, wide be b
1=2300mm, height are h
1=2600mm; Mainly carry out conventional raw materials analysis, concrete performance examination etc., can according to test event demand, flexible configuration testing apparatus, as balance, baking oven and Lei Shi press from both sides swellability measurement instrument, mortar Intensity of Breaking Tester 13, pressing machine 14 and electric flux tester etc.; Wherein, balance preferred SE6001F, BS223S, the preferred DGG-9123A of baking oven, Lei Shi presss from both sides the preferred LD-50 of swellability measurement instrument, and pressing machine 14 is electro-hydraulic servo pressing machine preferably, and range is 0 ~ 3000kN, as YAW-3000, mortar Intensity of Breaking Tester 13 preferably range is 0 ~ 300kN, as YAW-300B, and the preferred SDL-6 of electric flux tester.Described mortar Intensity of Breaking Tester 13 and pressing machine 14, be positioned over the right side in analytical test district 3, and described balance, baking oven and Lei Shi press from both sides swellability measurement instrument and electric flux tester etc., are positioned on the left side laboratory table 15 in analytical test district 3.
Described power circuit, comprise the equipment needed for the electricity consumption of Container inspection system station such as plant-grid connection device 16, switch 21, socket 22, lighting device 23, circuit, see accompanying drawing 6: described plant-grid connection device 16 is general supply access casees of measuring station, is the interface of external power source input; Be installed on analytical test district 3 RightWall from container bottom surface 1400mm eminence; Configuration 380V standard socket 1 in plant-grid connection case, 220V standard socket 1,60A air switch 2, electric power incoming line number is preferably 3, more than 6 square millimeters BVR wires, 15,2.5 square millimeters of wires.
Described lighting device 23 refers to that incandescent lamp, fluorescent light, LED etc. can be used for the device thrown light on, and especially, it should be noted that, the light fixture in fog room 1 must have water-proof function, preferred waterproof mine lamp; Described switch 21 is mainly used in the opening and closing controlling lighting device, and be installed on the limit of analytical test district 3 plant-grid connection device 16, setting height(from bottom) is 1500mm; Described socket 22 is mainly used in the power supply of experimental facilities, according to equipment requirement, selects 10A five spring hole scoket 5,10A Three-hole socket 3 respectively, is with earth leakage protective 16A Three-hole socket 5, has the 16A Three-hole socket 2 of earth leakage protection and waterproofing protection simultaneously.Wherein, 5 10A five spring hole scokets are arranged on above the laboratory table 15 in analytical test district 3; 3 10A Three-hole sockets are arranged on the right side body of wall in preparation district 2; be arranged on preparation district 2 with earth leakage protective 16A Three-hole socket 3 and 2 be arranged on the right side body of wall in analytical test district 3, band earth leakage protection and 2 16A Three-hole sockets of Waterproof protection box are arranged on the body of wall on mix platform 9 limit.Socket setting height(from bottom) above laboratory table 15 is 1000mm, and the socket setting height(from bottom) on body of wall is 300mm.
Described intake-discharge pipe comprises water inlet system and unwatering system, sees accompanying drawing 7: described water inlet system comprises water intaking valve 1, water inlet pipe 2,1, tap.Article one, water inlet pipe leads to mix platform 9, and another is connected with the water tank of fog room humidifier 5.Water intaking valve 24 is interfaces of the water source access set vanning of container outside, is installed on the outside of container front end, and is connected with inner water tube; Wherein, water intaking valve 24 preferably model is Z15T-10K, and water inlet pipe is 1/2 point of galvanized conduit preferably, and tap preferably 1/2 is turned on the tap soon.
Described unwatering system comprises preparation district's unwatering system and fog room unwatering system.Preparation district drainpipe is installed on mix platform 9 stainless steel manger board on the left of container between body of wall, and draining valve 25 is installed on the left of container outside wall, and drainpipe directly pastes ground.The equipment in preparation district 2 and mix platform 9 clean the drainpipe that the band silt water produced passes through mix platform 9, discharge outside Container inspection system station, give construction site unified process; Fog room 1 draining valve 26 is installed on the left of fog room 1 outside wall, and fog room 1 condensate water is discharged outside Container inspection system station by draining valve 26, gives construction site unified process; Wherein, draining valve 25 and draining valve 26 preferably Q41F-10S, the PVC hard tube of the preferred diameter 100mm of drainpipe; Described container body is provided with and hangs corner fittings, conveniently container monitoring station is carried out moving and transporting.
Therefore, actual range of the present utility model not only comprises the disclosed embodiments, be also included under claims implement or perform all equivalents of the present utility model.
Claims (7)
1. a container-type concrete NDT station, comprise container-type casing, it is characterized in that, also comprise power circuit and culvert system, described casing is divided into analytical test district by partition, preparation district and fog room, power circuit comprises plant-grid connection device, switch, socket and lighting device, described culvert system comprises water inlet system and unwatering system, in described analytical test district, laboratory table is installed, mortar Intensity of Breaking Tester, pressing machine and plant-grid connection device, in described preparation district, mix platform is installed, shaking table, concrete mixer and mortar mixer, be fixed on casing by steel plate and screw bottom shaking table, the bottom of described concrete mixer and mortar mixer is equipped with roller devices,
Described fog room is provided with temperature and humidity control system and nursing frame, described temperature and humidity control system comprises control box, humidification apparatus, cooling and warming blowing device and humiture detector, control box, humidification apparatus, cooling and warming blowing device and humiture detector are arranged on the dividing plate established in fog room respectively, and described dividing plate comprises metope dividing plate and end face dividing plate; Described humiture detector, humidification apparatus, cooling and warming blowing device are respectively by being wired on control box, and the series connection of plant-grid connection device, switch, socket, lighting device and control box forms loop.
2. according to the concrete NDT station described in claim 1, it is characterized in that, described mix platform comprises corrosion resistant plate table top, stainless steel manger board and drainpipe, described corrosion resistant plate table top is fixed on bottom half, its surrounding, along the stainless steel manger board be welded with perpendicular to corrosion resistant plate table top, is communicated to casing outside at stainless steel manger board near the drainpipe that casing side is provided with.
3. according to the concrete NDT station described in claim 2, it is characterized in that, described culvert system comprises water inlet system and unwatering system, described water inlet system comprises water intaking valve, tap and two water inlet pipes, wherein a water inlet pipe leads to mix platform, another water inlet pipe is connected with the water tank established in fog room humidifier, and water intaking valve is arranged on outside casing, and is connected with box house water inlet pipe;
Described unwatering system is divided into preparation district's unwatering system and fog room unwatering system, and two unwatering system include draining valve and drainpipe, preparation district drainpipe is installed between mix platform stainless steel manger board and the body of wall of adjacent boxes, preparation district draining valve, fog room draining valve are all installed on outside the body of wall of casing, and preparation district drainpipe, fog room drainpipe are communicated to casing outside respectively by respective draining valve.
4. according to the concrete NDT station described in claim 1, it is characterized in that, be provided with 3 nursing frames in described fog room, 3 nursing frames are arranged in parallel, and the length direction of nursing frame is parallel with the length direction of fog room.
5. according to the concrete NDT station described in claim 4, it is characterized in that, described nursing frame is welded by stainless steel square tube and corrosion resistant plate.
6. according to the concrete NDT station described in claim 1, it is characterized in that, the laboratory table established is provided with balance, baking oven, Lei Shi folder swellability measurement instrument and electric flux tester in described analytical test district.
7. according to the concrete NDT station described in claim 1, it is characterized in that, in fog room, be also configured with the rectangle guide duct that the air outlet established in cooling and warming blowing device extends, guide duct have many small sircle holes, make wind energy enough send to all directions of fog room.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420423722.3U CN204101556U (en) | 2014-07-30 | 2014-07-30 | Container-type concrete NDT station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420423722.3U CN204101556U (en) | 2014-07-30 | 2014-07-30 | Container-type concrete NDT station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204101556U true CN204101556U (en) | 2015-01-14 |
Family
ID=52269975
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420423722.3U Expired - Fee Related CN204101556U (en) | 2014-07-30 | 2014-07-30 | Container-type concrete NDT station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204101556U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110196189A (en) * | 2019-07-04 | 2019-09-03 | 河北工程大学 | A kind of salt-is wet-heat effect under bituminous concrete mechanical property Acceleration study device and method |
-
2014
- 2014-07-30 CN CN201420423722.3U patent/CN204101556U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110196189A (en) * | 2019-07-04 | 2019-09-03 | 河北工程大学 | A kind of salt-is wet-heat effect under bituminous concrete mechanical property Acceleration study device and method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN2838742Y (en) | Multifunction environment simulating photocatalytic reaction chamber | |
| CN106442617B (en) | A kind of method and device measuring plank accumulation of heat efficiency | |
| CN201575961U (en) | Radon exhalation rate testing chamber for building materials | |
| CN102262149A (en) | Plant retained element experimental apparatus for water quality and water yield three-dimensional simulation control | |
| CN204101556U (en) | Container-type concrete NDT station | |
| CN202101990U (en) | Plant retention unit experiment device for water quality and water amount three-dimensional analog control | |
| CN109406376B (en) | Humiture self-adaptation cable ageing test device | |
| CN103604727B (en) | Ground aerosol movement integrated observation system | |
| CN202471675U (en) | Environment testing device | |
| CN102175352B (en) | Large caliber heat meter test bed capable of checking multiple meters | |
| CN200995443Y (en) | Movable standard maintenance equipment of concrete workpiece | |
| CN209896553U (en) | High-pressure branch box with dehumidification function | |
| CN111852091A (en) | Open type infrared temperature measurement disinfection module structure, construction method and use method | |
| CN111456496A (en) | Temperature measurement sterilization station device | |
| CN106768648B (en) | Buried pipeline leakage simulation test system | |
| CN206601894U (en) | Fire spread analogue means in a kind of channel-style restricted clearance | |
| CN206601494U (en) | A kind of device for testing building materials precipitation rate of radon | |
| CN110118864B (en) | High-efficient environmental protection unmanned on duty surface water environmental quality monitoring station | |
| CN212872270U (en) | Multichannel efficient dew point instrument calibrating device | |
| CN103950098B (en) | A kind of energy-conserving and environment-protective controllable constant-temperature curing system | |
| CN2674453Y (en) | Indirect freezing environment testing cabin | |
| CN106568800A (en) | Method and device used for detecting sheet material slow release rules | |
| CN208722071U (en) | A kind of monitor controller | |
| CN206328872U (en) | A kind of modularization case room provided with insulation Stilt layer | |
| CN107187370B (en) | One kind detecting removable laboratory for construction material |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP03 | Change of name, title or address |
Address after: 321100 Zhejiang city of Jinhua province Lanxi city Xi Yin Sealand Road No. 8 Patentee after: Zhejiang Heli Haike new materials Limited by Share Ltd Address before: 321100, Zhejiang City, Jinhua province Lanxi Ling hole Township Gong Village Patentee before: Zhejiang Heli New Type Building Material Co., Ltd. |
|
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150114 Termination date: 20180730 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |