Novel meteorological automatic station data transmission monitoring device

Abstract

The utility model relates to the technical field of meteorological station monitoring, in particular to a novel meteorological automatic station data transmission monitoring device which comprises a meteorological station stand column, camera shooting assemblies are symmetrically arranged on the two sides of the meteorological station stand column, and supporting side frames are assembled at the bottoms of the camera shooting assemblies in a butt joint mode through installation bases. Assembling side plates are hinged to the inner side ends of the two sets of supporting side frames through a left shaft column and a right shaft column correspondingly, the inner sides of the two sets of assembling side plates are assembled on the outer wall of a meteorological station stand column in a surrounding mode through integrally-arranged inner hoops and assembled and fastened through bolts, inner supporting plates are assembled on the inner sides of the assembling side plates, and telescopic cylinders are assembled in the inner supporting plates; the camera shooting assembly and the telescopic cylinder are electrically connected with the meteorological station power distribution control module through data wires. The device can be conveniently assembled and supported outside the vertical rod of the meteorological station for auxiliary surrounding use according to use requirements, so that the device is more convenient and efficient to use.

Description

TECHNICAL FIELD

[0001] The utility model relates to meteorological station monitoring technical field, concretely is a novel meteorological automatic station data transmission monitoring device. BACKGROUND

[0002] In the meteorological field, the meteorological automatic station plays a vital role, which can collect and record various meteorological data in real time, such as air temperature, humidity, air pressure, wind speed, wind direction, precipitation, etc. These data have key decision support value for meteorological research, weather forecasting, climate monitoring and many industries that rely on meteorological information, such as agriculture, aviation, navigation, energy, etc., but it is assembled in the wild, and needs to be assembled with corresponding monitoring facilities when used to check the real-time surrounding situation during data transmission;

[0003] For this, China patent number: CN202121891352.2 discloses an uplink meteorological data transmission monitoring device for meteorological station, which comprises a support assembly; the cross structure support plate is connected above the support assembly; the base is a rectangular structure, and the base is connected at the bottom of the support assembly; the clamping structure is fixed on the outside of the support assembly by bolts, and there are two groups of clamping structures; the solar cell panel is connected above the clamping structure. The mounting groove is provided on the second clamping seat, and the solar cell panel and the protection box are connected in the mounting groove of the second clamping seat, the second clamping seat supports the solar cell panel and the protection box, and the mounting groove on the second clamping seat facilitates the installation and disassembly of the solar cell panel and the protection box, and the second alignment block is provided on the outside of the first clamping seat, which facilitates the connection of the first clamping seat and the second clamping seat;

[0004] However, the existing monitoring device is not convenient to assemble and support on the outside of the meteorological station stand for auxiliary surrounding use according to the use needs, which affects the monitoring efficiency;

[0005] Therefore, in order to solve the above problems, a novel meteorological automatic station data transmission monitoring device is proposed. SUMMARY

[0006] The utility model aims at providing a novel meteorological automatic station data transmission monitoring device to solve the problem of the existing monitoring device which is not convenient to assemble and support on the outside of the meteorological station stand for auxiliary surrounding use according to the use needs, and affects the monitoring efficiency.

[0007] In order to achieve the above object, the utility model provides the following technical scheme: a novel meteorological automatic station data transmission monitoring device, weather station stand column is symmetrically provided with camera assembly on both sides, the bottom of camera assembly is assembled with support edge frame through mounting seat, two groups support edge frame inboard end are respectively hinged with assembly side plate through left shaft column and right shaft column, two groups assembly side plate inboard are assembled in weather station stand column outer wall through the inner sleeve hoop of integral setting and are fastened with bolt assembly, the inboard of assembly side plate is assembled with inner support plate, the inner support plate is assembled with telescopic cylinder, camera assembly and telescopic cylinder are electrically connected with weather station distribution control module through data wire.

[0008] As a further further of the scheme, the support edge frame is composed of an outer cross frame, an inner cross frame is inserted through the inside of the outer cross frame, a vertical rod is vertically welded at the outer end of the inner cross frame, the vertical rod is fixedly assembled with the mounting seat at the top, a locking pin is threadedly inserted at the outer end of the outer cross frame, and the inner end of the locking pin abuts against the outer wall of the inner cross frame.

[0009] As a further further of the scheme, the left shaft cylinder is assembled with a left gear on the outer central part, and the left gear is engaged with a left rack on the outer side, the right shaft cylinder is also assembled with a right gear on the outer central part through a bearing, and the right gear is engaged with a right rack on the inner side, the inner end of the support edge frame is integrally provided with an assembly hoop, and the two assembly hoops are fixedly arranged on the outer wall of the left shaft cylinder and the right shaft cylinder.

[0010] As a further further of the scheme, the telescopic cylinder is assembled with a front push plate at the front end, the front ends of the right rack and the left rack are fixedly arranged at the two ends of the front push plate, the outer side wall of the right rack is engaged with the left side of the right gear, and the inner side wall of the left rack is engaged with the left side of the left gear.

[0011] As a further further of the scheme, the inner support plate is composed of a left inner plate and a right inner plate, the inner side of the left inner plate and the right inner plate is assembled in the middle outer wall of the inner sleeve hoop through bolts, the two inner support plates are arranged on the front push plate in an up-down manner, the bottom of the front push plate is assembled on the lower surface of the left inner plate through an assembly base, the left side of the left inner plate is expanded and assembled with a left expansion plate, the middle part of the left expansion plate is transversely arranged on the outer part of the left shaft cylinder, the upper and lower surfaces of the left expansion plate and the right inner plate are respectively fixedly provided with limit sliding cylinders, the limit sliding cylinders are internally provided with limit sliding rods, and the two limit sliding rods are arranged on the upper and lower surfaces of the right rack and the left rack.

[0012] As a further further of the scheme, the outer surface of the assembly side plate is supported with a reinforcing plate on both sides, the reinforcing plate is fixedly provided with a reinforcing hoop away from the assembly side plate, and the reinforcing hoop is assembled on the outer wall of the weather station stand column through bolts.

[0013] Compared with the prior art, the utility model has the advantages that: the utility model is convenient for assembling and supporting outside the meteorological standing pole according to the use requirement, and makes the use more convenient and efficient;

[0014] The utility model discloses a left axle column and right axle column are set up, convenient for the support assembly of support edge frame, under the cooperation of the front push plate, through the cooperation of corresponding left axle cylinder, left gear and left rack and right axle cylinder, right gear and right rack, make two group support edge frame convenient for the semicircular motion of the installation seat around meteorological standing column, form the monitoring of the surrounding meteorological standing column under the cooperation of two groups, convenient for understanding the surrounding situation of meteorological standing column, make the meteorological standing column convenient for understanding the real -time situation when supporting meteorological detection component and data transmission, through this design, the convenience and practicality of novel meteorological automatic station data transmission monitoring device are improved.

[0015] The utility model discloses a left axle column and right axle column are set up, convenient for the support assembly of support edge frame, under the cooperation of the front push plate, through the cooperation of corresponding left axle cylinder, left gear and left rack and right axle cylinder, right gear and right rack, make two group support edge frame convenient for the semicircular motion of the installation seat around meteorological standing column, form the monitoring of the surrounding meteorological standing column under the cooperation of two groups, convenient for understanding the surrounding situation of meteorological standing column, make the meteorological standing column convenient for understanding the real -time situation when supporting meteorological detection component and data transmission, through this design, the convenience and practicality of novel meteorological automatic station data transmission monitoring device are improved. ACCURACY

[0016] Figure 1 It is the whole structure front elevation perspective schematic diagram of the utility model;

[0017] Figure 2 It is the whole structure back elevation perspective schematic diagram of the utility model;

[0018] Figure 3 It is the front push plate local structure back planar section perspective schematic diagram of the utility model;

[0019] Figure 4 It is the left axle column and right axle column local structure back planar section perspective schematic diagram of the utility model;

[0020] Figure 5 It is the support edge frame local structure front elevation perspective schematic diagram of the utility model when adjusting;

[0021] In the figure: 100, weather station stand column; 101, camera assembly; 102, mounting seat; 110, support edge frame; 111, outer cross frame; 112, inner cross frame; 113, vertical rod; 114, lock pin; 115, assembly clamp; 120, left shaft column; 121, left shaft cylinder; 122, left gear; 123, left rack; 130, right shaft column; 131, right shaft cylinder; 132, right gear; 133, right rack; 140, assembly side plate; 141, inner sleeve clamp; 150, front push plate; 151, telescopic cylinder; 152, assembly base; 160, inner support plate; 161, left inner plate; 162, right inner plate; 163, left expansion plate; 164, limit sliding cylinder; 165, limit sliding bar; 170, reinforcing plate; 171, reinforcing clamp. DETAILED DESCRIPTION

[0022] The technical solutions in the embodiments of the utility model will be clearly and completely described below with reference to the drawings in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, rather than all the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by those skilled in the art without creative labor fall within the protection scope of the utility model.

[0023] Please refer to Figures 1-5 The utility model provides an embodiment:

[0024] A novel automatic weather station data transmission monitoring device, including weather station stand column 100, weather station stand column 100 both sides symmetry is provided with camera assembly 101, camera assembly 101 bottom is through mounting seat 102 and is docked with the support edge frame 110 of assembly, two groups of support edge frame 110 inner side end is hinged with assembly side plate 140 through left shaft column 120 and right shaft column 130, two groups of assembly side plate 140 inner side is combined and is assembled in the outer wall of weather station stand column 100 through the inner sleeve clamp 141 of integral setting and is fastened with bolt assembly, assembly side plate 140 inner side is equipped with inner support plate 160, and inner support plate 160 is equipped with telescopic cylinder 151 in the inside, and camera assembly 101 and telescopic cylinder 151 are all through data wire and are electrically connected with weather station power distribution control module;

[0025] As the embodiment is more detailed, the support edge frame 110 group includes an outer cross frame 111, an inner cross frame 112 is inserted through the inside of the outer cross frame 111, a vertical rod 113 is vertically welded to the outer end of the inner cross frame 112, the vertical rod 113 is fixedly assembled to the mounting seat 102, a lock pin 114 is threadedly inserted into the outer end of the outer cross frame 111, and the inner end of the lock pin 114 abuts against the outer wall of the inner cross frame 112. In this way, the assembly and adjustment are more convenient, and the telescopic adjustment can be easily performed according to the use range, so that the operation and use are more convenient.

[0026] As a more detailed embodiment of the present embodiment, the left shaft column 120 is externally fitted with a left shaft cylinder 121 through bearings, the left shaft cylinder 121 is externally and centrally fitted with a left gear 122, and the left gear 122 is externally meshed with a left rack 123. The right shaft column 130 is also externally fitted with a right shaft cylinder 131 through bearings, the right shaft cylinder 131 is externally and centrally fitted with a right gear 132, and the right gear 132 is internally meshed with a right rack 133. The support frame 110 is integrally provided with a fitting clamp 115 at the inner end, and two sets of fitting clamps 115 are fixed to the outer walls of the left shaft cylinder 121 and the right shaft cylinder 131, respectively. In this way, the left shaft column 120 and the right shaft column 130 are conveniently and auxiliary assembled, and the two sets of support frames 110 are conveniently and auxiliary supported, making operation and use more convenient.

[0027] As a more detailed embodiment of the present embodiment, the front end of the telescopic cylinder 151 is fitted with a front push plate 150, the two ends of the front push plate 150 are fixed to the front ends of the right rack 133 and the left rack 123, the outer side wall of the right rack 133 is meshed with the left side of the right gear 132, and the inner side wall of the left rack 123 is meshed with the left side of the left gear 122. In this way, when the telescopic cylinder 151 is driven to push and pull during use, the right rack 133 is meshed to drive the right gear 132 to move, the left rack 123 is meshed to drive the left gear 122 to move, and the rotation directions of the left shaft cylinder 121 and the right shaft cylinder 131 are opposite, thereby achieving opposite rotation of the two sets of support frames 110, and facilitating the realization of the two sets of support frames 110 carrying the surrounding monitoring operation of the camera assembly 101.

[0028] As a more detailed embodiment of the present embodiment, the inner support plates 160 are composed of left inner plates 161 and right inner plates 162, and the inner sides of the left inner plates 161 and the right inner plates 162 are fitted in the middle outer wall of the inner sleeve clamp 141 through bolted clamps. The two sets of inner support plates 160 are distributed above and below the front push plate 150, and the bottom of the front push plate 150 is fitted to the lower surface of the left inner plate 161 through the fitting base 152. The left side of the left inner plate 161 is expanded and fitted with a left expansion plate 163, the middle part of the left expansion plate 163 spans the outside of the left shaft cylinder 121, and the upper and lower surfaces of the left expansion plate 163 and the right inner plate 162 are respectively fixed with a limiting sliding cylinder 164. The limiting sliding cylinder 164 is internally clamped with a limiting sliding strip 165, and the two sets of limiting sliding strips 165 are distributed and fixed to the upper and lower surfaces of the right rack 133 and the left rack 123. In this way, during use, the front push plate 150 is conveniently supported and assembled, and the right rack 133 and the left rack 123 are conveniently limited and supported, making subsequent operation more stable.

[0029] As a more detailed embodiment of the present embodiment, the fitting side plate 140 is supported by a reinforcing plate 170 on both sides of the upper and lower outer surfaces, and the reinforcing plate 170 is fixed with a reinforcing clamp 171 away from the fitting side plate 140. The reinforcing clamp 171 is supported and fitted to the outer wall of the weather standing column 100 through bolts. In this way, during use, the fitting side plate 140 can be conveniently and reinforcedly supported according to the needs of use.

[0030] Working principle: in the assembly use, through telescopic cylinder 151 drive front push plate 150 moves, so that front push plate 150 drive right rack 133 and left rack 123 move, to push the corresponding engagement left gear 122 and right gear 132 rotation, and direction is opposite, thereby respectively drive two groups of support edge frame 110 carry camera assembly 101 around meteorological station column 100 do semicircular motion, in two groups cooperation under form around monitoring, make operation use more convenient, avoid to produce dead angle, in assembly, through the assembly of side plate 140 and inner support plate 160 and reinforcing plate 170 and reinforcing clamp 171 cooperation, facilitate its assembly support in meteorological station column 100 outer wall, do not need to support in another new pole, make assembly operation more convenient, make assembly and use more convenient and efficient, operation to this end.

[0031] The above is only the preferred embodiment of the present application, and does not limit the present application in any form; any person skilled in the art can implement the present application according to the above description and the drawings; however, any equivalent changes, modifications and evolutions made by those skilled in the art within the scope of the technical scheme of the present application, using the above disclosed technical content, are equivalent embodiments of the present application; at the same time, any equivalent changes, modifications and evolutions made according to the essential technology of the present application to the above embodiments are still within the protection scope of the technical scheme of the present application.

Claims

1. A novel automatic weather station data transmission monitoring device, comprising a weather station column (100), wherein camera components (101) are symmetrically arranged on both sides of the weather station column (100), characterized in that: The bottom of the camera assembly (101) is fitted with a support frame (110) via a mounting base (102). The inner ends of the two sets of support frames (110) are respectively hinged to mounting side plates (140) via a left shaft column (120) and a right shaft column (130). The inner sides of the two sets of mounting side plates (140) are fitted together with an integrally set inner sleeve (141) and mounted on the outer wall of the meteorological station column (100) and fastened with bolts. An inner support plate (160) is fitted inside the mounting side plate (140). A telescopic cylinder (151) is fitted inside the inner support plate (160). The camera assembly (101) and the telescopic cylinder (151) are both electrically connected to the meteorological station power distribution control module via data wires.

2. The novel automatic weather station data transmission monitoring device according to claim 1, characterized in that: The supporting frame (110) consists of an outer cross frame (111), an inner cross frame (112) is inserted through the outer cross frame (111), a vertical pole (113) is vertically welded to the outer end of the inner cross frame (112), the top of the vertical pole (113) is fixedly assembled with the mounting base (102), a locking pin (114) is threaded into the outer end of the outer cross frame (111), and the inner end of the locking pin (114) abuts against the outer wall of the inner cross frame (112).

3. The novel automatic weather station data transmission monitoring device according to claim 1, characterized in that: The left shaft column (120) is fitted with a left shaft cylinder (121) via a bearing. A left gear (122) is fitted in the center of the outside of the left shaft cylinder (121), and a left rack (123) meshes with the outside of the left gear (122). Similarly, the right shaft column (130) is fitted with a right shaft cylinder (131) via a bearing. A right gear (132) is fitted in the center of the outside of the right shaft cylinder (131), and a right rack (133) meshes with the inside of the right gear (132). The inner end of the support frame (110) is integrally fixed with an assembly clamp (115), and the two sets of assembly clamps (115) are respectively fixed to the outer walls of the left shaft cylinder (121) and the right shaft cylinder (131).

4. The novel automatic weather station data transmission monitoring device according to claim 3, characterized in that: The telescopic cylinder (151) is equipped with a front push plate (150) at its front end. The two ends of the front push plate (150) are fixed to the front ends of the right rack (133) and the left rack (123). The outer side wall of the right rack (133) meshes with the left side of the right gear (132), and the inner side wall of the left rack (123) meshes with the left side of the left gear (122).

5. A novel automatic weather station data transmission monitoring device according to claim 3, characterized in that: The inner support plate (160) comprises a left inner plate (161) and a right inner plate (162). The inner sides of the left inner plate (161) and the right inner plate (162) are bolted together and assembled to the outer wall of the middle part of the inner sleeve (141). The two sets of inner support plates (160) are distributed vertically above and below the front push plate (150). The bottom of the front push plate (150) is assembled to the lower surface of the left inner plate (161) through the mounting base (152). The left inner plate (161) The left extension is equipped with a left extension plate (163), the middle of which spans the outside of the left shaft cylinder (121). The upper and lower surfaces of the left extension plate (163) and the right inner plate (162) are respectively fixed with limit slide cylinders (164). The limit slide cylinder (164) is fitted with a limit slide strip (165). The two sets of limit slide strips (165) are distributed and fixed on the upper and lower surfaces of the right rack (133) and the left rack (123).

6. A novel automatic weather station data transmission monitoring device according to claim 1, characterized in that: The upper and lower outer surfaces of the assembly side plate (140) are supported by reinforcing plates (170). A reinforcing clamp (171) is fixed at one end of the reinforcing plate (170) away from the assembly side plate (140). The reinforcing clamp (171) is bolted to the outer wall of the meteorological station column (100).

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