CN2151522Y - Engineering monitoring desk - Google Patents
Engineering monitoring desk Download PDFInfo
- Publication number
- CN2151522Y CN2151522Y CN 92230091 CN92230091U CN2151522Y CN 2151522 Y CN2151522 Y CN 2151522Y CN 92230091 CN92230091 CN 92230091 CN 92230091 U CN92230091 U CN 92230091U CN 2151522 Y CN2151522 Y CN 2151522Y
- Authority
- CN
- China
- Prior art keywords
- securing member
- side door
- separate unit
- center
- control platform
- 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
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Abstract
The utility model discloses an engineering monitoring desk. The engineering monitoring desk is assembled by a plurality of single desks which are integrally arranged in an arc shape. Each single desk is composed of upper and lower middle frames, upper and lower posts, a rear post, upper and lower spur posts, an operating frame, a front frame, a base, etc. The entire monitoring desk body part adopts a polygon, the desk surface is made into an arc shape, and the whole is an arc shape. Thus, the utility model has the advantages of strong stereo perception, beautiful appearance, simple structure, convenient processing, low cost and good versatility. The engineering monitoring desk can be used as the device of the monitoring desk for the earth stations of satellite communication, the centers of color televisions, electric power systems, chemical industries, oil refining industries, etc.
Description
The utility model relates to a kind of control desk device that is used for engineering, is specially adapted to occasions such as control center of satellite communication earth station, electric system, chemical industry, oil refining, colour TV center and makes the control and monitor console device.
The control desk device that is used for engineering at present is relatively more dull in moulding mostly, and the moulding angle stereoscopic sensation of control desk is poor, poor performance aesthetic in appearance, and the consing personnel are because the angle mismate easily produces fatigue and inconvenient operation.Produced the control desk that is used for the short-baseline interferometer engineering as the 54 in dynamo-electric portion in 1981, its appearance structure stereoscopic sensation is poor, and complex structure, processing difficulties, and cost is higher, and versatility is poor.
The purpose of this utility model is to avoid above-mentioned weak point of the prior art, and provide a kind of stereoscopic sensation strong, handsome in appearance, simple in structure, be convenient to process, with low cost, Engineering Control table apparatus that universal performance is good.
The purpose of this utility model is achieved in that it is made up of 6 to 12 separate units 30, each separate unit 30 is by upper ledge 1, center 2, rear column 3, last batter post 4, operation box 5, preceding frame 6, following batter post 7, lower frame 8, upper pillar stand 18, lower pillar stand 9, pedestal 10, last side door 11, following side door 12, deck plate 13, platform plank 14, lamina tecti 15, preceding Xiamen 16, corner fittings 24 is formed, the upper ledge 1 between 6 to 12 separate units 30 wherein, center 2, lower frame 8 is by corner fittings 24 securing member connection, make project monitor and control platform structure in aggregates, upper ledge 1 usefulness securing member is installed and is connected rear column 3, on the top of upper pillar stand 18, center 2 usefulness securing members are installed and are connected in the middle of the rear column 3, upper pillar stand 18 lower ends, on lower pillar stand 9 upper ends, last batter post 4 one ends are installed on upper ledge 1 front end face with securing member, the other end is installed on center 2 front end faces with securing member, operation box 5 one end faces are installed on the center 2 of separate unit 30 front sides with securing member, the lower end of the lower end of lower pillar stand 9 and following batter post 7 is installed with securing member and is connected on the lower frame 8, the bottom support operation box 5 that is connected operation box 5 is installed in following batter post 7 upper ends with securing member, the other end of the operation box 5 preceding frame 6 of securing member connection, rear column 3 lower ends are installed with securing member and are connected on the lower frame 8, lower frame 8 usefulness securing members are installed and are connected on the pedestal 10, upper ledge 1 at two outsides of project monitor and control platform separate unit 30 lateral surfaces, by corner fittings 24 usefulness securing members connection is installed on the center 2 and goes up side door 11, center 2 at two outside separate unit 30 lateral surfaces, by corner fittings 24 usefulness securing members side door 12 down is installed on the lower frame 8, with securing member connection lamina tecti 15 is installed on the top upper ledge 1 of each separate unit 30, with securing member connection deck plate 13 is installed on the operation box 5 of each separate unit 30, with securing member connection platform plank 14 is installed on the preceding frame 6 of each separate unit 30, is passed through corner fittings 24 on the following batter post 7 of each separate unit, U-shaped spare 25 is installed preceding Xiamen 16.
The purpose of this utility model can also reach by following measure:
6 to 12 separate unit 30 arrangement architectures of the present utility model are arc, and angle 20 is 75 to 150 degree between the lateral surface of two outside separate units 30.
The last side door 11 of the utility model both sides, down side door 12 around be made into flange type 31 structures, flange type 31 gauges 32 of wherein going up side door 11 are than flange type 31 gauges of following side door 12 32 thick 5 to 20 millimeters.
And the gradient angle 21 between lower pillar stand 9 of the present utility model and the following batter post 7 is 5 to 15 degree.Platform plank 14 is formed by 2 to 4, and installs respectively on the preceding frame 6 that is connected 6 to 12 separate units 30 with securing member, and platform plank 14 is made by the bonding cladding layered board of wood materials appearance, and platform plank 14 front sides are arranged and are made into garden arc 23 structures.
The utility model compared with prior art has following advantage:
1, the utility model overall alignment structure is an arc, and preceding Xiamen 16 has gradient, and is handsome in appearance, and operating personnel observe whole separate unit monitor convenient, therefore easy for operation, comfortable.
2, the last side door 11 of the utility model both sides, following side door 12 are made into flange type 31 structures, and go up side door protrusion side door down, make whole project monitor and control platform stereoscopic sensation strong like this.
3, the utility model is to be linked and packed by securing member and to form by processing parts such as different front and back columns, upper, middle and lower frame, and is therefore simple in structure, is convenient to processing, and with low cost, easy to utilize.
4, the utility model can be according to different monitoring engineering size, select for use the separate unit of varying number to be combined into the integral monitoring platform, therefore universal performance is strong, control center of both applicable satellite communication earth station, and occasions such as applicable again electric system, chemical industry, oil refining, colour TV center are made the control and monitor console device.
Below in conjunction with accompanying drawing the utility model is described in further detail.
Fig. 1 is a front view of the present utility model.
Fig. 2 is a vertical view of the present utility model.
Fig. 3 is that the utility model front view is along A-A line cut-open view.
Fig. 4 is that the utility model front view is along B-B line cut-open view.
Fig. 5 is the vertical view after separate unit 30 assembly units of the present utility model.
Fig. 6 is that the utility model Fig. 5 is along C-C line cut-open view.
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, the utility model is made up of 6 to 12 separate units 30, each separate unit 30 by upper ledge 1, center 2, rear column 3, go up batter post 4, operation box 5, preceding frame 6, down batter post 7, lower frame 8, upper pillar stand 18, lower pillar stand 9, pedestal 10, go up side door 11, side door 12, deck plate 13, platform plank 14, lamina tecti 15, preceding Xiamen 16, corner fittings 24 are formed down.Upper ledge 1 between 6 to 12 separate units 30 wherein, center 2, lower frame 8 is by corner fittings 24 securing member connection, make project monitor and control platform structure in aggregates, and the arrangement architecture of 6 to 12 separate units 30 is an arc, constitute an angle 20 outside making two between the lateral surface of separate units 30, the size of angle 20 is 75 to 150 degree, embodiment the utility model project monitor and control platform is made up of 9 separate units 30, pass through corner fittings 24 securing member connection between the separate unit 30, stage body is partly assembled the back and is become polygon-shaped, and the table top that the arrangement of platform plank 14 front sides is made into becomes garden arc 23 structures, and project monitor and control platform overall alignment structure is the arc modeling structure, the angle 20 that constitutes between the lateral surface of two outsides of embodiment separate unit 30 is 90 degree, makes the utility model handsome in appearance.
The upper ledge 1 usefulness securing member of 6 to 12 separate units 30 of the utility model is installed and is connected on the top of rear column 3, upper pillar stand 18, and center 2 usefulness securing members are installed and are connected on rear column 3 centres, upper pillar stand 18 lower ends, lower pillar stand 9 upper ends.Embodiment upper ledge 1, center 2 adopt the hot rolled steel plate of the commercially available 2 millimeters thick trades mark 20 to be machined into quadra structure assembly production.Last batter post 4 one ends with securing member be installed on upper ledge 1 front end face, the other end is installed on center 2 front end faces with securing member, batter post 4 adopts the hot rolled steel plate of the commercially available 1.5 millimeters thick trades mark 20 to be processed into strip structure to be made on the embodiment, there are two to go up batter posts 4 and constitute on each separate unit 30, are installed in, the left and right sides of center 1,2 front end faces.Operation box 5 one end faces are installed on the center 2 of separate unit 30 front sides with securing member, embodiment operation box 5 adopts the hot rolled steel plate machining of the commercially available 2 millimeters thick trades mark 20 to be welded into framed structure like the rectangular parallelepiped, constitute by an operation box 5 on each separate unit 30, be installed in screw-nut on the center 2 of separate unit 30 front sides.The other end of the operation box 5 preceding frame 6 of securing member connection, frame 6 adopts the hot rolled steel plate machining of the commercially available 2 millimeters thick trades mark 20 to be welded into the pancake framed structure before the embodiment, there is a preceding frame 6 to constitute on each separate unit 30, be installed in screw-nut on the end face of operation box 5, operation box 5 and preceding frame 6 constitute the operating table surface of project monitor and control platform.The lower end of the lower end of lower pillar stand 9 and following batter post 7 is installed with securing member and is connected on the lower frame 8, the bottom support operation box 5 that is connected operation box 5 is installed in following batter post 7 upper ends with securing member, and making the gradient angle 21 that constitutes between lower pillar stand 9 and the following batter post 7 is 5 to 15 degree, embodiment gradient angle 21 is 10 degree, make the project monitor and control platform strengthen stereoscopic sensation, be convenient to operating personnel again and work comfortable.Embodiment lower pillar stand 9 adopts commercially available LXO226 type aluminium section mechanical to process, following batter post 7 adopts the hot rolled steel plate machining of the commercially available 1.5 millimeters thick trades mark 20 to form, each is made of two lower pillar stands 9, following batter post 7 on each separate unit 30, is installed in the left and right sides of the preceding bottom of separate unit 30 respectively with screw-nut.Rear column 3 lower ends are installed with securing member and are connected on the lower frame 8, and lower frame 8 usefulness securing members are installed and are connected on the pedestal 10, and embodiment lower frame 8 adopts the hot rolled steel plate of the commercially available 2 millimeters thick trades mark 20 to be machined into control and monitor console shaped as frame structure.The commercially available specification of pedestal 10 employings is the base frame construction that the steel tubes material mechanical of 40 * 60 * 1 type is processed into control and monitor console, lower frame 8 and pedestal 10 screw-nut connection.
Upper ledge 1 at two outsides of project monitor and control platform separate unit 30 lateral surfaces, by corner fittings 24 usefulness securing members connection is installed on the center 2 and goes up side door 11, center 2 at two outside separate unit 30 lateral surfaces, by corner fittings 24 usefulness securing members side door 12 down is installed on the lower frame 8, the side door 11 of going up of the present utility model, be made into flange type 31 structures around the following side door 12, flange type 31 gauges 32 of wherein going up side door 11 are than flange type 31 gauges of following side door 12 32 thick 5 to 20 millimeters, flange type 31 thickness of side door 11 are than flange type 31 thickness of following side door 12 32 thick 8 millimeters on the embodiment, the thickness that makes side door protrude 8 millimeters of following side doors after connecting is installed, the stereoscopic sensation of whole project monitor and control platform is strengthened, more be imbued with attractive in appearancely, side door 11 on the embodiment, following side door 12 adopts the general steel plate material mechanical of commercially available 1.2 millimeters thick to process.With with securing member connection deck plate 13 being installed on securing member installation connection lamina tecti 15, the operation box 5, embodiment lamina tecti 15, deck plate 13 all adopt the general steel plate material mechanical of commercially available 1.5 millimeters thick to process on the top upper ledge 1 of each separate unit 30.On the preceding frame 6 of each separate unit 30, connection platform plank 14 is installed with securing member, platform plank 14 is formed by 2 to 4, and install respectively on the preceding frame 6 that is connected 6 to 12 separate units 30 with securing member, and platform plank 14 front sides are arranged and are made into garden arc 23 structures, make the whole table top of control and monitor console become the camber structure, more attractive in appearance, the utility model platform plank 14 is made by the bonding cladding layered board of wood materials appearance, makes the deck plate light attractive in appearance.By corner fittings 24, U-shaped spare 25 the preceding Xiamen 16 of connection is installed on the following batter post 7 of each separate unit, embodiment adopts the steel plate machining of commercially available 1.5 millimeters thick to form in preceding Xiamen 16, the utility model corner fittings 24, U-shaped spare 25 are self-made components, and securing member is general screw-nut universal standard part.
Claims (5)
1, a kind of by last side door (11), following side door (12), deck plate (13), platform plank (14), lamina tecti (15), preceding Xiamen (16), the project monitor and control platform that corner fittings (24) is formed, it is characterized in that forming by 6 to 12 separate units (30), each separate unit (30) is by upper ledge (1), center (2), rear column (3), last batter post (4), operation box (5), preceding frame (6), following batter post (7), lower frame (8), upper pillar stand (18), lower pillar stand (9), pedestal (10) is formed, the upper ledge (1) between 6 to 12 separate units (30) wherein, center (2), lower frame (8) is used the securing member connection by corner fittings (24), make project monitor and control platform structure in aggregates, upper ledge (1) is installed with securing member and is connected rear column (3), on the top of upper pillar stand (18), center (2) is connected in the middle of the rear column (3) with the securing member installation, upper pillar stand (18) lower end, on lower pillar stand (9) upper end, last batter post (4) one ends are installed on upper ledge (1) front end face with securing member, the other end is installed on center (2) front end face with securing member, operation box (5) one end faces are installed on the center (2) of separate unit (30) front side with securing member, the lower end of the lower end of lower pillar stand (9) and following batter post (7) is installed with securing member and is connected on the lower frame (8), the bottom support operation box (5) that is connected operation box (5) is installed in following batter post (7) upper end with securing member, the other end of operation box (5) the preceding frame (6) of securing member connection, rear column (3) lower end is installed with securing member and is connected on the lower frame (8), lower frame (8) is installed with securing member and is connected on the pedestal (10), upper ledge (1) at two outsides of project monitor and control platform separate unit (30) lateral surface, center (2) is gone up by corner fittings (24) and with securing member upward side door (11) of connection is installed, center (2) at two outside separate unit (30) lateral surfaces, lower frame (8) is gone up by corner fittings (24) and with securing member side door (12) down is installed, the top upper ledge (1) of each separate unit (30) is gone up with securing member connection lamina tecti (15) is installed, the operation box (5) of each separate unit (30) is gone up with securing member connection deck plate (13) is installed, the preceding frame (6) of each separate unit (30) is gone up with securing member connection platform plank (14) is installed, and the following batter post (7) of each separate unit is gone up by corner fittings (24), U-shaped spare (25) is installed preceding Xiamen (16).
2, project monitor and control platform according to claim 1 is characterized in that 6 to 12 separate units (30) arrangement architecture of project monitor and control platform is an arc, and angle (20) is 75 to 150 degree between the lateral surface of two outside separate units (30).
3, project monitor and control platform according to claim 1 and 2 it is characterized in that the last side door (11) of project monitor and control platform both sides, down side door (12) around be made into flange type (31) structure, thick 5 to 20 millimeters of flange type (31) gauges (32) of wherein going up side door (11) than flange type (31) gauge (32) of following side door (12).
4, project monitor and control platform according to claim 1 and 2 is characterized in that the gradient angle (21) between lower pillar stand (9) and the following batter post (7) is 5 to 15 degree.
5, project monitor and control platform according to claim 1 and 2, it is characterized in that platform plank (14) forms by 2 to 4, and install respectively on the preceding frame (6) that is connected 6 to 12 separate units (30) with securing member, platform plank (14) is made by the bonding cladding layered board of wood materials appearance, and platform plank (14) front side is arranged and is made into garden arc (23) structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 92230091 CN2151522Y (en) | 1992-08-06 | 1992-08-06 | Engineering monitoring desk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 92230091 CN2151522Y (en) | 1992-08-06 | 1992-08-06 | Engineering monitoring desk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2151522Y true CN2151522Y (en) | 1993-12-29 |
Family
ID=33773298
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 92230091 Expired - Fee Related CN2151522Y (en) | 1992-08-06 | 1992-08-06 | Engineering monitoring desk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2151522Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103887881A (en) * | 2014-03-31 | 2014-06-25 | 国网山东禹城市供电公司 | Electric power integrated monitor operation table |
-
1992
- 1992-08-06 CN CN 92230091 patent/CN2151522Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103887881A (en) * | 2014-03-31 | 2014-06-25 | 国网山东禹城市供电公司 | Electric power integrated monitor operation table |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |