CN106516036A - Telescopic and folding sidelight device - Google Patents
Telescopic and folding sidelight device Download PDFInfo
- Publication number
- CN106516036A CN106516036A CN201611248789.8A CN201611248789A CN106516036A CN 106516036 A CN106516036 A CN 106516036A CN 201611248789 A CN201611248789 A CN 201611248789A CN 106516036 A CN106516036 A CN 106516036A
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- Prior art keywords
- sidelight
- sleeve pipe
- positioning
- hole
- expansion bracket
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63B—SHIPS OR OTHER WATERBORNE VESSELS; EQUIPMENT FOR SHIPPING
- B63B45/00—Arrangements or adaptations of signalling or lighting devices
- B63B45/04—Arrangements or adaptations of signalling or lighting devices the devices being intended to indicate the vessel or parts thereof
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- Ocean & Marine Engineering (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
The invention provides a telescopic and folding sidelight device which comprises a sidelight box and a telescopic mechanism. A sidelight is fixed into the sidelight box. The telescopic mechanism comprises a stand column, a rotary rack and a telescopic rack. The stand column is in rotary connection with the rotary rack which rotates with the stand column as the axis. The telescopic rack is inserted into the rotary rack and can slide telescopically relative to the rotary rack. The sliding direction of the telescopic rack is perpendicular to the axial direction of the stand column and is the direction of a connecting line between the first end of the rotary rack and the farthest end, relative to the stand column, of the telescopic rack. The telescopic rack is in rotary connection with the sidelight box. The rotary direction, relative to the telescopic rack, of the sidelight box is parallel to the axial direction of the stand column. The stand column is fixedly mounted on the outer side of an edge guardrail of a forecastle deck, and when the telescopic and folding sidelight device is folded, the rotary rack is closely attached to the guardrail; and the sidelight device is closely attached to the guardrail after being retracted and folded, has no influence on ship operation, and does not occupy the space of a forecastle, and space using of the forecastle deck is ensured on a ship with limited space.
Description
Technical field
The present invention relates to a kind of shipborne equipment, more particularly to a kind of telescopic folding type sidelight device.
Background technology
" sidelight " that ship is used refers to the red light of the green light and larboard of starboard, respectively shows in 112.5 degree of arc of horizon
Show continual light, its device to be made to show in 22.5 degree of abaft the beam of the light from the dead ahead of ship to a respective side of a ship respectively
Show.Ship of the length less than 20 meters, its sidelight can be merged into one, be installed on the head and the tail centrage of ship.And in the world
The arrangement of sidelight is had in collision regulation and be strict with：The sidelight of power ship is placed in height more than hull, should be less than
3/4ths of headlight height.These sidelights should not be low to being disturbed by deck light.
The one kind of sidelight as ship sailing signal lamp, is that all ships must be equipped with one of equipment, in ship's navigation
During provide alerting signal to give remaining ship human pilot, occur with collision free accident.And Sidelight box is then for right
Sidelight is received and is protected.
Existing sidelight device is a kind of Telescopic sidelight device, and sidelight device includes sidelight and movable device, movable to fill
Put it is fixed movable device includes at least one guide rail vertical with ship side and corresponding support beam above deck, support beam with lead
Rail is with merging along slide.Sidelight is arranged on guide rail, and movable device can drive sidelight to stretch out or retraction ship side.
The problem that existing Telescopic sidelight device is present is, as the guide rail of sidelight is from horizontal stretching on forecastle deck side
Go out, in order to ensure that sidelight projects over certain distance, track needs sufficient length, and when sidelight is in folded state, its
The track of lower section necessarily takes the space of correspondence length on forecastle deck to meet the placement of track, therefore is realizing that sidelight is flexible
Under occupy the big quantity space on deck.
The content of the invention
The goal of the invention of the present invention is to provide the telescopic folding type sidelight device that a kind of guarantee deck uses space.
The telescopic folding type sidelight device that the present invention is provided includes Sidelight box and telescoping mechanism, and the side of a ship is fixed with Sidelight box
Lamp；Telescoping mechanism includes that the first end of column, rotating turret and expansion bracket, column and rotating turret rotates connection and rotating turret is with column
For axis rotation；During expansion bracket is plugged in rotating turret and expansion bracket can be relative to rotating turret telescopic slide；The slip side of expansion bracket
To the axis direction perpendicular to column, expansion bracket along rotating turret first end and expansion bracket relative to the distalmost end of column line
Slide in direction；Expansion bracket and Sidelight box are rotated and are connected, Sidelight box relative to expansion bracket rotary shaft parallel to column axis.By
Such scheme is visible, and column is fixedly mounted on the edge of forecastle deck, and is placed on the outside of first building guardrail, in folded state
When, rotating turret is close to guardrail, and expansion bracket is contracted in rotating turret, and the one side being connected with expansion bracket on Sidelight box flushes in guardrail,
It is close to guardrail in the outer sidelight device after shrinking and folding of guardrail, only sidelight takes the space outside guardrail, can't
Shipping work is impacted, the collapsible sidelight device of simultaneous retractable is integrally close on the outside of first building guardrail, be not take up head upstairs
Any space within guardrail, ensure that on the ship in only space the space of forecastle deck uses.
Further scheme is that the first align member and the second align member are stretched out on Sidelight box surface；Set on expansion bracket
The 3rd align member is equipped with, the 4th align member on rotating turret, is provided with；Can between first align member and the 3rd align member
Fixed by the first mating component；Can be fixed by the second mating component between second align member and the 4th align member.
Therefore, Sidelight box in stretch out state when or during folded state, between Sidelight box and expansion bracket
To be removably relatively fixed, to ensure the normal use of sidelight device.
Further scheme is that the first align member includes the first positioning through hole, and the second align member includes the second positioning
Through hole, the 3rd align member include the 3rd positioning through hole, and the 4th align member includes the 4th positioning through hole；First mating component is
First latch, the second mating component are the second latch；First latch is selectively fixed also cross the first positioning through hole and the 3rd
Position through hole；Second latch is selectively also cross the second positioning through hole and the 4th positioning through hole.
Therefore, the positioning and locking simple and fast between Sidelight box and telescoping mechanism, and dismantle simply, make telescopic folding
The use of formula sidelight device is humanized.
Further scheme is that Sidelight box includes first surface, and the first align member is arranged on the first surface, when first
Surface perpendicular to the glide direction of expansion bracket when, the first positioning through hole is connected with the 3rd positioning through hole；When expansion bracket relative to
When rotating turret is in shrinkage limit position, the second positioning through hole is connected with the 4th positioning through hole.
Further scheme is that Sidelight box includes and the orthogonal second surface of first surface, the second align member
Arrange on a second surface；When glide direction of the first surface parallel to expansion bracket, the second positioning through hole and the 4th positioning are logical
Hole is connected.
Therefore, the back side of the first surface for sidelight, after sidelight swings to tram relative to expansion bracket, you can
Position locking is carried out by the first align member and the 3rd align member and the first latch；And work as expansion bracket and be retracted to limit position
Postpone, after Sidelight box is rocked to tram, then can be entered by the second align member and the 4th align member and the second latch
Line position puts locking.
Further scheme is that expansion bracket is plugged in the sliding groove of rotating turret, and wire casing, wire casing are additionally provided with rotating turret
Bearing of trend it is identical with the bearing of trend of sliding groove and wire casing is connected with sliding groove；Spacing preiection is provided with expansion bracket, is limited
Position is raised in wire casing and slides, and the two ends of wire casing form spacing to spacing preiection.
Therefore, wire casing coordinates to ensure that expansion bracket will not come off from rotating turret with spacing preiection, and formation is stretched
Contracting frame on rotating turret have stretch out extreme position and shrinkage limit position.
Further scheme is that spacing preiection passes through wire casing and passes rotating turret.
Therefore, spacing preiection can be observed outside, to ensure that operator is observed to determine whether expansion bracket reaches the limit of
Position, to ensure the using effect of telescopic folding type sidelight device, while anticreep effect strengthens.
Further scheme is that the side of rotating turret is extended with the 5th align member, and the 5th align member includes the 5th
Positioning through hole, the axis direction of the 5th positioning through hole are identical with the axis direction of column.
Therefore, when shelves rotating turret turns to concordant with first building guardrail, the 5th align member can with guardrail on determine
Position component coordinates to realize that position locks.
Further scheme is that rotating turret includes that the first longitudinal direction sleeve pipe and second respectively positioned at rotating turret upper and lower ends is indulged
To sleeve pipe, the first setting sleeve pipe is connected between first longitudinal direction sleeve pipe and second longitudinal direction sleeve pipe and strengthens erectting sleeve pipe；Expansion bracket
It is inserted in first longitudinal direction sleeve pipe and second longitudinal direction sleeve pipe simultaneously, column is installed in the first setting sleeve pipe.
Therefore, the first longitudinal direction sleeve pipe and second longitudinal direction sleeve pipe arranged up and down is set, and the first setting sleeve pipe is set
With strengthen erectting sleeve pipe so that rotating turret has a frame-type structure and in the vertical direction improves mechanical property, in the weight of Sidelight box
Under prevent serious moment of flexure deformation.
Further scheme is to be mounted on pressure injection on first longitudinal direction sleeve pipe, second longitudinal direction sleeve pipe and the first setting sleeve pipe
Lubricating cup.
Therefore, due to being suit and the relation that is rotatably assorted, second longitudinal direction set between first longitudinal direction sleeve pipe and column
Pipe and first to erect between sleeve pipe and expansion bracket be slip cooperating relationship, therefore in first longitudinal direction sleeve pipe, second longitudinal direction sleeve pipe and the
One setting sleeve pipe on be mounted on forced filling oil cup can timing oil addition to ensure the activity performance of telescoping mechanism.
Description of the drawings
Fig. 1 is the structure chart of telescopic folding type sidelight device embodiment folded state of the present invention.
Fig. 2 is the enlarged drawing at A in Fig. 1.
Fig. 3 is the enlarged drawing at B in Fig. 1.
Fig. 4 is the use state figure of telescopic folding type sidelight device embodiment folded state of the present invention.
Fig. 5 is the enlarged drawing at C in Fig. 4.
Fig. 6 is the enlarged drawing at D in Fig. 4.
Fig. 7 is the use state figure of telescopic folding type sidelight device embodiment extended configuration of the present invention.
Fig. 8 is the enlarged drawing at E in Fig. 7.
Fig. 9 is the use state figure of telescopic folding type sidelight device embodiment extended configuration of the present invention.
Figure 10 is the enlarged drawing at F in Fig. 9.
Below in conjunction with drawings and Examples, the invention will be further described.
Specific embodiment
Referring to Fig. 1, Fig. 1 is the structure chart of telescopic folding type sidelight device embodiment folded state of the present invention.Sidelight conduct
The signal lighties of ship are arranged on the left and right sides of ship, and right side sidelight is green light, and left side sidelight is red light, is existed to reach sidelight
Design requirement in international collision regulation, the telescopic folding type sidelight device in the present invention are arranged on outside the guardrail on forecastle deck
Side, the collapsible sidelight device of simultaneous retractable have telescoping mechanism, so that sidelight can be reached on the certain position of ship both sides.
Telescopic folding type sidelight device includes telescoping mechanism and Sidelight box 3, is installed with sidelight inside Sidelight box 3.Stretch
Contracting mechanism is set bar assembly, and telescoping mechanism includes column 1, rotating turret 2 and expansion bracket 25, and column 1 is metal support column, column 1
Lower end be provided with connecting seat 11, connecting seat 11 is fixedly welded on the lower surface of column 1, is provided with circle on the side face of connecting seat 11
Arc groove 111, arc groove 111 are connected for the vertical rod with guardrail.Rotating turret 2 includes the first setting sleeve pipe 21, and first erects
The inner chamber of circle is provided with the middle part of sleeve pipe 21, during the inner chamber of the first setting sleeve pipe 21 is stretched in column 1 and with first, sleeve pipe is erect
21 keep being rotatably assorted.The upper and lower ends of the first setting sleeve pipe 21 are connected to first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe
23, first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe 23 is parallel to each other and first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe 23 hang down
It is straight to erect sleeve pipe 21 in first, it is also associated with strengthening erectting sleeve pipe 24 between first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe 23,
Strengthen setting sleeve pipe 24 and be connected to the first setting 21 opposite side of sleeve pipe on first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe 23, with
Ensure the intensity of first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe 23.Preferably, first longitudinal direction sleeve pipe 252, second longitudinal direction set
Forced filling oil cup, the hollow bulb of forced filling oil cup connection sleeve pipe and outside are mounted on pipe 253 and the first setting sleeve pipe 21, can be passed through
Forced filling oil cup oil addition, to ensure the movable fluency between the sleeve pipe telescopic tube that portion coordinates in the inner or column.
Expansion bracket 25 includes the second setting sleeve pipe 251 and is connected to the first of 251 two ends of the second setting sleeve pipe indulging
To telescoping tube 252 and second longitudinal direction telescoping tube 253, first longitudinal direction telescoping tube 252 and second longitudinal direction telescoping tube 253 be parallel to each other and
First longitudinal direction telescoping tube 252 and second longitudinal direction telescoping tube 253 are each perpendicular to the second setting sleeve pipe 251.First longitudinal direction telescoping tube 252
It is identical with the distance between second longitudinal direction sleeve pipe 23 with the distance between second longitudinal direction telescoping tube 253 and first longitudinal direction sleeve pipe 22.
Referring to Fig. 2, Fig. 2 is the enlarged drawing at A in Fig. 1.With reference to Fig. 1, first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe 23
Hollow and Formation cross-section is circular sliding groove, by taking first longitudinal direction sleeve pipe 22 as an example, the is provided with first longitudinal direction sleeve pipe 22
One wire casing 222, the bearing of trend of the first wire casing 222 are consistent with the bearing of trend of sliding groove, with the length of first longitudinal direction sleeve pipe 22
Degree direction is identical, and the first wire casing 222 is arranged on the perisporium of sliding groove, and it is vertical that the first wire casing 222 makes sliding groove be communicated in first
To the outside of sleeve pipe 22.Second longitudinal direction sleeve pipe 23 is identical with 22 structure of first longitudinal direction sleeve pipe, and second longitudinal direction sleeve pipe 23 is provided with cunning
Dynamic groove and the second wire casing for being communicated in sliding groove.
Rotating turret 2 is installed with expansion bracket 25 after coordinating, and first longitudinal direction telescoping tube 252 is distinguished with second longitudinal direction telescoping tube 253
Be inserted in the sliding groove of sliding groove and second longitudinal direction sleeve pipe 23 of first longitudinal direction sleeve pipe 22, and first longitudinal direction telescoping tube 252 with
Second longitudinal direction telescoping tube 253 can be sliding in the sliding groove of the sliding groove and second longitudinal direction sleeve pipe 23 of first longitudinal direction sleeve pipe 22 respectively
It is dynamic.The end of first longitudinal direction telescoping tube 252 and the end of second longitudinal direction telescoping tube 253 are respectively arranged with the first spacing preiection 255
With the second spacing preiection, by taking the first spacing preiection 255 as an example, when first longitudinal direction telescoping tube 252 be located at first longitudinal direction sleeve pipe 22 in
When, the first spacing preiection 255 passes through the first wire casing 222, is passed to first longitudinal direction sleeve pipe 22 from sliding groove.Wherein,
, by two end face connections positioned at the first wire casing 222, the first spacing preiection 255 can be vertical with first for the both sides inwall of one wire casing 222
Slide in the first wire casing 222 to the slip of telescoping tube 252, and the end face for being located at 222 two ends of the first wire casing is spacing to first
Raised 255 carry out spacing, and then realize that the sliding stroke to first longitudinal direction telescoping tube 252 is limited.Second sleeve pipe 251 is erect now
Parallel to column 1.
It is the enlarged drawing at B in Fig. 1 referring to Fig. 1 and Fig. 3, Fig. 3.Sidelight box 3 includes first surface 31 and second surface
32, first surface 31 for Sidelight box 3 backboard lateral surface, sidelight be arranged on backboard with first surface 31 back to inner side
On face；Second surface 32 is mutually perpendicular to first surface 31, and connection sleeve pipe 312, connection sleeve pipe 312 are provided with first surface 31
It is enclosed within the second setting sleeve pipe 251 of expansion bracket 25 outward and is rotated with the second setting sleeve pipe 251 and is connected.Arrange on first surface 31
There is the first align member 311, on second surface 32, be provided with the second align member 321, on the second setting sleeve pipe 251, be provided with the
Three align members 254, the side of first longitudinal direction sleeve pipe 22 stretch out the 5th align member 221, are provided with the first align member 311
First positioning through hole, is provided with the 3rd positioning through hole, is provided with the 5th positioning on the 5th align member 221 on the 3rd align member
Through hole, the axis direction of the first positioning through hole, the axis direction of the second positioning through hole, the 3rd positioning through hole and the 5th positioning through hole
Axially bored line direction it is identical with the axis direction of column 1.
Referring to Fig. 4, Fig. 5 and Fig. 6, Fig. 4 is making for telescopic folding type sidelight device embodiment folded state of the present invention for Fig. 4
With state diagram, Fig. 5 is the enlarged drawing at C places in Fig. 4, and Fig. 6 is the enlarged drawing in Fig. 4 at D.With reference to Fig. 1, telescopic folding type sidelight dress
The outside for being fixedly mounted on guardrail 900 is put, guardrail 900 includes the first vertical rod 91, the second vertical rod 92 and is connected to the first vertical rod
91 and the cross bar 93 etc. of 92 upper end of the second vertical rod, 900 section of the first vertical rod is rounded, and the connecting seat 11 of 1 bottom of column is by circle
Arc groove 111 is welded in the first vertical rod 91, makes column 1 and first erect the setting arrangement of sleeve pipe 21；The top of the second vertical rod 92
The 6th align member 921 is provided with, on the 6th align member 921, the 6th positioning through hole is provided with.
When telescopic folding type sidelight device needs to change into folded state, Sidelight box 3 is first made with second and erect sleeve pipe 251
Swing for oscillation center, until the first surface 31 of Sidelight box 3 is parallel to first longitudinal direction sleeve pipe 22；Subsequently the income of expansion bracket 25 is slided
The end near the first 21 place end of setting sleeve pipe of wire casing is adjoined or is connected in dynamic groove to shrinkage limit position, i.e. spacing preiection
On face；Subsequently rotating turret 2 is rotated relative to column 1, until the first longitudinal direction sleeve pipe 22 and second longitudinal direction sleeve pipe 23 on rotating turret 2
Parallel to cross bar 93, due to being provided with tool on side relative with 221 place side of the 5th align member on first longitudinal direction sleeve pipe 22
There is the 4th align member 223 of the 4th positioning through hole, now the second align member 321 and first longitudinal direction set on second surface 32
The 4th align member 223 on pipe 22 cooperates, and the second positioning through hole and the 4th positioning through hole are interconnected, the second latch
（Not shown in figure）Inserting simultaneously is determined through the second positioning through hole and the 4th positioning through hole with realizing the second positioning framework and the 4th
Relative position locking between the component of position, makes to be able between rotating turret 2 and expansion bracket 25, between expansion bracket 25 and Sidelight box 3
It is relatively fixed.Meanwhile, the 6th positioning on the 5th positioning through hole and the 6th align member 921 on the 5th align member 221 is logical
Hole is interconnected, the 3rd latch（Not shown in figure）Inserting simultaneously makes to stretch through the 5th positioning through hole and the 6th positioning through hole
It is relatively fixed between collapsible sidelight device and guardrail 900.Wherein the first latch is the first mating component, and the second latch is the 3rd
Mating component.Wherein, the axis side of the second positioning through hole, the 4th positioning through hole, the 5th positioning through hole and the 6th positioning through hole
To identical with the axis direction of column 1.
Referring to Fig. 7, Fig. 8, Fig. 9 and Figure 10, Fig. 7 and Fig. 9 is respectively telescopic folding type sidelight device embodiment of the present invention and stretches
The use state figure of different angles during exhibition state, Fig. 8 are the enlarged drawing at E in Fig. 7, and Figure 10 is the enlarged drawing at F in Fig. 9.Knot
Fig. 1 is closed, when telescopic folding type sidelight device need to change into extended configuration from folded state, first to the first mating component and the 3rd
Mating component is dismantled, and is active telescopic folding type sidelight device；Then rotating turret 2 is swung, until first indulges
To sleeve pipe 22 perpendicular to guardrail 900 cross bar 93；Then expansion bracket 25 is stretched from rotating turret 2 and is gone out, until spacing preiection
Adjoin or be connected on wire casing on the end face of expansion bracket 25, expansion bracket 25 is then on extreme extended position.Due to sliding
The bearing of trend of groove is relative with the first end sensing first longitudinal direction sleeve pipe 22 of the first setting connection of sleeve pipe 21 on rotating turret 2
In the line direction of 1 distalmost end of column, distalmost end is the end of first longitudinal direction sleeve pipe 22, therefore expansion bracket 25 can extend out to
Solstics, it is ensured that the out reach of Sidelight box.Last Sidelight box 3 erects sleeve pipe 251 as axis of rotation using second, until first
Sleeve pipe 251 is erect parallel to first longitudinal direction sleeve pipe 22, now the first positioning through hole of the first align member 311 and second in surface 31
3rd positioning through hole of upper 3rd align member 254 is interconnected, the first latch（Not shown in figure）Inserted through first simultaneously
Positioning through hole and the 3rd positioning through hole, realize being relatively fixed between Sidelight box 3 and expansion bracket 25.Wherein, the first positioning through hole
And the 3rd positioning through hole axis direction it is identical with the axis direction of column 1.
Either folded state and extended configuration, telescopic folding type sidelight device are respectively positioned on the outside of guardrail 900, are not take up
The usable floor area of forecastle deck, Sidelight box 3 also can carry out swing folding relative to telescoping mechanism, in the flexible folding of folded state
The overhanging volume of stacked sidelight device is less, the passage on ship deck is not caused to hinder；Simultaneously can be to the longitudinal sleeve of rotating turret
Pipe carries out Design of length, and then realizes different maximum extension length, to meet the ship requirement of different size model.
Finally it is emphasized that the foregoing is only the preferred embodiments of the present invention, the present invention is not limited to, it is right
For those skilled in the art, the present invention can have various change and a change, it is all within the spirit and principles in the present invention,
Any modification, equivalent substitution and improvements done etc., should be included within the scope of the present invention.
Claims (10)
1. telescopic folding type sidelight device, including：
Sidelight box and telescoping mechanism, are fixed with sidelight in the Sidelight box；
It is characterized in that：
The telescoping mechanism includes that the first end of column, rotating turret and expansion bracket, the column and the rotating turret rotates connection
And the rotating turret is with the column as axis rotation；
During the expansion bracket is plugged in the rotating turret and the expansion bracket can be relative to the rotating turret telescopic slide；It is described to stretch
Axis direction of the glide direction of contracting frame perpendicular to the column, the first end and institute of the expansion bracket along the rotating turret
Slide in the line direction that expansion bracket is stated relative to the distalmost end of the column；
The expansion bracket and the Sidelight box are rotated and are connected, the Sidelight box relative to the expansion bracket rotary shaft parallel to institute
State the axis of column.
2. telescopic folding type sidelight device according to claim 1, it is characterised in that：
The first align member and the second align member are stretched out on the Sidelight box surface；The 3rd positioning is provided with the expansion bracket
Component, is provided with the 4th align member on the rotating turret；
Can be fixed by the first mating component between first align member and the 3rd align member；
Can be fixed by the second mating component between second align member and the 4th align member.
3. telescopic folding type sidelight device according to claim 2, it is characterised in that：
First align member includes the first positioning through hole, and second align member includes the second positioning through hole, described
Three align members include the 3rd positioning through hole, and the 4th align member includes the 4th positioning through hole；
First mating component is the first latch, and second mating component is the second latch；
First latch is selectively also cross first positioning through hole and the 3rd positioning through hole；
Second latch is selectively also cross second positioning through hole and the 4th positioning through hole.
4. telescopic folding type sidelight device according to claim 3, it is characterised in that：
The Sidelight box includes first surface, and first align member is arranged on the first surface；
When glide direction of the first surface perpendicular to the expansion bracket, first positioning through hole and the described 3rd is positioned
Through hole is connected；
When the expansion bracket is in shrinkage limit position relative to the rotating turret, second positioning through hole and the described 4th
Positioning through hole is connected.
5. telescopic folding type sidelight device according to claim 4, it is characterised in that：
The Sidelight box includes and the orthogonal second surface of the first surface that second align member is arranged on described
On second surface；
When glide direction of the first surface parallel to the expansion bracket, second positioning through hole and the described 4th is positioned
Through hole is connected.
6. telescopic folding type sidelight device according to claim 1, it is characterised in that：
The expansion bracket is plugged in the sliding groove of the rotating turret, and wire casing is additionally provided with the rotating turret, the wire casing
Bearing of trend is identical with the bearing of trend of the sliding groove and the wire casing is connected with the sliding groove；
Spacing preiection is provided with the expansion bracket, the spacing preiection slides in the wire casing, and the two ends of the wire casing
Spacing is formed to the spacing preiection.
7. telescopic folding type sidelight device according to claim 6, it is characterised in that：
The spacing preiection passes through the wire casing and passes the rotating turret.
8. telescopic folding type sidelight device according to claim 6, it is characterised in that：
The side of the rotating turret is extended with the 5th align member, and the 5th align member includes the 5th positioning through hole, institute
The axis direction for stating the 5th positioning through hole is identical with the axis direction of the column.
9. the telescopic folding type sidelight device according to any one of claim 1 to 8, it is characterised in that：
The rotating turret includes first longitudinal direction sleeve pipe and second longitudinal direction sleeve pipe respectively positioned at the rotating turret upper and lower ends, described
The first setting sleeve pipe is connected between first longitudinal direction sleeve pipe and the second longitudinal direction sleeve pipe and strengthens erectting sleeve pipe；
The expansion bracket is inserted in the first longitudinal direction sleeve pipe and the second longitudinal direction sleeve pipe simultaneously, and the column is installed on institute
State in the first setting sleeve pipe.
10. telescopic folding type sidelight device according to claim 9, it is characterised in that：
Forced filling oil cup is mounted on the first longitudinal direction sleeve pipe, the second longitudinal direction sleeve pipe and the first setting sleeve pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611248789.8A CN106516036B (en) | 2016-12-29 | 2016-12-29 | Telescopic folding type sidelight device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611248789.8A CN106516036B (en) | 2016-12-29 | 2016-12-29 | Telescopic folding type sidelight device |
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| Publication Number | Publication Date |
|---|---|
| CN106516036A true CN106516036A (en) | 2017-03-22 |
| CN106516036B CN106516036B (en) | 2018-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201611248789.8A Active CN106516036B (en) | 2016-12-29 | 2016-12-29 | Telescopic folding type sidelight device |
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| CN2730747Y (en) * | 2004-07-21 | 2005-10-05 | 渤海船舶重工有限责任公司 | Hydraulic active type lamp mast |
| CN202953149U (en) * | 2012-11-30 | 2013-05-29 | 金海重工股份有限公司 | Bracket for movable arm of project lamp |
| CN203391979U (en) * | 2013-06-25 | 2014-01-15 | 广东江龙船舶制造有限公司 | Mast ascending and descending device |
| CN203558194U (en) * | 2013-09-07 | 2014-04-23 | 安徽省枞阳县泰航船舶有限公司 | Telescopic ship cabin signal rack |
| CN105644733A (en) * | 2016-03-29 | 2016-06-08 | 上海船舶研究设计院 | Collapsible ship lamp mast |
| CN206384124U (en) * | 2016-12-29 | 2017-08-08 | 显利(珠海)造船有限公司 | Telescopic folding type sidelight device |
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|---|---|
| CN106516036B (en) | 2018-06-15 |
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