CN208915407U - A kind of multi-functional ship measuring chute - Google Patents
A kind of multi-functional ship measuring chute Download PDFInfo
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- CN208915407U CN208915407U CN201821425491.4U CN201821425491U CN208915407U CN 208915407 U CN208915407 U CN 208915407U CN 201821425491 U CN201821425491 U CN 201821425491U CN 208915407 U CN208915407 U CN 208915407U
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- hull
- measuring chute
- sail
- assisting
- strut
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Abstract
The utility model provides a kind of multi-functional ship measuring chute, including hull, bracket, engine, blade, observation window, rotary hanger structure, buffering metering chamber structure navigate by water assisting sail structure, bearing bracket stand, rotating electric machine, reinforcing bar, guardrail, strut, porthole and diversion column.The setting of the utility model hoist engine, wirerope, support rod, carrying roller and suspension hook is conducive to provide hanging device for ship, solves the problems, such as no mating cargo hoisting equipment；The setting of spring is conducive to prevent weight sensor to be damaged because of collision when measuring chute weight inside increases suddenly, solves the problems, such as that weight induction device can be damaged because of the unexpected increase of weight；The setting of assisting sail provides navigation power-assisted by assisting sail when being conducive to ship run before the wind for hull, solves the problems, such as that auxiliary power cannot be provided using wind-force when navigation for ship.
Description
Technical field
The utility model belongs to measuring equipment technical field more particularly to a kind of multi-functional ship measuring chute.
Background technique
Measuring chute is usually made of rack, sensor, vibrator, Dump gate, warehouse and cylinder.Warehouse is pacified by sensor
Loaded in rack, Dump gate is driven by the cylinder, and when off working state, Dump gate is closed, and when work is driven by cylinder by bin gate
It opens, the material in storehouse is made to automatically fall into the belt feeder of lower section.When, there are when sandstone, measuring chute sinks, and pushes down biography in measuring chute
Sensor, to have the function that measure quality of material.Measuring chute is connect with sensor by sensor connecting piece.
China Patent Publication No. is CN205130132U, and invention and created name is a kind of measuring chute, including rack, in rack
It is provided with the warehouse for containing material, the sensor for measuring weight of material in warehouse is installed between warehouse and rack,
The protective cover for covering sensor is provided in the rack.It, can be by sensor by the way that a protective cover is arranged outside sensor
It protects, avoids the dust to drift on the outside of the sensor from entering in the gap of sensor and cause metering inaccurate, save simultaneously
The time of periodic cleaning sensor lower surface and sensor fixation plate upper surface, accelerate working efficiency.But existing ship
There is also no mating cargo hoisting equipment for measuring chute, when weight induction device can be damaged and be navigated by water because of the unexpected increase of weight
The problem of auxiliary power cannot being provided using wind-force for ship.
Therefore, a kind of multi-functional ship measuring chute is invented to be very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of multi-functional ship measuring chute, existing to solve
Ship measuring chute there is no mating cargo hoisting equipment, when weight induction device can be damaged and be navigated by water because of the unexpected increase of weight not
The problem of auxiliary power capable of being provided using wind-force for ship.A kind of multi-functional ship measuring chute, including hull, bracket start
Machine, blade, observation window, rotary hanger structure, buffering metering chamber structure, navigation assisting sail structure, bearing bracket stand, rotating electric machine,
Reinforcing bar, guardrail, strut, porthole and diversion column, the bracket respectively longitudinal bolt be connected to hull bottom inner surface it is right
Side position；The engine is secured transverse to the bottom inner surface right positions of hull by bracket；The blade key connects
It connects on the output shaft of engine；The observation window is embedded in the front surface right upper portion position of hull respectively；Described can
Rotating hanger structure is mounted on the upper position of bearing bracket stand；The buffering metering chamber structure is mounted on the upper position of hull；
The navigation assisting sail structure is connected to the upper left quarter position of hull；The bearing bracket stand is bolted on the right side of hull
Surface middle position；The rotating electric machine is bolted to the bosom position of bearing bracket stand；The reinforcing bar is mounted on
The leftward position of rotary hanger structure；Upper end position of the guardrail transverse weld in strut；The strut is indulged respectively
To the left side upper surface location for being welded on hull；The porthole is embedded in the front surface upper left quarter position of hull；Described leads
The lower left quarter position of hull is arranged in fluidization tower horizontal integration；The rotary hanger structure includes load-bearing pillar, mounting base, volume
Machine, wirerope, support rod, U-shaped buckle, carrying roller and suspension hook are raised, the mounting base cross bolts are connected to the right side of load-bearing pillar
Side lower part position；The hoist engine is bolted to the upper surface middle position of mounting base；The wirerope right end grafting
And it is wrapped in the front surface upper middle position of hoist engine, it is logical by the outer surface upper left quarter of carrying roller on the left of the wirerope
U-shaped buckle system is crossed to connect in the front surface left upper portion middle position of suspension hook；The support rod is bolted to a left side for load-bearing pillar
Upper lateral part position；The U-shaped buckle is threaded in the front surface left lower position of wirerope respectively；The carrying roller
Axis connects in the rear surface left upper portion middle position of support rod；The suspension hook is socketed in the left lower position of wirerope.
Preferably, the described buffering metering chamber structure includes spring strut, spring, anticreep baffle, fixture block, weight sensor and
Measuring chute, the lower spring end are welded on the bottom inner surface middle position of spring strut, and the spring upper end is welded on anti-
The lower surface middle position of off-gear plate；The lower end position of weight sensor, institute is arranged in the anticreep baffle horizontal integration
The anticreep baffle stated is particularly located at the upper inside position of spring strut；The fixture block is respectively welded at the left and right sides of spring strut
Upper position, the fixture block are particularly located at the upper position of anticreep baffle；The weight sensor longitudinally-moving is plugged on
The upper end position of spring strut；The measuring chute cross bolts are connected to the upper end position of weight sensor.
Preferably, the navigation assisting sail structure includes pedestal, electric block, column, anti-fall pulley, promotion silk noil
Rope, connecting rope and assisting sail, the electric block are bolted to the upper surface right positions of pedestal；The column is longitudinal
It is bolted to the upper surface leftward position of pedestal；The anti-fall pulley is welded on the upper end position of column；The promotion
The grafting of oil thread rope right end and the front surface leftward position for being wrapped in electric block, described promotes oil thread rope by anti-fall pulley
Outer surface upper position system connects in the upper surface middle position of assisting sail；The connecting rope is to connect in assisting sail and power-assisted respectively
The left and right sides middle position of sail；The left lower position that the assisting sail is articulated in column by promoting oil thread rope.
Preferably, the load-bearing pillar is longitudinally plugged on the inner ring position of the rolling bearing of the upper end innermost insert of bearing bracket stand
It sets；The upper inside middle position that the output shaft of the rotating electric machine extends through bearing bracket stand is connect with load-bearing pillar shaft coupling.
Preferably, the spring strut is bolted to the upper surface middle position of hull respectively.
Preferably, the pedestal cross bolts are connected to the left side upper surface location of hull；The specific position of the pedestal
In the rear positions of strut.
Preferably, the front surface left lower position of support rod is bolted on the left of the reinforcing bar, described adds
The left lower position of load-bearing pillar is bolted on the right side of solid rod；Anti-slip elastic slice has been bolted on the inside of the suspension hook.
Preferably, the intersection position of the output shaft of the engine and hull is provided with sealing ring.
Preferably, the assisting sail is provided with multiple, and the assisting sail lower surface of the downside setting is provided with connection
Rope, the connecting rope is socketed in the lower position of column and screw is connected to the upper surface leftward position of pedestal.
Preferably, the measuring chute front surface middle position is longitudinally inlaid with transparent toughened glass observation window.
Preferably, the hoist engine specifically uses the hoist engine of model KCD type；The weight sensor is specifically adopted
With the weighing sensor of model QS；The electric block specifically uses the electric block of model TSJ-A；The rotation
Motor specifically uses the motor of model ZD51-6-13KW.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the hoist engine, wirerope, support rod, the setting of carrying roller and suspension hook is conducive to
Hanging device is provided for ship, solves the problems, such as no mating cargo hoisting equipment.
2. in the utility model, the setting of the spring is conducive to prevent when measuring chute weight inside increases suddenly
Weight sensor is damaged because of collision, solves the problems, such as that weight induction device can be damaged because of the unexpected increase of weight.
3. in the utility model, the setting of the assisting sail, passing through assisting sail when being conducive to ship run before the wind is ship
Body provides navigation power-assisted, solves the problems, such as that auxiliary power cannot be provided using wind-force when navigation for ship.
4. in the utility model, the measuring chute front surface middle position is longitudinally inlaid with transparent toughened glass observation
Window is conducive to check the cargo storage amount inside measuring chute.
5. in the utility model, the output shaft of the engine and the intersection position of hull are provided with sealing ring, have
Conducive to the waterproof sealing effect for increasing hull.
6. in the utility model, being bolted anti-slip elastic slice on the inside of the suspension hook, being beneficial to prevent to be articulated in and hang
Equipment or product slippage at hook fall damage.
7. in the utility model, the setting of the observation window is conducive to the lifting situation checked and operated.
8. in the utility model, the setting of the guardrail, the personnel of being beneficial to prevent, which slip, to fall into the sea, increase safety.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the rotary hanger structure of the utility model.
Fig. 3 is the partial enlargement structural representation of the buffering metering chamber structure of the utility model.
Fig. 4 is the structural schematic diagram of the navigation assisting sail structure of the utility model.
In figure:
1, hull；2, bracket；3, engine；4, blade；5, observation window；6, rotary hanger structure；61, load-bearing pillar；62,
Mounting base；63, hoist engine；64, wirerope；65, support rod；66, U-shaped buckle；67, carrying roller；68, suspension hook；7, buffering metering
Chamber structure；71, spring strut；72, spring；73, anticreep baffle；74, fixture block；75, weight sensor；76, measuring chute；8, navigation helps
Lifan structure；81, pedestal；82, electric block；83, column；84, anti-fall pulley；85, oil thread rope is promoted；86, connecting rope；87,
Assisting sail；9, bearing bracket stand；10, rotating electric machine；11, reinforcing bar；12, guardrail；13, strut；14, porthole；15, diversion column.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 to attached drawing 4
The utility model provides a kind of multi-functional ship measuring chute, including hull 1, bracket 2, engine 3, blade 4, sight
Window 5, rotary hanger structure 6 are examined, buffering metering chamber structure 7 navigates by water assisting sail structure 8, bearing bracket stand 9, and rotating electric machine 10 is reinforced
Bar 11, guardrail 12, strut 13, porthole 14 and diversion column 15, longitudinal bolt is connected to the inside of hull 1 to the bracket 2 respectively
Lower surface right positions；The engine 3 is secured transverse to the bottom inner surface right positions of hull 1 by bracket 2；It is described
Blade 4 be keyed on the output shaft of engine 3；The observation window 5 is embedded in the front surface right upper portion of hull 1 respectively
Position；The rotary hanger structure 6 is mounted on the upper position of bearing bracket stand 9；The buffering metering chamber structure 7 is mounted on
The upper position of hull 1；The navigation assisting sail structure 8 is connected to the upper left quarter position of hull 1；9 spiral shell of bearing bracket stand
Bolt is connected to the right side upper surface middle position of hull 1；The rotating electric machine 10 is bolted to the bosom of bearing bracket stand 9
Position；The reinforcing bar 11 is mounted on the leftward position of rotary hanger structure 6；12 transverse weld of guardrail is in strut
13 upper end position；The strut 13 distinguishes longitudinal measure in the left side upper surface location of hull 1；The porthole 14 is inlayed
In the front surface upper left quarter position of hull 1；The lower left quarter position of hull 1 is arranged in 15 horizontal integration of diversion column；Institute
The rotary hanger structure 6 stated includes load-bearing pillar 61, mounting base 62, hoist engine 63, wirerope 64, support rod 65, U-shaped buckle
66, carrying roller 67 and suspension hook 68,62 cross bolts of mounting base are connected to the lower right side position of load-bearing pillar 61；Described
Hoist engine 63 is bolted to the upper surface middle position of mounting base 62；The 64 right end grafting of wirerope is simultaneously wrapped in elevator
The front surface upper middle position of machine 63 passes through by the outer surface upper left quarter of carrying roller 67 on the left of the wirerope 64 U-shaped
66 systems are buckled to connect in the front surface left upper portion middle position of suspension hook 68；The support rod 65 is bolted to load-bearing pillar 61
Left upper portion position；The U-shaped buckle 66 is threaded in the front surface left lower position of wirerope 64 respectively；Described
67 axis of carrying roller connects in the rear surface left upper portion middle position of support rod 65；The suspension hook 68 is socketed in a left side for wirerope 64
Side lower part position.
In above-described embodiment, specifically, the buffering metering chamber structure 7 includes spring strut 71, spring 72, anticreep baffle
73, fixture block 74, weight sensor 75 and measuring chute 76,72 lower end of spring are welded in the bottom inner surface of spring strut 71
Between position, 72 upper end of spring is welded on the lower surface middle position of anticreep baffle 73；The anticreep baffle 73 is laterally
For integrated setting in the lower end position of weight sensor 75, the anticreep baffle 73 is particularly located at the upper inside of spring strut 71
Position；The fixture block 74 is respectively welded at the left and right sides upper position of spring strut 71, and the fixture block 74 is particularly located at anti-
The upper position of off-gear plate 73；75 longitudinally-moving of weight sensor is plugged on the upper end position of spring strut 71；Described
76 cross bolts of measuring chute are connected to the upper end position of weight sensor 75.
In above-described embodiment, specifically, the navigation assisting sail structure 8 includes pedestal 81, electric block 82, column
83, anti-fall pulley 84 promotes oil thread rope 85, and connecting rope 86 and assisting sail 87, the electric block 82 are bolted to pedestal
81 upper surface right positions；83 longitudinal bolt of column is connected to the upper surface leftward position of pedestal 81；Described is anti-
Wheel 84 of trying to shirk responsibility is welded on the upper end position of column 83；The 85 right end grafting of promotion oil thread rope is simultaneously wrapped in electric block 82
Front surface leftward position, outer surface upper position system of the promotion oil thread rope 85 Jing Guo anti-fall pulley 84 connect in assisting sail 87
Upper surface middle position；The connecting rope 86 is the left and right sides interposition connect in assisting sail 87 and assisting sail 87 respectively
It sets；The left lower position that the assisting sail 87 is articulated in column 83 by promoting oil thread rope 85.
In above-described embodiment, specifically, the longitudinal upper end innermost insert for being plugged on bearing bracket stand 9 of the load-bearing pillar 61 turns
The inner ring position of dynamic bearing；The output shaft of the rotating electric machine 10 extend through the upper inside middle position of bearing bracket stand 9 with
The connection of 61 shaft coupling of load-bearing pillar.
In above-described embodiment, specifically, the spring strut 71 is bolted to the upper surface interposition of hull 1 respectively
It sets.
In above-described embodiment, specifically, 81 cross bolts of pedestal are connected to the left side upper surface location of hull 1；
The pedestal 81 is particularly located at the rear positions of strut 13.
In above-described embodiment, specifically, being bolted on the left of the reinforcing bar 11 on the left of the front surface of support rod 65
Lower position is bolted to the left lower position of load-bearing pillar 61 on the right side of the reinforcing bar 11；68 inside of suspension hook
It has been bolted anti-slip elastic slice.
In above-described embodiment, specifically, the intersection position of the output shaft of the engine 3 and hull 1 be provided with it is close
Seal.
In above-described embodiment, specifically, the assisting sail 87 is provided with the assisting sail 87 of multiple, described downside settings
Lower surface is provided with connecting rope 86, and the connecting rope 86 is socketed in the lower position of column 83 and screw is connected to pedestal 81
Upper surface leftward position.
In above-described embodiment, specifically, the 76 front surface middle position of measuring chute is longitudinally inlaid with transparent tempering glass
Glass observation window.
In above-described embodiment, specifically, the hoist engine 63 specifically uses the hoist engine of model KCD type；Described
Weight sensor 75 specifically uses the weighing sensor of model QS；The electric block 82 specifically uses model TSJ-A
Electric block；The rotating electric machine 10 specifically uses the motor of model ZD51-6-13KW.
Working principle
The utility model, when in use, firstly, staff's operation, which is located at the console in observation window 5, starts electric rotating
Machine 10 rotates support rod 65 to suitable lifting angle, promotes starting hoist engine 63 and is stretched suspension hook 68 downwards by wirerope 64
Out, the equipment lifted or product will be needed to be articulated at suspension hook 68, then operation is located at the console starting elevator in observation window 5
Machine 63 by wirerope 64 by suspension hook 68 equipment or product be lifted up, while start rotating electric machine 10 by support rod 65 into
To 76 upper position of measuring chute, being then again started up hoist engine 63 will be hung up to the equipment or product decentralization at suspension hook 68 for row rotation
Set 76 bottom inner surface position of measuring chute；Secondly, when equipment or product are placed into 76 bottom inner surface position of measuring chute, due to
Gravity measuring chute 76 can move down, and weight information can be transferred to by the weight sensor 75 for being now placed in lower surface position
At console in observation window 5 and the display by being arranged at console is shown, when reaching weight sensor 75
Stop continuing load-carrying when dead weight；Finally, sailing with the wind during Transporting equipment or product and wind speed being greater than ship's speed
When, then operation is located at the console starting electric block 82 in porthole 14 and is mentioned assisting sail 87 upwards by promoting oil thread rope 85
It rises, will drive assisting sail 87 when wind to 87 front surface position of assisting sail to the movement of the direction of ship running, to alleviate
The work load of engine 3 provides navigation power-assisted for hull 1.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. a kind of multi-functional ship measuring chute, which is characterized in that the multi-functional ship measuring chute includes hull (1), bracket
(2), power-assisted is navigated by water in engine (3), blade (4), observation window (5), rotary hanger structure (6), buffering metering chamber structure (7)
Sail structure (8), bearing bracket stand (9), rotating electric machine (10), reinforcing bar (11), guardrail (12), strut (13), porthole (14) and water conservancy diversion
Column (15), longitudinal bolt is connected to the bottom inner surface right positions of hull (1) to the bracket (2) respectively；Described starts
Machine (3) is secured transverse to the bottom inner surface right positions of hull (1) by bracket (2)；Blade (4) key connection is being sent out
On the output shaft of motivation (3)；The observation window (5) is embedded in the front surface right upper portion position of hull (1) respectively；Described
Rotary hanger structure (6) is mounted on the upper position of bearing bracket stand (9)；Buffering metering chamber structure (7) is mounted on hull
(1) upper position；The navigation assisting sail structure (8) is connected to the upper left quarter position of hull (1)；The bearing bracket stand
(9) it is bolted to the right side upper surface middle position of hull (1)；The rotating electric machine (10) is bolted to bearing bracket stand
(9) bosom position；The reinforcing bar (11) is mounted on the leftward position of rotary hanger structure (6)；The shield
Upper end position of column (12) transverse weld in strut (13)；Left side of strut (13) the difference longitudinal measure in hull (1)
Upper surface location；The porthole (14) is embedded in the front surface upper left quarter position of hull (1)；The diversion column (15) is laterally
Integrated setting is in the lower left quarter position of hull (1)；The rotary hanger structure (6) includes load-bearing pillar (61), mounting base
(62), hoist engine (63), wirerope (64), support rod (65), U-shaped buckle (66), carrying roller (67) and suspension hook (68), it is described
Mounting base (62) cross bolts are connected to the lower right side position of load-bearing pillar (61)；The hoist engine (63) is bolted to peace
Fill the upper surface middle position of seat (62)；Wirerope (64) the right end grafting is simultaneously wrapped on the front surface of hoist engine (63)
Portion middle position, the wirerope (64) left side pass through U-shaped buckle (66) system by the outer surface upper left quarter of carrying roller (67)
It connects in the front surface left upper portion middle position of suspension hook (68)；The support rod (65) is bolted to a left side for load-bearing pillar (61)
Upper lateral part position；The U-shaped buckle (66) is threaded in the front surface left lower position of wirerope (64) respectively；It is described
Carrying roller (67) axis connect in the rear surface left upper portion middle position of support rod (65)；The suspension hook (68) is socketed in steel wire
The left lower position of rope (64).
2. multi-functional ship measuring chute as described in claim 1, which is characterized in that the buffering measures chamber structure (7)
It is described including spring strut (71), spring (72), anticreep baffle (73), fixture block (74), weight sensor (75) and measuring chute (76)
Spring (72) lower end be welded on the bottom inner surface middle position of spring strut (71), the spring (72) upper end is welded on anti-
The lower surface middle position of off-gear plate (73)；Anticreep baffle (73) horizontal integration is arranged in weight sensor (75)
Lower end position, the anticreep baffle (73) are particularly located at the upper inside position of spring strut (71)；The fixture block (74) point
It is not welded on the left and right sides upper position of spring strut (71), the fixture block (74) is particularly located at the top of anticreep baffle (73)
Position；Described weight sensor (75) longitudinally-moving is plugged on the upper end position of spring strut (71)；The measuring chute (76)
Cross bolts are connected to the upper end position of weight sensor (75).
3. multi-functional ship measuring chute as described in claim 1, which is characterized in that the navigation assisting sail structure (8)
Including pedestal (81), electric block (82), column (83), anti-fall pulley (84) promoted oil thread rope (85), connecting rope (86) and is helped
Lifan (87), the electric block (82) are bolted to the upper surface right positions of pedestal (81)；The column (83)
Longitudinal bolt is connected to the upper surface leftward position of pedestal (81)；The anti-fall pulley (84) is welded on the upper end of column (83)
Position；Promotion oil thread rope (85) the right end grafting and the front surface leftward position for being wrapped in electric block (82), it is described
It promotes oil thread rope (85) and connects the upper surface interposition in assisting sail (87) by the outer surface upper position system of anti-fall pulley (84)
It sets；The connecting rope (86) is to connect in the left and right sides middle position of assisting sail (87) and assisting sail (87) respectively；Described
The left lower position that assisting sail (87) is articulated in column (83) by promoting oil thread rope (85).
4. multi-functional ship measuring chute as described in claim 1, which is characterized in that the longitudinal grafting of the load-bearing pillar (61)
In the inner ring position of the rolling bearing of the upper end innermost insert of bearing bracket stand (9)；The output shaft of the rotating electric machine (10) is distinguished
Upper inside middle position through bearing bracket stand (9) is connect with load-bearing pillar (61) shaft coupling.
5. multi-functional ship measuring chute as claimed in claim 2, which is characterized in that spring strut (71) the difference bolt
It is connected to the upper surface middle position of hull (1).
6. multi-functional ship measuring chute as claimed in claim 3, which is characterized in that pedestal (81) cross bolts connect
Connect the left side upper surface location in hull (1)；The pedestal (81) is particularly located at the rear positions of strut (13).
7. multi-functional ship measuring chute as described in claim 1, which is characterized in that bolt on the left of the reinforcing bar (11)
It is connected to the front surface left lower position of support rod (65), is bolted to load-bearing pillar (61) on the right side of the reinforcing bar (11)
Left lower position；Anti-slip elastic slice has been bolted on the inside of the suspension hook (68).
8. multi-functional ship measuring chute as described in claim 1, which is characterized in that the output shaft of the engine (3)
The intersection position of hull (1) is provided with sealing ring.
9. multi-functional ship measuring chute as claimed in claim 3, which is characterized in that the assisting sail (87) is provided with more
A, assisting sail (87) lower surface of the downside setting is provided with connecting rope (86), and the connecting rope (86) is socketed in vertical
The lower position and screw of column (83) are connected to the upper surface leftward position of pedestal (81).
10. multi-functional ship measuring chute as described in claim 1, which is characterized in that described measuring chute (76) front surface
Middle position is longitudinally inlaid with transparent toughened glass observation window.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821425491.4U CN208915407U (en) | 2018-08-31 | 2018-08-31 | A kind of multi-functional ship measuring chute |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821425491.4U CN208915407U (en) | 2018-08-31 | 2018-08-31 | A kind of multi-functional ship measuring chute |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208915407U true CN208915407U (en) | 2019-05-31 |
Family
ID=66704815
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821425491.4U Expired - Fee Related CN208915407U (en) | 2018-08-31 | 2018-08-31 | A kind of multi-functional ship measuring chute |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208915407U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113291985A (en) * | 2021-05-12 | 2021-08-24 | 江苏神力船舶设备有限公司 | Movable small suspender equipment for ship |
-
2018
- 2018-08-31 CN CN201821425491.4U patent/CN208915407U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113291985A (en) * | 2021-05-12 | 2021-08-24 | 江苏神力船舶设备有限公司 | Movable small suspender equipment for ship |
| CN113291985B (en) * | 2021-05-12 | 2023-12-29 | 盐城神力制绳有限公司 | Small boom moving equipment for ship |
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