CN207500206U - Novel mechanical damped platform - Google Patents

Novel mechanical damped platform Download PDF

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Publication number
CN207500206U
CN207500206U CN201721418130.2U CN201721418130U CN207500206U CN 207500206 U CN207500206 U CN 207500206U CN 201721418130 U CN201721418130 U CN 201721418130U CN 207500206 U CN207500206 U CN 207500206U
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China
Prior art keywords
slide bar
supporting sleeve
sliding block
spring
inserted link
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CN201721418130.2U
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Chinese (zh)
Inventor
谢伟丽
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Jining Polytechnic
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Jining Polytechnic
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Abstract

The utility model is related to a kind of novel mechanical damped platforms, first damping is between pedestal and vibration-damped table, the upper surface both sides of pedestal are respectively arranged with first damping, first damping connects vibration-damped table, first damping includes rectangle installation frame, inserted link A, inserted link B, supporting sleeve A, supporting sleeve B, connecting flange A, connecting flange B, slide bar A, slide bar B, sliding block A, slide block B, spring A and spring B, the rectangle installation frame includes upper substrate, lower substrate and two side plates being mutually parallel, the upper end of side plate is connect respectively with the both ends of upper substrate, the lower end of side plate is connect respectively with lower substrate.Compared with prior art, the utility model has the advantages that:It is simple in structure, at low cost, easy to operate;It is versatile;Usage time is long, most importantly can greatly reduce the generation of noise, both ensure that water pump noise reduction, in turn ensures the stable operation of water pump.

Description

Novel mechanical damped platform
Technical field
The utility model is related to a kind of novel mechanical damped platforms, belong to mechanical shock absorption technical field.
Background technology
At present, water pump is widely used in pipeline, and water pump is made of parts such as pump chamber, impeller, motor, inlet and outlet pipelines, electricity Machine rotates to drive the wheel rotation in pump chamber after being powered, and pipeline liquid enters pump chamber, then the leaf by rotating by unit fixed on water pump suction Wheel flows out after increasing power from outlet.The equipment that water pump etc. can generate huge vibrations is equipped in high-storey, these equipment are direct On floor, great noise can be generated, to enter summer water use peak, water pump often enables again, the daily schedule Conflict with water use peak, midnight or stagger(ed) cycle in morning are frequent, and enabling time is long, the severe jamming rest of resident family's life upstairs.
Utility model content
According to the above-mentioned deficiencies in the prior art, the technical problems to be solved in the utility model is:A kind of Novel machine is provided Tool damped platform can greatly reduce the generation of noise, both ensure that water pump noise reduction, in turn ensure the stable fortune of water pump Row.
Novel mechanical damped platform described in the utility model subtracts including pedestal, the first damping and vibration-damped table, first Mechanism is shaken between pedestal and vibration-damped table, and the upper surface both sides of pedestal are respectively arranged with first damping, and first subtracts Mechanism connection vibration-damped table is shaken, first damping includes rectangle installation frame, inserted link A, inserted link B, supporting sleeve A, supporting sleeve B, connecting flange A, connecting flange B, slide bar A, slide bar B, sliding block A, slide block B, spring A and spring B, the rectangle installation frame packet Upper substrate, lower substrate and two side plates being mutually parallel are included, the upper end of side plate is connect respectively with the both ends of upper substrate, under side plate End is connect respectively with lower substrate, and the slide bar A being mutually parallel and slide bar B, slide bar A and slide bar are connected between upper substrate and lower substrate The upper and lower ends of B are fixedly connected respectively with upper substrate, lower substrate, are slided on slide bar A and are provided with sliding block A, setting is slided on slide bar B There is slide block B, inserted link A is located at the left side of slide bar A, and inserted link B is located at the right side of slide bar B, is installed on upper substrate and is worn for supporting sleeve A The hole crossed, supporting sleeve A are fixedly connected across upper substrate with sliding block A, and supporting sleeve A centers offer the hole being inserted into for inserted link A, inserted link A upper ends are inserted into supporting sleeve A, and supporting sleeve A can be slided up and down along inserted link A, and inserted link A lower ends are fixedly connected with lower substrate, supporting sleeve A Upper end is equipped with connecting flange A, and connecting flange A is fixedly connected with vibration-damped table, is installed with what is passed through for supporting sleeve B on upper substrate Hole, supporting sleeve B are fixedly connected across upper substrate with slide block B, and supporting sleeve B centers offer the hole being inserted into for inserted link B, on inserted link B End is inserted into supporting sleeve B, and supporting sleeve B can be slided up and down along inserted link B, and inserted link B lower ends are fixedly connected with lower substrate, on supporting sleeve B End is equipped with connecting flange B, and connecting flange B is fixedly connected with vibration-damped table.
The lower substrate is weldingly fixed on pedestal, and connection is reliable.
The novel mechanical damped platform, further includes spring compression mechanism, the spring compression mechanism include lifting top plate, Screw rod A, screw rod B, nut A and nut B, lifting top plate are set on slide bar A and slide bar B, can be slided along slide bar A and slide bar B, spiral shell Nut A is threaded on bar A, nut A is fixedly connected with lifting one end of top plate, and nut B, spiral shell are threaded on screw rod B Female B is fixedly connected with lifting the other end of top plate, and spring A upper ends offset with sliding block A, and spring A lower ends offset with lifting top plate, bullet The upper end of spring B offsets with slide block B, and the other end of spring B and lifting top plate offset, and the bottom end of screw rod A and screw rod B are and lower substrate It offsets, spring uses for a long time, when elasticity is weaker, by moving up lifting top plate, adjusts shock-stiffness.
The novel mechanical damped platform, further includes the second damping, and second damping includes connecting rod C, cunning Block C, sliding block D, spring C, spring D, connecting rod A, connecting rod B and hinged block, connecting rod C one end are connect with sliding block A, the connecting rod C other ends with Slide block B connects, and is slided on connecting rod C and is provided with sliding block C and sliding block D, spring C is arranged on the connecting rod C between sliding block A and sliding block C, Spring D is arranged on connecting rod C between sliding block D and slide block B, the upper surface middle part for lifting top plate is provided with hinged block, on connecting rod A End is hinged with sliding block C, and connecting rod A lower ends are hinged with hinged block, and connecting rod B upper ends are hinged with sliding block D, and connecting rod B lower ends are cut with scissors with hinged block It connects, damping effect is more preferable.
The operation principle of the utility model:Water pump is mounted on vibration-damped table, is moved up and down by supporting sleeve A, on band movable slider Dynamic compressed spring is moved down, vibration-damped table can reduce shaking under the action of the spring, and the vibrations of water pump volume are filtered through mechanical shock absorption platform After greatly reduce, be the generation that can greatly reduce noise, both ensure that water pump noise reduction, in turn ensure the stable of water pump Operation.
Compared with prior art, the utility model has the advantages that:It is simple in structure, at low cost, easy to operate;It is logical It is strong with property;Usage time is long, most importantly can greatly reduce the generation of noise, not only ensure that water pump noise reduction, but also It ensure that the stable operation of water pump.
Description of the drawings
Fig. 1 is the left view of the utility model;
Fig. 2 is the front view of the utility model.
In figure:1st, pedestal 2, the first damping 2.1, rectangle installation frame 2.1.1, upper substrate 2.1.2, lower substrate 2.1.3, side plate 2.2, inserted link A 2.3, inserted link B 2.4, supporting sleeve A 2.5, supporting sleeve B 2.6, connecting flange A 2.7, connection Flange B 2.8, slide bar A 2.9, slide bar B 2.10, sliding block A 2.11, slide block B 2.12, spring A 2.13, spring B 3, damping Platform 4, spring compression mechanism 4.1, lifting top plate 4.2, screw rod A4.3, screw rod B 4.4, nut A 4.5, nut B 5, second Damping 5.1, connecting rod C 5.2, sliding block C 5.3, sliding block D 5.4, spring C 5.5, spring D 5.6, connecting rod A 5.7, connecting rod B 5.8, hinged block
Specific embodiment
The utility model is described further below in conjunction with the accompanying drawings:
Below by way of specific embodiment, the utility model is described in further detail, but not to limit the utility model, all Within spirit of the invention and principle, any modification, equivalent replacement, improvement and so on should be included in the utility model Within protection domain.
Embodiment
As depicted in figs. 1 and 2, the novel mechanical damped platform, pedestal 1, the first damping 2 and vibration-damped table 3, the For one damping 2 between pedestal 1 and vibration-damped table 3, the upper surface both sides of pedestal 1 are respectively arranged with first damping 2, the first damping 2 connection vibration-damped table 3, first damping 2 includes rectangle installation frame 2.1, inserted link A2.2, inserted link B2.3, supporting sleeve A2.4, supporting sleeve B2.5, connecting flange A2.6, connecting flange B2.7, slide bar A2.8, slide bar B2.9, sliding block A2.10, slide block B 2.11, spring A2.12 and spring B 2.13, the rectangle installation frame 2.1 include upper substrate 2.1.1, lower base Both ends of the upper end of plate 2.1.2 and two side plate 2.1.3 being mutually parallel, side plate 2.1.3 respectively with upper substrate 2.1.1 are connect, The lower end of side plate 2.1.3 is connect respectively with lower substrate 2.1.2, is connected between upper substrate 2.1.1 and lower substrate 2.1.2 mutually flat The upper and lower ends of capable slide bar A2.8 and slide bar B2.9, slide bar A2.8 and slide bar B2.9 respectively with upper substrate 2.1.1, lower substrate 2.1.2 it is fixedly connected, is slided on slide bar A2.8 and be provided with sliding block A2.10, slided on slide bar B2.9 and be provided with slide block B 2.11, inserted Bar A2.2 is located at the left side of slide bar A2.8, and inserted link B2.3 is located at the right side of slide bar B2.9, is installed on upper substrate 2.1.1 for branch The hole that support set A2.4 is passed through, supporting sleeve A2.4 are fixedly connected across upper substrate 2.1.1 with sliding block A2.10, supporting sleeve A2.4 centers The hole being inserted into for inserted link A2.2 is offered, inserted link A2.2 upper ends are inserted into supporting sleeve A2.4, and supporting sleeve A2.4 can be along inserted link A2.2 It sliding up and down, inserted link A2.2 lower ends are fixedly connected with lower substrate 2.1.2, and supporting sleeve A2.4 upper ends are equipped with connecting flange A2.6, Connecting flange A2.6 is fixedly connected with vibration-damped table 3, and the hole passed through for supporting sleeve B2.5 is installed on upper substrate 2.1.1, support Set B2.5 is fixedly connected across upper substrate 2.1.1 with slide block B 2.11, and supporting sleeve B2.5 centers offer what is be inserted into for inserted link B2.3 Hole, inserted link B2.3 upper ends are inserted into supporting sleeve B2.5, and supporting sleeve B2.5 can be slided up and down along inserted link B2.3, inserted link B2.3 lower ends with Lower substrate 2.1.2 is fixedly connected, and supporting sleeve B2.5 upper ends are equipped with connecting flange B2.7, and connecting flange B2.7 is solid with vibration-damped table 3 Fixed connection.
In the present embodiment, the lower substrate 2.1.2 is weldingly fixed on pedestal 1;It is described to further include spring compression mechanism 4, The spring compression mechanism 4 includes lifting top plate 4.1, screw rod A4.2, screw rod B4.3, nut A4.4 and nut B4.5, lifting top Plate 4.1 is set on slide bar A2.8 and slide bar B2.9, can be slided along slide bar A2.8 and slide bar B2.9, is threadedly coupled on screw rod A4.2 There are nut A4.4, nut A4.4 to be fixedly connected with lifting one end of top plate 4.1, nut B4.5 be threaded on screw rod B4.3, Nut B4.5 is fixedly connected with lifting the other end of top plate 4.1, and spring A2.12 upper ends offset with sliding block A2.10, spring A2.12 Lower end offsets with lifting top plate 4.1, and upper end and the slide block B 2.11 of spring B 2.13 offset, the other end of spring B 2.13 and lifting Top plate 4.1 offsets, and the bottom end of screw rod A4.2 and screw rod B4.3 offset with lower substrate 2.1.2;It is described to further include the second damping machine Structure 5, second damping 5 include connecting rod C5.1, sliding block C5.2, sliding block D5.3, spring C5.4, spring D5.5, connecting rod A5.6, connecting rod B5.7 and hinged block 5.8, connecting rod C5.1 one end are connect with sliding block A2.10, the connecting rod C5.1 other ends and sliding block B2.11 connections are slided on connecting rod C5.1 and are provided with sliding block C5.2 and sliding block D5.3, the company between sliding block A2.10 and sliding block C5.2 Spring C5.4 is arranged on bar C5.1, spring D5.5 is arranged on the connecting rod C5.1 between sliding block D5.3 and slide block B 2.11, is lifted The upper surface middle part of top plate 4.1 is provided with hinged block 5.8, and connecting rod A5.6 upper ends are hinged with sliding block C5.2, connecting rod A5.6 lower ends with Hinged block 5.8 is hinged, and connecting rod B5.7 upper ends are hinged with sliding block D5.3, and connecting rod B5.7 lower ends are hinged with hinged block 5.8.
The advantages of basic principle, main feature and the utility model of the utility model has been shown and described above.This The technical staff of industry is retouched in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments That states merely illustrates the principles of the invention, and on the premise of not departing from the spirit and scope of the utility model, the utility model can also There are various changes and modifications, these various changes and improvements fall within the scope of the claimed invention.The utility model will Protection domain is asked to be defined by the appending claims and its equivalent thereof.

Claims (4)

1. a kind of novel mechanical damped platform, it is characterised in that:Including pedestal(1), the first damping(2)And vibration-damped table(3), First damping(2)Positioned at pedestal(1)And vibration-damped table(3)Between, pedestal(1)Upper surface both sides be respectively arranged with one One damping(2), the first damping(2)Connect vibration-damped table(3), first damping(2)Including rectangle installing frame Frame(2.1), inserted link A(2.2), inserted link B(2.3), supporting sleeve A(2.4), supporting sleeve B(2.5), connecting flange A(2.6), connection method Blue B(2.7), slide bar A(2.8), slide bar B(2.9), sliding block A(2.10), slide block B(2.11), spring A(2.12)And spring B (2.13), the rectangle installation frame(2.1)Including upper substrate(2.1.1), lower substrate(2.1.2)The side being mutually parallel with two Plate(2.1.3), side plate(2.1.3)Upper end respectively with upper substrate(2.1.1)Both ends connection, side plate(2.1.3)Lower end point Not and lower substrate(2.1.2)Connection, upper substrate(2.1.1)And lower substrate(2.1.2)Between be connected with the slide bar A being mutually parallel (2.8)With slide bar B(2.9), slide bar A(2.8)With slide bar B(2.9)Upper and lower ends respectively with upper substrate(2.1.1), lower substrate (2.1.2)It is fixedly connected, slide bar A(2.8)Upper slip is provided with sliding block A(2.10), slide bar B(2.9)Upper slip is provided with slide block B (2.11), inserted link A(2.2)Positioned at slide bar A(2.8)Left side, inserted link B(2.3)Positioned at slide bar B(2.9)Right side, upper substrate (2.1.1)On be installed with for supporting sleeve A(2.4)The hole passed through, supporting sleeve A(2.4)Across upper substrate(2.1.1)With sliding block A (2.10)It is fixedly connected, supporting sleeve A(2.4)Center is offered for inserted link A(2.2)The hole of insertion, inserted link A(2.2)Upper end is inserted into Supporting sleeve A(2.4)It is interior, supporting sleeve A(2.4)It can be along inserted link A(2.2)It slides up and down, inserted link A(2.2)Lower end and lower substrate (2.1.2)It is fixedly connected, supporting sleeve A(2.4)Upper end is equipped with connecting flange A(2.6), connecting flange A(2.6)With vibration-damped table (3)It is fixedly connected, upper substrate(2.1.1)On be installed with for supporting sleeve B(2.5)The hole passed through, supporting sleeve B(2.5)Across upper Substrate(2.1.1)With slide block B(2.11)It is fixedly connected, supporting sleeve B(2.5)Center is offered for inserted link B(2.3)The hole of insertion, Inserted link B(2.3)Supporting sleeve B is inserted into upper end(2.5)It is interior, supporting sleeve B(2.5)It can be along inserted link B(2.3)It slides up and down, inserted link B (2.3)Lower end and lower substrate(2.1.2)It is fixedly connected, supporting sleeve B(2.5)Upper end is equipped with connecting flange B(2.7), connection method Blue B(2.7)With vibration-damped table(3)It is fixedly connected.
2. novel mechanical damped platform according to claim 1, it is characterised in that:The lower substrate(2.1.2)Welding is solid It is scheduled on pedestal(1)On.
3. novel mechanical damped platform according to claim 2, it is characterised in that:Further include spring compression mechanism(4), institute State spring compression mechanism(4)Including lifting top plate(4.1), screw rod A(4.2), screw rod B(4.3), nut A(4.4)With nut B (4.5), lift top plate(4.1)It is set in slide bar A(2.8)With slide bar B(2.9)On, it can be along slide bar A(2.8)With slide bar B(2.9) It slides, screw rod A(4.2)On be threaded with nut A(4.4), nut A(4.4)With lifting top plate(4.1)One end fix connect It connects, screw rod B(4.3)On be threaded with nut B(4.5), nut B(4.5)With lifting top plate(4.1)The other end fix connect It connects, spring A(2.12)Upper end and sliding block A(2.10)It offsets, spring A(2.12)Lower end and lifting top plate(4.1)It offsets, spring B (2.13)Upper end and slide block B(2.11)It offsets, spring B(2.13)The other end with lifting top plate(4.1)It offsets, screw rod A (4.2)With screw rod B(4.3)Bottom end and lower substrate(2.1.2)It offsets.
4. novel mechanical damped platform according to claim 3, it is characterised in that:Further include the second damping(5), institute State the second damping(5)Including connecting rod C(5.1), sliding block C(5.2), sliding block D(5.3), spring C(5.4), spring D(5.5)、 Connecting rod A(5.6), connecting rod B(5.7)And hinged block(5.8), connecting rod C(5.1)One end and sliding block A(2.10)Connection, connecting rod C(5.1) The other end and slide block B(2.11)Connection, connecting rod C(5.1)Upper slip is provided with sliding block C(5.2)With sliding block D(5.3), sliding block A (2.10)With sliding block C(5.2)Between connecting rod C(5.1)On be arranged with spring C(5.4), sliding block D(5.3)With slide block B(2.11) Between connecting rod C(5.1)On be arranged with spring D(5.5), lift top plate(4.1)Upper surface middle part be provided with hinged block (5.8), connecting rod A(5.6)Upper end and sliding block C(5.2)It is hinged, connecting rod A(5.6)Lower end and hinged block(5.8)It is hinged, connecting rod B (5.7)Upper end and sliding block D(5.3)It is hinged, connecting rod B(5.7)Lower end and hinged block(5.8)It is hinged.
CN201721418130.2U 2017-10-31 2017-10-31 Novel mechanical damped platform Active CN207500206U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721418130.2U CN207500206U (en) 2017-10-31 2017-10-31 Novel mechanical damped platform

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721418130.2U CN207500206U (en) 2017-10-31 2017-10-31 Novel mechanical damped platform

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108908850A (en) * 2018-08-09 2018-11-30 合肥天物金佰包装制品有限公司 A kind of auxiliary Shockproof base for injection molding machine
CN110697269A (en) * 2019-09-30 2020-01-17 威尚生物技术(合肥)有限公司 Adjustable reagent transfer frame
CN110722315A (en) * 2019-10-29 2020-01-24 重庆经纬驰汽车部件有限公司 Anchor clamps lift brace table
CN111622956A (en) * 2020-06-03 2020-09-04 汪长霞 Multi-waterway intelligent output water pump

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108908850A (en) * 2018-08-09 2018-11-30 合肥天物金佰包装制品有限公司 A kind of auxiliary Shockproof base for injection molding machine
CN110697269A (en) * 2019-09-30 2020-01-17 威尚生物技术(合肥)有限公司 Adjustable reagent transfer frame
CN110697269B (en) * 2019-09-30 2022-02-11 威尚生物技术(合肥)有限公司 Adjustable reagent transfer frame
CN110722315A (en) * 2019-10-29 2020-01-24 重庆经纬驰汽车部件有限公司 Anchor clamps lift brace table
CN110722315B (en) * 2019-10-29 2022-03-04 重庆经纬驰汽车部件有限公司 Anchor clamps lift brace table
CN111622956A (en) * 2020-06-03 2020-09-04 汪长霞 Multi-waterway intelligent output water pump

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